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DTP CrossPoint 86 4K
DTP CrossPoint 108 4K DTP CrossPoint 82 4K DTP CrossPoint 84 DTP CrossPoint 84 4K DTP CrossPoint 86 4K DTP2 CrossPoint 82 DXP HD 4K PLUS-Serie SMX HDMI-Serie SMX System MultiMatrix XTP II CrossPoint 1600 XTP II CrossPoint 3200 XTP II CrossPoint 6400

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DTP CrossPoint 86 4K

8x6 Präsentationskreuzschiene für 4K mit Skalierer und nahtloser Umschaltung

Hauptmerkmale

8x6 Kreuzschiene für 4K, Skalierer, Audio-DSP-Prozessor mit AEC, Audioverstärker und Steuerungsprozessor in einem Gerät
Zwei DTP- und sechs HDMI-Eingänge
Zwei HDMI- und vier unabhängig skalierte DTP-Ausgänge
Wählbare skalierte DTP-Ausgangsauflösungen von 640x480 bis 4K
Mit integriertem IPCP Pro 355MQ xi-Steuerungsprozessor erhältlich
Der LAN-Anschluss ermöglicht die Erkennung, Einrichtung und Durchführung von Firmware-Updates für Extron-Geräte, die mit dem AV‑LAN-Switch verbunden sind
Alle Merkmale

DTP CrossPoint 86 4K – Preamp Output, no amplifier or control processor

DTP CrossPoint 86 4K IPCP SA – with Control Processor and 2x50 Watt Stereo Power Amplifier

DTP CrossPoint 86 4K IPCP MA 70 – with Control Processor and 100 Watt 70 V Mono Power Amplifier

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Die DTP CrossPoint 86 4K von Extron ist eine 8x6 Kreuzschiene mit HDMI- und DTP^®-Ein- und -Ausgängen, 4K-Skalierer, Audio-DSP-Prozessor mit AEC, integriertem Audioverstärker und eingebautem IPCP Pro xi-Steuerungsprozessor. Sie ist eine Komplettlösung in einem 3 HE hohen Gehäuse zur Integration großer AV‑Systeme mit mehreren Displays, Klangverstärkung und AV‑Systemsteuerung. Alle Ein- und Ausgänge unterstützen Videoauflösungen bis zu 4K. Die DTP-Kreuzschienenausgänge nutzen die Vector™ 4K-Skalierungstechnologie von Extron für skalierte Auflösungen bis zu 4K und eine nahtlose Umschaltung. DTP-Extender ermöglichen die Verbindung mit DTP-Endpunkten und XTP^®-Kreuzschienen. Der integrierte digitale Audiosignalprozessor nutzt Extrons ProDSP™-Technologie und bietet eine vollständige Audiooptimierung. Der Prozessor kann mit einem zusätzlichen DSP-Prozessor von Extron zur E/A-Erweiterung verbunden werden.

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DTP CrossPoint 86 4K

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DTP CrossPoint 86 4K

8x6 Präsentations-Kreuzschiene mit Skalierer, die bis zu acht Eingänge und sechs Ausgänge zur Matrix-Umschaltung von HDMI-Quellen, einen digitalen Audioerweiterungsanschluss, 4K-Auf- und Abwärtsskalierung sowie zusätzlich die Signalübertragung über geschirmtes CATx-Kabel und Verarbeitung von digitalen Audiosignalen mit AEC unterstützt. Das Gerät muss über folgende Merkmale verfügen:
1. Rackmontierbare Kreuzschiene für HDMI- und DTP^®-Quellen sowie entsprechende digitale und analoge Audiosignale, 4K-Skalierung, Signalverlängerung über geschirmtes CATx-Kabel, Verarbeitung digitaler Audiosignale mit AEC sowie mit Automixer für acht Mikrofongruppen
  1. Videoeingänge
    1. Videoeingangsanschlüsse
      1. Sechs HDMI-Anschlüsse
      2. Zwei RJ-45-Anschlüsse für Video von Extron DTP-Twisted Pair-Sendern
        
        Konfigurierbar für die Kompatibilität mit DTP-Sendern von Extron oder DTP-fähigen Produkten
        
        Konfigurierbar für die Kompatibilität mit XTP^® CrossPoint^®-Kreuzschienen von Extron
    2. Unterstützt 4K- und UHD-Signale an allen Eingängen
    3. Bildeinstellungen für die DTP-Ausgänge, einschließlich Helligkeit, Kontrast, Farbe, Farbton, Detail, horizontaler und vertikaler Positionierung sowie Größe
    4. Speicherung und Abfrage von Videoparametern sowie Bildeinstellungen, wenn diese Funktion für die skalierten DTP-Ausgänge aktiviert ist
      1. Automatische Speicher für jeden Videoeingang
        
        Speicherung von Video- und Bildeinstellungen ohne Eingreifen des Nutzers
        
        Automatische Abfrage von Einstellungen, wenn dieselbe Eingangsauflösung erkannt wird
        
        Der Nutzer kann wahlweise die automatischen Speicher aktivieren oder deaktivieren
      2. Manuelle Nutzer-Voreinstellungen
        
        Speicherung von Bildeinstellungen
        
        Nutzer-Voreinstellungen können über das Frontbedienfeld gespeichert und abgerufen werden
        
        Nutzer-Voreinstellungen können über eine Ethernet-, RS-232- oder USB-Verbindung gespeichert und abgerufen werden
      3. Manuelle Voreinstellungen für die Eingänge
        
        Speicherung von Video- und Bildeinstellungen
        
        Voreinstellungen für die Eingänge können über eine Ethernet-, RS-232- oder USB-Verbindung gespeichert und abgerufen werden
    5. Unterstützung von HDMI-Spezifikationen, einschließlich Datenraten bis zu 10,2 Gbps, Deep Color bis zu 12 Bit, 3D und verlustfreier HD-Audioformate
    6. Automatische Kabelkompensation an jedem digitalen Eingang bis zu 30 m bei 1080p/60 mit 8 Bit Farbe mit HDMI Pro-Kabeln von Extron
    7. Automatische Kabelkompensation an jedem digitalen Eingang bis zu 15 m bei Auflösungen von 4K/30 und 2560x1600 bei 60 Hz mit HDMI Pro-Kabeln von Extron
    8. Videoübertragung bis zu 100 m über geschirmtes CATx-Kabel
  2. Videoausgänge
    1. Videoausgangsanschlüsse
      1. Zwei HDMI-Anschlüsse
      2. Vier RJ-45-Anschlüsse für Video zu Extron DTP-Twisted Pair-Empfängern
        
        Konfigurierbar für die Kompatibilität mit DTP-Empfängern von Extron oder DTP-fähigen Produkten
        
        Konfigurierbar zur Übertragung von digitalem Video und Embedded Audio sowie bidirektionalen RS-232- und IR-Signalen zu Extron XTP CrossPoint-Kreuzschienen
        
        Konfigurierbar zur Übertragung von digitalem Video und Embedded Audio sowie bidirektionalen RS-232- und IR-Signalen zu HDBaseT-fähigen Displays
        
        Unterstützt gespiegelten Inhalt zwischen den DTP-Ausgängen 3 und 4 sowie den zwei entsprechenden HDMI-Ausgängen zur lokalen Überwachung
    2. Bietet für die skalierten DTP-Ausgänge verschiedene wählbare Videoauflösungen von 640x480 bis 4K, einschließlich 2560x1600 und 1080p/60
    3. 4K- und UHD-Signalunterstützung an den vier HDMI-Ausgängen
    4. Unabhängige Skalierung für jeden DTP-Ausgang
      1. Bildskalierung und Videoformatumwandlung bei einer 30 Bit-Verarbeitung für Signale bis zu 4K
      2. De-Interlacing mit Bewegungsadaption für Signale bis zu 1080i
    5. Anpassung des Bildseitenverhältnisses für jeden skalierten DTP-Ausgang möglich
      1. Im FILL-Modus erzeugt das Videobild immer ein voll ausgefülltes Bild ohne Letterbox oder Pillarbox
      2. Im FOLLOW-Modus behält das Videobild immer das Bildseitenverhältnis der Eingangssignale ohne Verzerrungen bei
    6. Interne Testbilder für die skalierten DTP-Ausgänge zur Systemeinrichtung und -kalibrierung verfügbar
    7. Hochladen und Positionierung von individuellen Logografiken an jeder Position von jedem skalierten DTP-Ausgang
      1. Logo-Platzierung als Vordergrundbild
      2. Hochladen von Logografiken im BMG-, JPG-, PNG- oder TIFF-Format
      3. Anzeige von Vollbildern mit einer Auflösung bis zu 4096x2400
      4. Bis zu 16 Logo-Voreinstellungen
    8. Unterstützt jederzeit die Stummschaltung eines oder aller Videoausgänge
    9. Automatische Stummschaltung von Video- und Sync-Ausgang, wenn kein Videosignal vorhanden ist
      1. Wahlweise Erzeugung eines blauen oder eines schwarzen Bildschirms vor der Deaktivierung des Sync-Signals
      2. Konfigurierbare Timeout-Zeitspanne vor der Deaktivierung des Sync-Signals
      3. Der Nutzer kann wahlweise die automatische Abschaltung des Sync-Ausgangs aktivieren oder deaktivieren
    10. Anschlussmöglichkeit für DVI-Displays, die HDMI-spezifische Formate nicht erkennen
      1. Automatische Aktivierung oder Deaktivierung von Embedded TMDS-Audio und InfoFrames
      2. Automatische Einstellung des korrekten Farbraums
    11. Videoübertragung bis zu 100 m über geschirmtes CATx-Kabel
    12. Automatische Neutaktung von HDMI-Videosignalen an jedem HDMI-Ausgang
  3. Umschaltung
    1. Matrix-Umschaltung von Video und Audio zwischen jedem Eingang und jedem Ausgang
      1. Unterstützt eingehende 4K- und UHD-Signale an allen HDMI- und DTP-Eingängen
      2. Unterstützt die Weiterleitung von 4K- und UHD-Signalen an die zwei HDMI-Ausgänge
      3. Unterstützt die Weiterleitung von skalierten 4K- oder UHD-Videosignalen an die vier DTP-Ausgänge
    2. Speicherung und Abfrage von Eingangs- und Ausgangsverbindungen
      1. Speicherung von Video- und Audioverbindungen zwischen Ein- und Ausgängen
      2. Voreinstellungen können über das Frontbedienfeld abgerufen werden
      3. Voreinstellungen können über eine Ethernet-, RS-232- oder USB-Verbindung gespeichert und abgerufen werden
    3. Überblick über die aktiv verbundenen Eingänge und Ausgänge
    4. Wählbare Übergangseffekte bei der Eingangsumschaltung
      1. Standbild/Überblendung (Freeze/Fade): Der Videoausgang blendet ein abschließendes Standbild der vorhergehenden Eingangsquelle aus, während die neu gewählte Eingangsquelle eingeblendet wird
      2. Schnitt (Cut): Der Videoausgang geht hart nach schwarz und dann hart zur neu gewählten Eingangsquelle
      3. Überblendung (Fade): Der Videoausgang blendet weich nach schwarz und dann weich zur neu gewählten Eingangsquelle
  4. EDID
    1. Automatisches EDID-Management zwischen den angeschlossenen Geräten
      1. Hält eine Reihe von vorgespeicherten EDID-Dateien bereit
      2. Erfassung der EDID-Daten von jedem angeschlossenen Display
      3. Hochladen benutzerdefinierter EDID-Dateien möglich
      4. Zuweisung vorgespeicherter, erfasster oder benutzerdefinierter hochgeladener EDID-Dateien für jede Eingangsverbindung
  5. HDCP
    1. Das Gerät ist HDCP-konform
      1. Authentifizierung und kontinuierliche Überprüfung des HDCP-Schlüsselaustauschs mit den angeschlossenen Zielgeräten
      2. Authentifizierung und kontinuierliche Überprüfung des HDCP-Schlüsselaustauschs mit den angeschlossenen Quellengeräten
      3. Optionale Deaktivierung der HDCP-Verarbeitung an jeder HDMI-Eingangsverbindung, wenn unverschlüsselte Inhalte durchgeleitet werden
      4. Wählbare visuelle Bestätigung der HDCP-Konformität, wenn verschlüsselte Inhalte an ein nicht HDCP-konformes Display weitergeleitet werden
        
        Wenn aktiviert, ist die Videoausgabe grün und auf dem Bildschirm erscheint der Text „HDCP CONTENT“
        
        Wenn deaktiviert, ist die Ausgabe stummgeschaltet
    2. Echtzeit-Überprüfung des HDCP-Status für jeden HDMI-Eingang und -Ausgang
      1. Statusabfrage über Ethernet-, RS-232- oder USB-Verbindung
  6. Audio
    1. Ein Audioeingang
      1. Embedded Audio an sechs HDMI-Anschlüssen
      2. Unterstützt Embedded und analoges Audio an zwei RJ-45-Anschlüssen
      3. Sechs symmetrische oder unsymmetrische Stereo-Line-Pegelsignale an sechs 5-poligen, 3,5 mm-Schraubklemmleisten
      4. Vier symmetrische oder unsymmetrische Mono-Mikrofon- oder -Line-Pegelsignale mit +48 V-Phantomspeisung an vier 3-poligen, 3,5 mm-Schraubklemmleisten
    2. Audioausgang
      1. Embedded Audio an zwei HDMI-Anschlüssen
      2. Embedded Audio und analoges Audio an vier RJ-45-Anschlüssen
      3. Vier symmetrische oder unsymmetrische Stereo-Line-Pegelsignale mit unabhängiger Steuerung des Ausgangspegels an vier 5-poligen, 3,5 mm-Schraubklemmleisten
      4. Digitale S/PDIF-Audiosignale an einem Cinch-Anschluss
    3. 64 Bit-Fließkomma-DSP-System
      1. Unterstützt einen 32 Bit- und 64 Bit-Verarbeitungsalgorithmus
      2. Deterministische Latenz von 3,2 ms vom Eingang zum Ausgang
      3. Zusätzliche deterministische Latenz von 1,3 ms mit Virtual Path-Routing
      4. Zusätzliche deterministische Latenz von 12 ms mit AEC
    4. Embedding von jedem analogen Audioeingangssignal in die Videoausgänge der Kreuzschiene
    5. De-Embedding von Zweikanal-PCM-HDMI-Audiosignalen für die analogen Stereo-Ausgänge oder Durchleitung von Embedded Mehrkanal-Bitstream-Audio an die HDMI-Ausgänge
    6. De-Embedding, Verarbeitung und Re-Embedding von Zweikanal-PCM-HDMI-Audiosignalen in die HDMI-Ausgänge
    7. Mischung von Programm-Audio- und Mikrofon/Linepegel-Audiosignalen
    8. Unterstützung des Mikrofon- und Programm-Audio-Mix an den HDMI/DTP-Ausgängen, der variablen Audioausgänge und des S/PDIF-Audioausgangs
    9. Kann Zweikanal-Audio vom entsprechenden Videosignal abtrennen und an die Audioausgänge weiterleiten, so dass die Audio- und Videosignale von einer Quelle zu verschiedenen Zielgeräten umgeschaltet werden können
    10. Anpassbares, automatisches Ducking des Programm-Audios, wenn ein Signal am Mikrofon-Eingang erkannt wird
      1. Automatische Audio-Einblendung bis zum Original-Lautstärkepegel, wenn kein Audiosignal mehr am Mikrofoneingang präsent ist
    11. Audioübertragung bis zu 100 m über Twisted Pair-Kabel
  7. Erweiterungsanschluss
    1. Ein digitaler Audioanschluss zum bidirektionalen Signalrouting zwischen der Kreuzschiene und einem angeschlossenen digitalen Extron DMP 128 Matrix-Prozessor
    2. Unterstützung von 16 eingehenden und 16 ausgehenden Signalen
    3. Unkomprimiertes, digitales Audio mit einer Abtastrate von 48 kHz und 24 Bit-Auflösung
  8. Automixer
    1. Automixer-Gruppenauswahl zur Zuweisung eines optionalen Kanals in eine der acht Gruppen
    2. Automixer-Typen mit Noise Gate- und Gain Sharing-Modus
    3. Prioritätsmodi für das zuletzt aktivierte Mikrofon und das Mikrofon des Vorsitzenden
    4. Die Anzahl der offenen Mikrofonparameter reicht von 0 bis 12 Mikrofone
    5. Gate Threshold-Pegel und einstellbarer Off Reduction-Pegel für Kanäle mit Noise Gate
    6. Einstellbare Parameter für die Eingriffs-, Halte- und Freigabezeit
    7. Messung in Echtzeit von Signalpegel, Gate-Status und Gate Threshold-Ziel über das Einrichtungsfenster der Automixer-Parameter in der DSP-Konfigurationssoftware
    8. Global View mit Gate-Statusanzeige aller einer Automixer-Gruppe zugewiesenen Kanäle innerhalb der DSP-Konfigurationssoftware
  9. AEC (Acoustic Echo Cancellation)-Verarbeitung
    1. Vier unabhängige Kanäle mit AEC
    2. Auf Software basierende Messung in Echtzeit der Echo-Rückflussdämpfung (ERL), erweiterten Echo-Rückflussdämpfung (ERLE) und gesamten Echo-Reduzierungspegel (TER)
    3. Echtzeit-Anzeige der Aktivitäten der entfernten und lokalen Stellen sowie der AEC-Prozessorumstellung
    4. Bis zu 20 dB wählbare Rauschunterdrückung für jeden AEC-Kanal
    5. Erweiterte Steuerung und einstellbare Parameter für eine nichtlineare Verarbeitung, Echoreduzierung bei zwei Sprechern und Unterdrückung von Hintergrundgeräuschen für jeden AEC-Kanal
    6. AEC-Halllänge von mehr als 200 ms
    7. AEC-Konvergenzrate bis zu 60 dB pro Sekunde
  10. DSP-Konfigurationssoftware
    1. PC-basierte DSP-Konfigurationssoftware für eine flexible Steuerung des integrierten digitalen Signalprozessors
      1. Live-Modus für die Steuerung der Parameter in Echtzeit ohne Kompilieren und Hochladen von Dateien auf die Kreuzschiene
      2. Emulationsmodus für die Offline-Konfiguration
      3. Übersicht über alle Ein- und Ausgänge, Audioverarbeitungsblöcke, Routing, Mischstellen sowie virtuellen Verbindungen in einem einzigen Fenster
      4. Einrichtung und Konfiguration von digitalen Signalverarbeitungsfunktionen, einschließlich aber nicht beschränkt auf: Filter (Hochpass, Tiefpass, Tiefen, Höhen und parametrischer EQ), AEC, Dynamikverarbeitung (AGC, Kompressor, Limiter, Noise Gate), Verzögerungsverarbeitung, Ducking-Prozessor, Automixer, Loudness-Prozessor und mehrere Verstärkungsstufen
      5. Kopieren und Einfügen-Funktion für Verarbeitungsblöcke
      6. Matrix-Routing mit Verstärkungseinstellung pro Koppelpunkt zwischen Eingängen, Ausgängen, virtuellen Sendepfaden, virtuellen Rückpfaden, Erweiterungseingängen und -ausgängen
      7. Bibliothek mit vorgefertigten Prozessoreinstellungen für Eingänge und Ausgänge mit individuell anpassbaren Parametern
      8. Mithilfe von 32 Hauptgruppen kann die Verstärkung und Stummschaltung in einem System zusammengelegt werden, indem bis zu 28 individuelle Steuerungselemente desselben Typs in einer Gruppe zusammengefasst und von einer Stelle aus gesteuert werden können
      9. Begrenzungseinstellungen zur Definition der oberen und unteren Kontrollgrenzen der Hauptgruppen für die Verwendung mit einer externen Steuerung
      10. 32 Voreinstellungen zum Abruf jeder Einstellung der Verarbeitungsblöcke, Pegeleinstellung oder Audio-Routing; Sicherung der Voreinstellungen für das gesamte System oder jeder ausgewählten Teilgruppe von Eingängen, Ausgängen, Mischstellen und DSP-Blöcken
      11. Echtzeit-Messung der Pegel im Live-Modus in jedem Verarbeitungsblock für Eingangsverstärkung, AEC, AGC, Kompressor, Limiter, Noise Gate, Automixer und Ausgangslautstärke
  11. Fenster mit Pegelskala (Meter Bridge) zur Echtzeit-Messung aller Eingangs- und Ausgangskanäle mit Übersteuerungsanzeige im Live-Modus
  12. Tastatur-basierte Navigation der Konfigurationssoftware mit bidirektionaler Steuerung, Tastatur-Shortcuts und Tabellen-Software ähnelnden Befehlen
  13. Dateienspeicherung im Live- und Emulationsmodus
  14. Hochladen der Dateien im Live- und Emulationsmodus
  15. Speicherung der Konfiguration und Dateien der Kreuzschiene und eines verbundenen, kompatiblen digitalen Extron Matrix-Prozessors von einer einzigen Konfigurations-Sitzung
  16. Steuerung/Fernzugriff - RS-232- und IR-Durchleitung über geschirmtes CATx-Kabel
    1. Anschlüsse zur AV-Gerätesteuerung
      1. Zwei 5-polige Schraubklemmleisten: RS-232- oder IR-Durchleitung an DTP-Twisted Pair-Sender
      2. Vier 5-polige Schraubklemmleisten: RS-232- oder IR-Durchleitung an DTP-Twisted Pair-Empfänger
    2. RS-232- und IR-Übertragung bis zu 100 m über geschirmtes CATx-Kabel
  17. Steuerung/Fernzugriff - Kreuzschiene
    1. Bietet Anschlüsse zur Fernsteuerung der Kreuzschiene
      1. RJ-45: 10/100Base-T Ethernet
      2. 3-polige Schraubklemmleiste: RS-232
      3. Mini USB-B: USB 2.0
    2. Alternativen für die Konfiguration und den Betrieb
      1. Frontbedienfeld
      2. Integrierte Webseiten, die mithilfe eines Standardwebbrowsers über eine Ethernet-Verbindung zugänglich sind
      3. Produkt-Konfigurationssoftware über Ethernet oder USB
      4. Über Ethernet, RS-232 oder USB gesendete serielle Befehle
    3. Deaktivierung des Frontbedienfelds, um versehentliche oder unbefugte Änderungen an den Konfigurationseinstellungen zu verhindern
  18. Allgemeines
    1. Echtzeit-Überwachung von Signalfluss und Betriebszustand des DTP-Senders oder DTP-Empfängers
      1. Direkte Anzeige über LEDs für den RJ-45-Signal- und Verbindungstatus
    2. Kompatibel mit allen Modellen der Extron DTP-Serie, DTP-fähigen Produkten und den XTP-Kreuzschienen von Extron
    3. Kompatibel mit geschirmtem CATx-Twisted Pair-Kabel und geschirmtem Extron XTP DTP 24-Twisted Pair-Kabel
    4. Fernspeisung von zwei DTP-Sendern und vier DTP-Empfängern über die geschirmten CATx-Verbindungen
    5. Fernspeisung externer Peripheriegeräte an jedem HDMI-Ausgang
    6. Rackmontierbares, 3 HE hohes Gehäuse mit voller Rackbreite
    7. Internes Universal-Netzteil für 100-240 V Wechselstrom und 50/60 Hz
2. Empfohlenes Produkt: Extron DTP CrossPoint 86 4K (Teilenummer 60-1382-01)

DTP CrossPoint 86 4K

8x6 Präsentations-Kreuzschiene mit Skalierer, die bis zu acht Eingänge und sechs Ausgänge zur Matrix-Umschaltung von HDMI-Quellen, einen digitalen Audioerweiterungsanschluss, 4K-Auf- und Abwärtsskalierung sowie zusätzlich die Signalübertragung über geschirmtes CATx-Kabel und Verarbeitung von digitalen Audiosignalen mit AEC unterstützt. Das Gerät muss über folgende Merkmale verfügen:
1. Rackmontierbare Kreuzschiene für HDMI- und DTP^®-Quellen sowie entsprechende digitale und analoge Audiosignale, 4K-Skalierung, Signalverlängerung über geschirmtes CATx-Kabel, Verarbeitung digitaler Audiosignale mit AEC sowie mit Automixer für acht Mikrofongruppen
  1. Videoeingänge
    1. Videoeingangsanschlüsse
      1. Sechs HDMI-Anschlüsse
      2. Zwei RJ-45-Anschlüsse für Video von Extron DTP-Twisted Pair-Sendern
        
        Konfigurierbar für die Kompatibilität mit DTP-Sendern von Extron oder DTP-fähigen Produkten
        
        Konfigurierbar für die Kompatibilität mit XTP^® CrossPoint^®-Kreuzschienen von Extron
    2. Unterstützt 4K- und UHD-Signale an allen Eingängen
    3. Bildeinstellungen für die DTP-Ausgänge, einschließlich Helligkeit, Kontrast, Farbe, Farbton, Detail, horizontaler und vertikaler Positionierung sowie Größe
    4. Speicherung und Abfrage von Videoparametern sowie Bildeinstellungen, wenn diese Funktion für die skalierten DTP-Ausgänge aktiviert ist
      1. Automatische Speicher für jeden Videoeingang
        
        Speicherung von Video- und Bildeinstellungen ohne Eingreifen des Nutzers
        
        Automatische Abfrage von Einstellungen, wenn dieselbe Eingangsauflösung erkannt wird
        
        Der Nutzer kann wahlweise die automatischen Speicher aktivieren oder deaktivieren
      2. Manuelle Nutzer-Voreinstellungen
        
        Speicherung von Bildeinstellungen
        
        Nutzer-Voreinstellungen können über das Frontbedienfeld gespeichert und abgerufen werden
        
        Nutzer-Voreinstellungen können über eine Ethernet-, RS-232- oder USB-Verbindung gespeichert und abgerufen werden
      3. Manuelle Voreinstellungen für die Eingänge
        
        Speicherung von Video- und Bildeinstellungen
        
        Voreinstellungen für die Eingänge können über eine Ethernet-, RS-232- oder USB-Verbindung gespeichert und abgerufen werden
    5. Unterstützung von HDMI-Spezifikationen, einschließlich Datenraten bis zu 10,2 Gbps, Deep Color bis zu 12 Bit, 3D und verlustfreier HD-Audioformate
    6. Automatische Kabelkompensation an jedem digitalen Eingang bis zu 30 m bei 1080p/60 mit 8 Bit Farbe mit HDMI Pro-Kabeln von Extron
    7. Automatische Kabelkompensation an jedem digitalen Eingang bis zu 15 m bei Auflösungen von 4K/30 und 2560x1600 bei 60 Hz mit HDMI Pro-Kabeln von Extron
    8. Videoübertragung bis zu 100 m über geschirmtes CATx-Kabel
  2. Videoausgänge
    1. Videoausgangsanschlüsse
      1. Zwei HDMI-Anschlüsse
      2. Vier RJ-45-Anschlüsse für Video zu Extron DTP-Twisted Pair-Empfängern
        
        Konfigurierbar für die Kompatibilität mit DTP-Empfängern von Extron oder DTP-fähigen Produkten
        
        Konfigurierbar zur Übertragung von digitalem Video und Embedded Audio sowie bidirektionalen RS-232- und IR-Signalen zu Extron XTP CrossPoint-Kreuzschienen
        
        Konfigurierbar zur Übertragung von digitalem Video und Embedded Audio sowie bidirektionalen RS-232- und IR-Signalen zu HDBaseT-fähigen Displays
        
        Unterstützt gespiegelten Inhalt zwischen den DTP-Ausgängen 3 und 4 sowie den zwei entsprechenden HDMI-Ausgängen zur lokalen Überwachung
    2. Bietet für die skalierten DTP-Ausgänge verschiedene wählbare Videoauflösungen von 640x480 bis 4K, einschließlich 2560x1600 und 1080p/60
    3. 4K- und UHD-Signalunterstützung an den vier HDMI-Ausgängen
    4. Unabhängige Skalierung für jeden DTP-Ausgang
      1. Bildskalierung und Videoformatumwandlung bei einer 30 Bit-Verarbeitung für Signale bis zu 4K
      2. De-Interlacing mit Bewegungsadaption für Signale bis zu 1080i
    5. Anpassung des Bildseitenverhältnisses für jeden skalierten DTP-Ausgang möglich
      1. Im FILL-Modus erzeugt das Videobild immer ein voll ausgefülltes Bild ohne Letterbox oder Pillarbox
      2. Im FOLLOW-Modus behält das Videobild immer das Bildseitenverhältnis der Eingangssignale ohne Verzerrungen bei
    6. Interne Testbilder für die skalierten DTP-Ausgänge zur Systemeinrichtung und -kalibrierung verfügbar
    7. Hochladen und Positionierung von individuellen Logografiken an jeder Position von jedem skalierten DTP-Ausgang
      1. Logo-Platzierung als Vordergrundbild
      2. Hochladen von Logografiken im BMG-, JPG-, PNG- oder TIFF-Format
      3. Anzeige von Vollbildern mit einer Auflösung bis zu 4096x2400
      4. Bis zu 16 Logo-Voreinstellungen
    8. Unterstützt jederzeit die Stummschaltung eines oder aller Videoausgänge
    9. Automatische Stummschaltung von Video- und Sync-Ausgang, wenn kein Videosignal vorhanden ist
      1. Wahlweise Erzeugung eines blauen oder eines schwarzen Bildschirms vor der Deaktivierung des Sync-Signals
      2. Konfigurierbare Timeout-Zeitspanne vor der Deaktivierung des Sync-Signals
      3. Der Nutzer kann wahlweise die automatische Abschaltung des Sync-Ausgangs aktivieren oder deaktivieren
    10. Anschlussmöglichkeit für DVI-Displays, die HDMI-spezifische Formate nicht erkennen
      1. Automatische Aktivierung oder Deaktivierung von Embedded TMDS-Audio und InfoFrames
      2. Automatische Einstellung des korrekten Farbraums
    11. Videoübertragung bis zu 100 m über geschirmtes CATx-Kabel
    12. Automatische Neutaktung von HDMI-Videosignalen an jedem HDMI-Ausgang
  3. Umschaltung
    1. Matrix-Umschaltung von Video und Audio zwischen jedem Eingang und jedem Ausgang
      1. Unterstützt eingehende 4K- und UHD-Signale an allen HDMI- und DTP-Eingängen
      2. Unterstützt die Weiterleitung von 4K- und UHD-Signalen an die zwei HDMI-Ausgänge
      3. Unterstützt die Weiterleitung von skalierten 4K- oder UHD-Videosignalen an die vier DTP-Ausgänge
    2. Speicherung und Abfrage von Eingangs- und Ausgangsverbindungen
      1. Speicherung von Video- und Audioverbindungen zwischen Ein- und Ausgängen
      2. Voreinstellungen können über das Frontbedienfeld abgerufen werden
      3. Voreinstellungen können über eine Ethernet-, RS-232- oder USB-Verbindung gespeichert und abgerufen werden
    3. Überblick über die aktiv verbundenen Eingänge und Ausgänge
    4. Wählbare Übergangseffekte bei der Eingangsumschaltung
      1. Standbild/Überblendung (Freeze/Fade): Der Videoausgang blendet ein abschließendes Standbild der vorhergehenden Eingangsquelle aus, während die neu gewählte Eingangsquelle eingeblendet wird
      2. Schnitt (Cut): Der Videoausgang geht hart nach schwarz und dann hart zur neu gewählten Eingangsquelle
      3. Überblendung (Fade): Der Videoausgang blendet weich nach schwarz und dann weich zur neu gewählten Eingangsquelle
  4. EDID
    1. Automatisches EDID-Management zwischen den angeschlossenen Geräten
      1. Hält eine Reihe von vorgespeicherten EDID-Dateien bereit
      2. Erfassung der EDID-Daten von jedem angeschlossenen Display
      3. Hochladen benutzerdefinierter EDID-Dateien möglich
      4. Zuweisung vorgespeicherter, erfasster oder benutzerdefinierter hochgeladener EDID-Dateien für jede Eingangsverbindung
  5. HDCP
    1. Das Gerät ist HDCP-konform
      1. Authentifizierung und kontinuierliche Überprüfung des HDCP-Schlüsselaustauschs mit den angeschlossenen Zielgeräten
      2. Authentifizierung und kontinuierliche Überprüfung des HDCP-Schlüsselaustauschs mit den angeschlossenen Quellengeräten
      3. Optionale Deaktivierung der HDCP-Verarbeitung an jeder HDMI-Eingangsverbindung, wenn unverschlüsselte Inhalte durchgeleitet werden
      4. Wählbare visuelle Bestätigung der HDCP-Konformität, wenn verschlüsselte Inhalte an ein nicht HDCP-konformes Display weitergeleitet werden
        
        Wenn aktiviert, ist die Videoausgabe grün und auf dem Bildschirm erscheint der Text „HDCP CONTENT“
        
        Wenn deaktiviert, ist die Ausgabe stummgeschaltet
    2. Echtzeit-Überprüfung des HDCP-Status für jeden HDMI-Eingang und -Ausgang
      1. Statusabfrage über Ethernet-, RS-232- oder USB-Verbindung
  6. Audio
    1. Ein Audioeingang
      1. Embedded Audio an sechs HDMI-Anschlüssen
      2. Unterstützt Embedded und analoges Audio an zwei RJ-45-Anschlüssen
      3. Sechs symmetrische oder unsymmetrische Stereo-Line-Pegelsignale an sechs 5-poligen, 3,5 mm-Schraubklemmleisten
      4. Vier symmetrische oder unsymmetrische Mono-Mikrofon- oder -Line-Pegelsignale mit +48 V-Phantomspeisung an vier 3-poligen, 3,5 mm-Schraubklemmleisten
    2. Audioausgang
      1. Embedded Audio an zwei HDMI-Anschlüssen
      2. Embedded Audio und analoges Audio an vier RJ-45-Anschlüssen
      3. Vier symmetrische oder unsymmetrische Stereo-Line-Pegelsignale mit unabhängiger Steuerung des Ausgangspegels an vier 5-poligen, 3,5 mm-Schraubklemmleisten
      4. Digitale S/PDIF-Audiosignale an einem Cinch-Anschluss
    3. 64 Bit-Fließkomma-DSP-System
      1. Unterstützt einen 32 Bit- und 64 Bit-Verarbeitungsalgorithmus
      2. Deterministische Latenz von 3,2 ms vom Eingang zum Ausgang
      3. Zusätzliche deterministische Latenz von 1,3 ms mit Virtual Path-Routing
      4. Zusätzliche deterministische Latenz von 12 ms mit AEC
    4. Embedding von jedem analogen Audioeingangssignal in die Videoausgänge der Kreuzschiene
    5. De-Embedding von Zweikanal-PCM-HDMI-Audiosignalen für die analogen Stereo-Ausgänge oder Durchleitung von Embedded Mehrkanal-Bitstream-Audio an die HDMI-Ausgänge
    6. De-Embedding, Verarbeitung und Re-Embedding von Zweikanal-PCM-HDMI-Audiosignalen in die HDMI-Ausgänge
    7. Mischung von Programm-Audio- und Mikrofon/Linepegel-Audiosignalen
    8. Unterstützung des Mikrofon- und Programm-Audio-Mix an den HDMI/DTP-Ausgängen, der variablen Audioausgänge und des S/PDIF-Audioausgangs
    9. Kann Zweikanal-Audio vom entsprechenden Videosignal abtrennen und an die Audioausgänge weiterleiten, so dass die Audio- und Videosignale von einer Quelle zu verschiedenen Zielgeräten umgeschaltet werden können
    10. Anpassbares, automatisches Ducking des Programm-Audios, wenn ein Signal am Mikrofon-Eingang erkannt wird
      1. Automatische Audio-Einblendung bis zum Original-Lautstärkepegel, wenn kein Audiosignal mehr am Mikrofoneingang präsent ist
    11. Audioübertragung bis zu 100 m über Twisted Pair-Kabel
  7. Erweiterungsanschluss
    1. Ein digitaler Audioanschluss zum bidirektionalen Signalrouting zwischen der Kreuzschiene und einem angeschlossenen digitalen Extron DMP 128 Matrix-Prozessor
    2. Unterstützung von 16 eingehenden und 16 ausgehenden Signalen
    3. Unkomprimiertes, digitales Audio mit einer Abtastrate von 48 kHz und 24 Bit-Auflösung
  8. Automixer
    1. Automixer-Gruppenauswahl zur Zuweisung eines optionalen Kanals in eine der acht Gruppen
    2. Automixer-Typen mit Noise Gate- und Gain Sharing-Modus
    3. Prioritätsmodi für das zuletzt aktivierte Mikrofon und das Mikrofon des Vorsitzenden
    4. Die Anzahl der offenen Mikrofonparameter reicht von 0 bis 12 Mikrofone
    5. Gate Threshold-Pegel und einstellbarer Off Reduction-Pegel für Kanäle mit Noise Gate
    6. Einstellbare Parameter für die Eingriffs-, Halte- und Freigabezeit
    7. Messung in Echtzeit von Signalpegel, Gate-Status und Gate Threshold-Ziel über das Einrichtungsfenster der Automixer-Parameter in der DSP-Konfigurationssoftware
    8. Global View mit Gate-Statusanzeige aller einer Automixer-Gruppe zugewiesenen Kanäle innerhalb der DSP-Konfigurationssoftware
  9. AEC (Acoustic Echo Cancellation)-Verarbeitung
    1. Vier unabhängige Kanäle mit AEC
    2. Auf Software basierende Messung in Echtzeit der Echo-Rückflussdämpfung (ERL), erweiterten Echo-Rückflussdämpfung (ERLE) und gesamten Echo-Reduzierungspegel (TER)
    3. Echtzeit-Anzeige der Aktivitäten der entfernten und lokalen Stellen sowie der AEC-Prozessorumstellung
    4. Bis zu 20 dB wählbare Rauschunterdrückung für jeden AEC-Kanal
    5. Erweiterte Steuerung und einstellbare Parameter für eine nichtlineare Verarbeitung, Echoreduzierung bei zwei Sprechern und Unterdrückung von Hintergrundgeräuschen für jeden AEC-Kanal
    6. AEC-Halllänge von mehr als 200 ms
    7. AEC-Konvergenzrate bis zu 60 dB pro Sekunde
  10. DSP-Konfigurationssoftware
    1. PC-basierte DSP-Konfigurationssoftware für eine flexible Steuerung des integrierten digitalen Signalprozessors
      1. Live-Modus für die Steuerung der Parameter in Echtzeit ohne Kompilieren und Hochladen von Dateien auf die Kreuzschiene
      2. Emulationsmodus für die Offline-Konfiguration
      3. Übersicht über alle Ein- und Ausgänge, Audioverarbeitungsblöcke, Routing, Mischstellen sowie virtuellen Verbindungen in einem einzigen Fenster
      4. Einrichtung und Konfiguration von digitalen Signalverarbeitungsfunktionen, einschließlich aber nicht beschränkt auf: Filter (Hochpass, Tiefpass, Tiefen, Höhen und parametrischer EQ), AEC, Dynamikverarbeitung (AGC, Kompressor, Limiter, Noise Gate), Verzögerungsverarbeitung, Ducking-Prozessor, Automixer, Loudness-Prozessor und mehrere Verstärkungsstufen
      5. Kopieren und Einfügen-Funktion für Verarbeitungsblöcke
      6. Matrix-Routing mit Verstärkungseinstellung pro Koppelpunkt zwischen Eingängen, Ausgängen, virtuellen Sendepfaden, virtuellen Rückpfaden, Erweiterungseingängen und -ausgängen
      7. Bibliothek mit vorgefertigten Prozessoreinstellungen für Eingänge und Ausgänge mit individuell anpassbaren Parametern
      8. Mithilfe von 32 Hauptgruppen kann die Verstärkung und Stummschaltung in einem System zusammengelegt werden, indem bis zu 28 individuelle Steuerungselemente desselben Typs in einer Gruppe zusammengefasst und von einer Stelle aus gesteuert werden können
      9. Begrenzungseinstellungen zur Definition der oberen und unteren Kontrollgrenzen der Hauptgruppen für die Verwendung mit einer externen Steuerung
      10. 32 Voreinstellungen zum Abruf jeder Einstellung der Verarbeitungsblöcke, Pegeleinstellung oder Audio-Routing; Sicherung der Voreinstellungen für das gesamte System oder jeder ausgewählten Teilgruppe von Eingängen, Ausgängen, Mischstellen und DSP-Blöcken
      11. Echtzeit-Messung der Pegel im Live-Modus in jedem Verarbeitungsblock für Eingangsverstärkung, AEC, AGC, Kompressor, Limiter, Noise Gate, Automixer und Ausgangslautstärke
  11. Fenster mit Pegelskala (Meter Bridge) zur Echtzeit-Messung aller Eingangs- und Ausgangskanäle mit Übersteuerungsanzeige im Live-Modus
  12. Tastatur-basierte Navigation der Konfigurationssoftware mit bidirektionaler Steuerung, Tastatur-Shortcuts und Tabellen-Software ähnelnden Befehlen
  13. Dateienspeicherung im Live- und Emulationsmodus
  14. Hochladen der Dateien im Live- und Emulationsmodus
  15. Speicherung der Konfiguration und Dateien der Kreuzschiene und eines verbundenen, kompatiblen digitalen Extron Matrix-Prozessors von einer einzigen Konfigurations-Sitzung
  16. Steuerung/Fernzugriff - RS-232- und IR-Durchleitung über geschirmtes CATx-Kabel
    1. Anschlüsse zur AV-Gerätesteuerung
      1. Zwei 5-polige Schraubklemmleisten: RS-232- oder IR-Durchleitung an DTP-Twisted Pair-Sender
      2. Vier 5-polige Schraubklemmleisten: RS-232- oder IR-Durchleitung an DTP-Twisted Pair-Empfänger
    2. RS-232- und IR-Übertragung bis zu 100 m über geschirmtes CATx-Kabel
  17. Steuerung/Fernzugriff - Kreuzschiene
    1. Bietet Anschlüsse zur Fernsteuerung der Kreuzschiene
      1. RJ-45: 10/100Base-T Ethernet
      2. 3-polige Schraubklemmleiste: RS-232
      3. Mini USB-B: USB 2.0
    2. Alternativen für die Konfiguration und den Betrieb
      1. Frontbedienfeld
      2. Integrierte Webseiten, die mithilfe eines Standardwebbrowsers über eine Ethernet-Verbindung zugänglich sind
      3. Produkt-Konfigurationssoftware über Ethernet oder USB
      4. Über Ethernet, RS-232 oder USB gesendete serielle Befehle
    3. Deaktivierung des Frontbedienfelds, um versehentliche oder unbefugte Änderungen an den Konfigurationseinstellungen zu verhindern
  18. Allgemeines
    1. Echtzeit-Überwachung von Signalfluss und Betriebszustand des DTP-Senders oder DTP-Empfängers
      1. Direkte Anzeige über LEDs für den RJ-45-Signal- und Verbindungstatus
    2. Kompatibel mit allen Modellen der Extron DTP-Serie, DTP-fähigen Produkten und den XTP-Kreuzschienen von Extron
    3. Kompatibel mit geschirmtem CATx-Twisted Pair-Kabel und geschirmtem Extron XTP DTP 24-Twisted Pair-Kabel
    4. Fernspeisung von zwei DTP-Sendern und vier DTP-Empfängern über die geschirmten CATx-Verbindungen
    5. Fernspeisung externer Peripheriegeräte an jedem HDMI-Ausgang
    6. Rackmontierbares, 3 HE hohes Gehäuse mit voller Rackbreite
    7. Internes Universal-Netzteil für 100-240 V Wechselstrom und 50/60 Hz
2. Empfohlenes Produkt: Extron DTP CrossPoint 86 4K (Teilenummer 60-1382-01)

DTP CrossPoint 86 4K IPCP Q SA

Provide an 8x6 scaling presentation matrix switcher that shall support up to eight inputs and six outputs for matrix switching of HDMI sources, one digital audio expansion port, 4K upscaling and downscaling, one integrated Extron IP Link Pro xi quad core control processor, plus additional support for signal extension over shielded CATx cable and audio digital signal processing with AEC.
1. Rack-mountable matrix switcher for HDMI and DTP® sources and associated digital and analog audio, AV system control, 4K scaling, signal extension over shielded CATx cable, audio digital signal processing with AEC, and automixing for eight microphone groups
  1. Video Input Requirements
    1. Provide video input connections
      1. Six HDMI
      2. Two RJ-45 for video from Extron DTP twisted pair transmitters
        
        Shall be configurable for compatibility with Extron DTP transmitters or DTP-enabled products
        
        Shall be configurable for compatibility with an Extron XTP® CrossPoint® matrix switchers
    2. Support 4K and UHD signals at all inputs
    3. Provide image adjustments for the DTP outputs, including brightness, contrast, color, tint, detail, H/V positioning, and sizing
    4. Provide storage and recall of video parameters and picture settings when activated for the scaled DTP outputs
      1. Automatic memories for each video input
        
        Save video settings and picture adjustments without user intervention
        
        Automatically recall settings when the same video rate is encountered
        
        The user may selectively enable or disable automatic memories
      2. Manual user presets
        
        Save picture adjustments
        
        User presets may be saved and recalled using front panel controls
        
        User presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
      3. Manual input presets
        
        Save video settings and picture adjustments
        
        Input presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    5. Support HDMI specifications including data rates up to 10.2 Gbps, Deep Color up to 12-bit, 3D, and HD lossless audio formats
    6. Provide automatic cable equalization for each digital input to 100 feet (30 meters) at 1080p/60 with 8-bit color when used with Extron HDMI Pro cables
    7. Provide automatic cable equalization for each digital input to 50 feet (15 meters) at 4K/30 and 2560x1600 @ 60 Hz resolutions when used with Extron HDMI Pro cables
    8. Support video transmission over shielded CATx up to 330 feet (100 meters)
  2. Video Output Requirements
    1. Provide video output connections
      1. Two HDMI
      2. Four RJ-45 for video to Extron DTP twisted pair receivers
        
        Shall be configurable for compatibility with Extron DTP receivers or DTP-enabled products
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to Extron XTP CrossPoint matrix switchers
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to HDBaseT-enabled displays
        
        Shall support mirrored content between DTP outputs 3 and 4, and the two corresponding HDMI outputs for local monitoring
    2. Provide a range of selectable scaled DTP output rates from 640x480 to 4K, including 2560x1600 and 1080p/60
    3. Support 4K and UHD signals at the four HDMI outputs
    4. Provide independent scaling for each DTP output
      1. Provide image scaling and video format conversion at 30-bit precision for signals up to 4K
      2. Support motion-adaptive deinterlacing for signals up to 1080i
    5. Provide aspect ratio control for each scaled DTP output
      1. When in FILL mode, the video image shall always fill the output screen without letterbox or pillarbox
      2. When in FOLLOW mode, the video image shall always preserve the aspect ratio of the input signals without distortion
    6. Provide internal test patterns for the scaled DTP outputs to facilitate system setup and calibration
    7. Support upload and placement of custom logo graphics at any position on any of the scaled DTP outputs
      1. Support logo placement as a foreground image
      2. Shall support uploading logo graphics in BMP, JPG, PNG, or TIFF format
      3. Shall support displaying full screen images up to 4096x2400 resolution
      4. Shall support up to 16 logo presets
    8. Support muting of one or all video outputs at any time
    9. Support automatic muting of video and sync output when no video signal is present
      1. Provide a choice to generate a blue screen or a black screen before disabling sync
      2. Provide a configurable timeout period before disabling sync
      3. The user may selectively enable or disable automatic muting of sync output
    10. Support the connection of DVI displays that do not recognize HDMI-specific formats
      1. Automatically enable or disable embedded TMDS audio and InfoFrames
      2. Automatically set the correct color space
    11. Support video transmission over shielded CATx up to 330 feet (100 meters)
    12. Provide automatic reclocking of HDMI video signals at each HDMI output
  3. Switching Requirements
    1. Provide video and audio matrix switching between any input and any output
      1. Support incoming 4K and UHD signals at all HDMI and DTP inputs
      2. Support routing of 4K and UHD signals to the two HDMI outputs
      3. Support routing of scaled 4K or UHD video signals to the four DTP outputs
    2. Provide storage and recall of input and output ties
      1. Save video and audio ties between inputs and outputs
      2. Presets may be recalled using front panel controls
      3. Presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    3. Provide the ability to view which inputs and outputs are actively connected
    4. Provide selectable transition effects when switching inputs
      1. Freeze/Fade: video output shall fade out a final frozen frame of the previous input source as the newly selected input source fades in
      2. Cut: video output shall cut to black, then cut to the newly selected input source
      3. Fade: video output shall fade to black, then fade into the newly selected input source
  4. EDID Requirements
    1. Provide automatic EDID management between connected devices
      1. Provide a set of pre-stored EDID files
      2. Support capture of EDID from any connected display
      3. Support user uploading of custom-generated EDID files
      4. Support assignment of pre-stored, captured, or custom uploaded EDID files for each input connection
  5. HDCP Requirements
    1. The unit shall be HDCP compliant
      1. Provide authentication and maintain continuous verification of HDCP key exchange with connected sink devices
      2. Provide authentication and maintain continuous verification of HDCP key exchange with connected source devices
      3. Provide the option to disable HDCP processing at any HDMI input connection when passing unencrypted content
      4. Provide selectable, human-readable visual confirmation of HDCP compliance when encrypted content is routed to a non-HDCP compliant display
        
        When enabled, the video output shall be a solid green color and an on-screen message stating “HDCP CONTENT” shall be displayed
        
        When disabled, the output shall be muted
    2. Provide real-time verification of HDCP status for each HDMI input and output
      1. Electronically accessible over Ethernet, RS-232, or USB connection
  6. Audio Requirements
    1. Provide audio input connections
      1. Support embedded audio on six HDMI connectors
      2. Support embedded and analog audio on two RJ-45 connectors
      3. Support six stereo line level, balanced or unbalanced signals on six 5-pole, 3.5 mm captive screw connectors
      4. Support four mono microphone or line level, balanced or unbalanced signals with +48 volt phantom power on four 3-pole, 3.5 mm captive screw connectors
    2. Provide audio output connections
      1. Support embedded audio on two HDMI connectors
      2. Support embedded and analog audio on four RJ-45 connectors
      3. Support four stereo line level, balanced or unbalanced signals with independent output level control on four 5-pole, 3.5 mm captive screw connectors
      4. Support S/PDIF digital audio signal on one RCA connector
      5. Support one stereo speaker level signal or two mono speaker level signals on one 4-pole, 5 mm captive screw connector
    3. Provide stereo amplification for low impedance speaker systems
      1. Support one stereo speaker level signal or two mono speaker level signals on one 4-pole, 5 mm screw-lock captive screw connector
      2. Provide a total of 100 watts rms output power with 50 watts rms per channel into 4 ohms, or 25 watts rms per channel into 8 ohms measured at 1 kHz with 0.1% THD
      3. Provide a THD+N measurement of less than 0.1 % measured at 3 dB below clipping
      4. Provide a signal-to-noise ratio of greater than 90 dB measured from 20 Hz to 20 kHz, unweighted
      5. Utilize an efficient Class D amplifier design
      6. Provide Class D Ripple Suppression technology
      7. Provide an automatic clip limiter to detect onset of clipping by comparing input and output waveforms and automatically reduce gain with a slow attack and fast release to eliminate clipping distortion
      8. Provide multiple protection circuits that activate during output shorts, thermal overload, or DC faults
    4. Provide 64-bit floating point DSP engine
      1. Support 32-bit and 64-bit processing algorithms
      2. Provide a deterministic latency of 3.2 ms from input to output
      3. Provide additional, deterministic latency of 1.3 ms when Virtual Path routing is used
      4. Provide additional, deterministic latency of 12 ms when AEC is used
    5. Support embedding of any analog audio input signal onto the matrix video outputs
    6. Support extraction of two-channel PCM HDMI audio signals to the analog stereo outputs, or route embedded multi-channel bitstream audio to the HDMI outputs
    7. Support de-embedding, processing, and re-embedding of two-channel PCM HDMI audio signals onto the HDMI outputs
    8. Support mixing of program audio and mic/line audio signals
    9. Support mic audio mixed with program audio onto the HDMI/DTP outputs, variable audio outputs, S/PDIF audio output, and amplified audio output
    10. Provide the capability to break two-channel audio away from its corresponding video signal and route to the audio outputs, allowing the audio and video signals from one source to be switched to different destinations
    11. Provide adjustable, automatic ducking of program audio when a signal is detected on the microphone input
      1. Program audio shall automatically ramp up to reach the original volume level when audio is no longer detected on the microphone input
    12. Support audio transmission over twisted pair up to 330 feet (100 meters)
  7. Expansion Port Requirements
    1. Provide a digital audio expansion port for bidirectional signal routing between the matrix switcher and a connected Extron DMP 128 Digital Matrix Processor
    2. Support 16 incoming signals and 16 outgoing signals
    3. Provide uncompressed digital audio at 48 kHz sampling rate with 24-bit resolution
  8. Automixer Requirements
    1. Shall provide Automixer Group selection for optional channel assignment into any of eight groups
    2. Shall provide gated and gain sharing automixer types
    3. Shall provide Last Mic Open Priority and Chairman Priority modes
    4. Shall provide Number of Open Microphone parameter from 0 to 12 microphones
    5. Shall provide Gate Threshold level and adjustable Off Reduction level for gated channels
    6. Shall provide adjustable parameters for Attack, Hold, and Release times
    7. Shall provide real-time metering of Signal Level, Gate Status, and Gate Threshold target from within the Automix parameter setup window in the DSP Configuration software
    8. Shall provide global view with Gate Status indication of all channels assigned to an automixer group, within the DSP Configuration software
  9. AEC - Acoustic Echo Cancellation Processing Requirements
    1. Shall provide four independent channels of AEC
    2. Shall provide real-time software-based metering of Echo Return Loss, Echo Return Loss Enhancement, and Total Echo Reduction levels
    3. Shall provide real-time indication of remote site activity, local site activity, and AEC processor reconverging
    4. Shall provide up to 20 dB of selectable noise cancellation for each AEC channel
    5. Shall provide advanced controls and adjustable parameters for Non-Linear Processing, Double Talk Echo Reduction, and Comfort Noise for each AEC channel
    6. Shall provide greater than 200 milliseconds of AEC tail length
    7. Shall provide up to 60 dB per second AEC convergence rate
  10. DSP Configuration Software Requirements
    1. Shall support PC-based DSP configuration software, allowing flexible control of the integrated digital signal processing
      1. Shall provide a Live mode for real-time control of parameters without compiling and file uploading to matrix switcher
      2. Shall provide an Emulate mode for offline configuration
      3. Shall provide single window view of all inputs and outputs, audio processing blocks, routing, mix points, and virtual routing
      4. Shall provide setup and configuration of digital signal processing tools including, but not limited to: Filters (high pass, low pass, bass, treble, and parametric EQ); AEC; Dynamics processing (AGC, compressor, limiter, noise gate); Delay processing; Ducking processor; Automixing; Loudness processor; and multiple gain stages
      5. Shall provide cut and paste editing between processing blocks
      6. Shall provide matrix routing with integrated mix point gain adjustment between inputs, outputs, virtual sends, virtual returns, expansion inputs, and expansion outputs
      7. Shall provide a library of pre-designed processor settings for inputs and outputs with user-customizable parameters
      8. Shall provide 32 Group Master controls for consolidation of up to 28 individual gain or mute control members of the same type into one point of control
      9. Shall provide Soft Limits settings to define upper and lower control limits on Group Masters for use with external controls
      10. Shall provide 32 Presets for recall of any processing block setting, level setting, or audio routing; presets shall be saved for the entire system, or any selected partial groups of inputs, outputs, mix points, and DSP blocks
      11. Shall provide real-time metering of levels within each Input Gain, AEC, AGC, Compressor, Limiter, Noise Gate, Automixer, and Output Volume processing block in Live mode
      12. Shall provide a Meter Bridge window for real-time metering of all input and output channels with clipping indication in Live mode
      13. Shall provide keyboard-based navigation of configuration software utilizing directional controls, keyboard shortcuts, and spreadsheet software-style commands
      14. Shall provide file saving in both Live and Emulate mode
      15. Shall provide file upload in both Live and Emulate mode
      16. Shall provide configuration and file saving of the matrix switcher and a linked, compatible Extron digital matrix processor from a single configuration software session
  11. Integrated Control Processor Requirements
    1. Provide AV system control connections
      1. Three RJ-45: 10/100/1000Base-T Ethernet, half/full duplex with auto-detect for connection to a LAN and include link and activity LED indicators located on the left and right of each jack for troubleshooting network issues, these ports will be designated as AV LAN ports allowing for AV devices to be isolated from a corporate network
      2. AV LAN ports shall support a DHCP server that can distribute 50 dynamic IP addresses with a 24-hour lease
      3. One RJ-45: 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues
      4. Two 3-pole captive screw: RS-232, configurable for unidirectional or bidirectional control of AV system components
      5. One 5-pole captive screw: RS-232/RS-422/RS-485, configurable for unidirectional or bidirectional control of AV system components
      6. Two IR/serial ports on one 5-pole captive screw: IR (using an IR emitter) or unidirectional RS-232 for control of AV system components
      7. Four low voltage relays on one 6-pole captive screw: configurable for controlling lighting, controlling screens, or other device functions
      8. Four digital input/output ports on one 5-pole captive screw: configurable for use as an interface with devices such as sensors, switches, LEDs, and relays
      9. One eBUS® port on a 4-pole captive screw for connecting to eBUS devices
    2. Shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH
    3. Shall support a Web-based AV resource management application that provides a means to manage, monitor, and control AV equipment
    4. Provide an internal real-time clock with a 30-year backup battery that is used to keep track of the date and time
    5. Shall support the addition of an Extron LinkLicense® for use of third party devices as primary control interfaces
    6. Provide front panel LED activity indicators for RS-232 status, RS-232/RS-422/RS-485 status, IR/serial status, digital I/O status, relay status, eBUS status, and network status
    7. Shall support control system synchronization to allow users to retain and recover configured endpoints in case of network or power failure
    8. Shall be configured using Extron Global Configurator® Plus or Extron Global Configurator Professional with support for the following:
      1. Provide support for up to eight configurable Extron TouchLink Pro touchpanels
      2. Provide support for up to eight configurable eBUS button panels
      3. Provide remote monitoring and control via Ethernet
      4. Provide the ability to create E-mail notifications
      5. Provide multiple levels of password protection
      6. Provide the ability to create schedules and monitors
      7. Support up to 32 Ethernet-controllable AV devices
      8. Support local variables and conditional logic
      9. Support grouping of multiple Extron IP Link® Pro xi control processors to function as one when configured with Global Configurator Professional
    9. Security Requirements
      1. Support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel
      2. Support HTTPS and SSH for secure communication between the control processor and Extron Control App
      3. Support HTTPS for secure communication between the control processor and Extron Control for Web
      4. Support SSH for secure communication between the control processor and controlled device for programmed systems
      5. Support SFTP and SSH for secure communication between the control processor and the configuration or programming software
      6. Provide the option to modify administrator and user credentials
      7. Support security updates to maintain network health
      8. Require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity
      9. Support the installation of an owner furnished certificate with the following properties:
        
        Certificates shall include x.509 support
        
        Certificates shall include public / private key exchange
        
        Certificates shall support PEM encoding
      10. Extron shall furnish documentation that describes all supported network ports and services
  12. Control/remote - RS-232 and IR Pass-Through Over Shielded CATx Requirements
    1. Provide connections for AV device control
      1. Two 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair transmitters
      2. Four 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair receivers
    2. Support RS-232 and IR transmission over shielded CATx up to 330 feet (100 meters)
  13. Control/Remote - Matrix Switcher Requirements
    1. Provide connections for remote matrix switcher control
      1. RJ-45: 10/100Base-T Ethernet
      2. 3-pole captive screw: RS-232
      3. Mini USB-B: USB 2.0
    2. Provide alternatives for configuration and operation
      1. Front panel controls
      2. Built-in Web pages accessible using a standard Web browser via Ethernet connection
      3. Product configuration software connected via Ethernet or USB
      4. Serial commands sent over Ethernet, RS-232, or USB connection
    3. Support disabling of front panel controls to prevent inadvertent or unauthorized changes to configuration settings
  14. General Requirements
    1. Provide real-time verification of signal flow and operation from DTP transmitter or DTP receiver
      1. Directly readable on RJ-45 signal and link LEDs
    2. Shall be compatible with all Extron DTP Series models, DTP-enabled products, and Extron XTP CrossPoint matrix switchers
    3. Shall be compatible with CATx shielded twisted pair cable, and Extron XTP DTP 24 shielded twisted pair cable
    4. Shall provide remote power to two DTP transmitters and four DTP receivers over the shielded CATx connections
    5. Shall provide power to external peripheral devices on each HDMI output
    6. Enclosure shall be rack-mountable, full rack width, and 3RU in height
    7. Shall be equipped with an internal 100-240 VAC, 50/60 Hz universal power supply
2. Approved device shall be the Extron DTP CrossPoint 86 4K IPCP Q SA (part number 60-1382-92); no alternates or equals

DTP CrossPoint 86 4K IPCP Q SA

Provide an 8x6 scaling presentation matrix switcher that shall support up to eight inputs and six outputs for matrix switching of HDMI sources, one digital audio expansion port, 4K upscaling and downscaling, one integrated Extron IP Link Pro xi quad core control processor, plus additional support for signal extension over shielded CATx cable and audio digital signal processing with AEC.
1. Rack-mountable matrix switcher for HDMI and DTP® sources and associated digital and analog audio, AV system control, 4K scaling, signal extension over shielded CATx cable, audio digital signal processing with AEC, and automixing for eight microphone groups
  1. Video Input Requirements
    1. Provide video input connections
      1. Six HDMI
      2. Two RJ-45 for video from Extron DTP twisted pair transmitters
        
        Shall be configurable for compatibility with Extron DTP transmitters or DTP-enabled products
        
        Shall be configurable for compatibility with an Extron XTP® CrossPoint® matrix switchers
    2. Support 4K and UHD signals at all inputs
    3. Provide image adjustments for the DTP outputs, including brightness, contrast, color, tint, detail, H/V positioning, and sizing
    4. Provide storage and recall of video parameters and picture settings when activated for the scaled DTP outputs
      1. Automatic memories for each video input
        
        Save video settings and picture adjustments without user intervention
        
        Automatically recall settings when the same video rate is encountered
        
        The user may selectively enable or disable automatic memories
      2. Manual user presets
        
        Save picture adjustments
        
        User presets may be saved and recalled using front panel controls
        
        User presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
      3. Manual input presets
        
        Save video settings and picture adjustments
        
        Input presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    5. Support HDMI specifications including data rates up to 10.2 Gbps, Deep Color up to 12-bit, 3D, and HD lossless audio formats
    6. Provide automatic cable equalization for each digital input to 100 feet (30 meters) at 1080p/60 with 8-bit color when used with Extron HDMI Pro cables
    7. Provide automatic cable equalization for each digital input to 50 feet (15 meters) at 4K/30 and 2560x1600 @ 60 Hz resolutions when used with Extron HDMI Pro cables
    8. Support video transmission over shielded CATx up to 330 feet (100 meters)
  2. Video Output Requirements
    1. Provide video output connections
      1. Two HDMI
      2. Four RJ-45 for video to Extron DTP twisted pair receivers
        
        Shall be configurable for compatibility with Extron DTP receivers or DTP-enabled products
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to Extron XTP CrossPoint matrix switchers
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to HDBaseT-enabled displays
        
        Shall support mirrored content between DTP outputs 3 and 4, and the two corresponding HDMI outputs for local monitoring
    2. Provide a range of selectable scaled DTP output rates from 640x480 to 4K, including 2560x1600 and 1080p/60
    3. Support 4K and UHD signals at the four HDMI outputs
    4. Provide independent scaling for each DTP output
      1. Provide image scaling and video format conversion at 30-bit precision for signals up to 4K
      2. Support motion-adaptive deinterlacing for signals up to 1080i
    5. Provide aspect ratio control for each scaled DTP output
      1. When in FILL mode, the video image shall always fill the output screen without letterbox or pillarbox
      2. When in FOLLOW mode, the video image shall always preserve the aspect ratio of the input signals without distortion
    6. Provide internal test patterns for the scaled DTP outputs to facilitate system setup and calibration
    7. Support upload and placement of custom logo graphics at any position on any of the scaled DTP outputs
      1. Support logo placement as a foreground image
      2. Shall support uploading logo graphics in BMP, JPG, PNG, or TIFF format
      3. Shall support displaying full screen images up to 4096x2400 resolution
      4. Shall support up to 16 logo presets
    8. Support muting of one or all video outputs at any time
    9. Support automatic muting of video and sync output when no video signal is present
      1. Provide a choice to generate a blue screen or a black screen before disabling sync
      2. Provide a configurable timeout period before disabling sync
      3. The user may selectively enable or disable automatic muting of sync output
    10. Support the connection of DVI displays that do not recognize HDMI-specific formats
      1. Automatically enable or disable embedded TMDS audio and InfoFrames
      2. Automatically set the correct color space
    11. Support video transmission over shielded CATx up to 330 feet (100 meters)
    12. Provide automatic reclocking of HDMI video signals at each HDMI output
  3. Switching Requirements
    1. Provide video and audio matrix switching between any input and any output
      1. Support incoming 4K and UHD signals at all HDMI and DTP inputs
      2. Support routing of 4K and UHD signals to the two HDMI outputs
      3. Support routing of scaled 4K or UHD video signals to the four DTP outputs
    2. Provide storage and recall of input and output ties
      1. Save video and audio ties between inputs and outputs
      2. Presets may be recalled using front panel controls
      3. Presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    3. Provide the ability to view which inputs and outputs are actively connected
    4. Provide selectable transition effects when switching inputs
      1. Freeze/Fade: video output shall fade out a final frozen frame of the previous input source as the newly selected input source fades in
      2. Cut: video output shall cut to black, then cut to the newly selected input source
      3. Fade: video output shall fade to black, then fade into the newly selected input source
  4. EDID Requirements
    1. Provide automatic EDID management between connected devices
      1. Provide a set of pre-stored EDID files
      2. Support capture of EDID from any connected display
      3. Support user uploading of custom-generated EDID files
      4. Support assignment of pre-stored, captured, or custom uploaded EDID files for each input connection
  5. HDCP Requirements
    1. The unit shall be HDCP compliant
      1. Provide authentication and maintain continuous verification of HDCP key exchange with connected sink devices
      2. Provide authentication and maintain continuous verification of HDCP key exchange with connected source devices
      3. Provide the option to disable HDCP processing at any HDMI input connection when passing unencrypted content
      4. Provide selectable, human-readable visual confirmation of HDCP compliance when encrypted content is routed to a non-HDCP compliant display
        
        When enabled, the video output shall be a solid green color and an on-screen message stating “HDCP CONTENT” shall be displayed
        
        When disabled, the output shall be muted
    2. Provide real-time verification of HDCP status for each HDMI input and output
      1. Electronically accessible over Ethernet, RS-232, or USB connection
  6. Audio Requirements
    1. Provide audio input connections
      1. Support embedded audio on six HDMI connectors
      2. Support embedded and analog audio on two RJ-45 connectors
      3. Support six stereo line level, balanced or unbalanced signals on six 5-pole, 3.5 mm captive screw connectors
      4. Support four mono microphone or line level, balanced or unbalanced signals with +48 volt phantom power on four 3-pole, 3.5 mm captive screw connectors
    2. Provide audio output connections
      1. Support embedded audio on two HDMI connectors
      2. Support embedded and analog audio on four RJ-45 connectors
      3. Support four stereo line level, balanced or unbalanced signals with independent output level control on four 5-pole, 3.5 mm captive screw connectors
      4. Support S/PDIF digital audio signal on one RCA connector
      5. Support one stereo speaker level signal or two mono speaker level signals on one 4-pole, 5 mm captive screw connector
    3. Provide stereo amplification for low impedance speaker systems
      1. Support one stereo speaker level signal or two mono speaker level signals on one 4-pole, 5 mm screw-lock captive screw connector
      2. Provide a total of 100 watts rms output power with 50 watts rms per channel into 4 ohms, or 25 watts rms per channel into 8 ohms measured at 1 kHz with 0.1% THD
      3. Provide a THD+N measurement of less than 0.1 % measured at 3 dB below clipping
      4. Provide a signal-to-noise ratio of greater than 90 dB measured from 20 Hz to 20 kHz, unweighted
      5. Utilize an efficient Class D amplifier design
      6. Provide Class D Ripple Suppression technology
      7. Provide an automatic clip limiter to detect onset of clipping by comparing input and output waveforms and automatically reduce gain with a slow attack and fast release to eliminate clipping distortion
      8. Provide multiple protection circuits that activate during output shorts, thermal overload, or DC faults
    4. Provide 64-bit floating point DSP engine
      1. Support 32-bit and 64-bit processing algorithms
      2. Provide a deterministic latency of 3.2 ms from input to output
      3. Provide additional, deterministic latency of 1.3 ms when Virtual Path routing is used
      4. Provide additional, deterministic latency of 12 ms when AEC is used
    5. Support embedding of any analog audio input signal onto the matrix video outputs
    6. Support extraction of two-channel PCM HDMI audio signals to the analog stereo outputs, or route embedded multi-channel bitstream audio to the HDMI outputs
    7. Support de-embedding, processing, and re-embedding of two-channel PCM HDMI audio signals onto the HDMI outputs
    8. Support mixing of program audio and mic/line audio signals
    9. Support mic audio mixed with program audio onto the HDMI/DTP outputs, variable audio outputs, S/PDIF audio output, and amplified audio output
    10. Provide the capability to break two-channel audio away from its corresponding video signal and route to the audio outputs, allowing the audio and video signals from one source to be switched to different destinations
    11. Provide adjustable, automatic ducking of program audio when a signal is detected on the microphone input
      1. Program audio shall automatically ramp up to reach the original volume level when audio is no longer detected on the microphone input
    12. Support audio transmission over twisted pair up to 330 feet (100 meters)
  7. Expansion Port Requirements
    1. Provide a digital audio expansion port for bidirectional signal routing between the matrix switcher and a connected Extron DMP 128 Digital Matrix Processor
    2. Support 16 incoming signals and 16 outgoing signals
    3. Provide uncompressed digital audio at 48 kHz sampling rate with 24-bit resolution
  8. Automixer Requirements
    1. Shall provide Automixer Group selection for optional channel assignment into any of eight groups
    2. Shall provide gated and gain sharing automixer types
    3. Shall provide Last Mic Open Priority and Chairman Priority modes
    4. Shall provide Number of Open Microphone parameter from 0 to 12 microphones
    5. Shall provide Gate Threshold level and adjustable Off Reduction level for gated channels
    6. Shall provide adjustable parameters for Attack, Hold, and Release times
    7. Shall provide real-time metering of Signal Level, Gate Status, and Gate Threshold target from within the Automix parameter setup window in the DSP Configuration software
    8. Shall provide global view with Gate Status indication of all channels assigned to an automixer group, within the DSP Configuration software
  9. AEC - Acoustic Echo Cancellation Processing Requirements
    1. Shall provide four independent channels of AEC
    2. Shall provide real-time software-based metering of Echo Return Loss, Echo Return Loss Enhancement, and Total Echo Reduction levels
    3. Shall provide real-time indication of remote site activity, local site activity, and AEC processor reconverging
    4. Shall provide up to 20 dB of selectable noise cancellation for each AEC channel
    5. Shall provide advanced controls and adjustable parameters for Non-Linear Processing, Double Talk Echo Reduction, and Comfort Noise for each AEC channel
    6. Shall provide greater than 200 milliseconds of AEC tail length
    7. Shall provide up to 60 dB per second AEC convergence rate
  10. DSP Configuration Software Requirements
    1. Shall support PC-based DSP configuration software, allowing flexible control of the integrated digital signal processing
      1. Shall provide a Live mode for real-time control of parameters without compiling and file uploading to matrix switcher
      2. Shall provide an Emulate mode for offline configuration
      3. Shall provide single window view of all inputs and outputs, audio processing blocks, routing, mix points, and virtual routing
      4. Shall provide setup and configuration of digital signal processing tools including, but not limited to: Filters (high pass, low pass, bass, treble, and parametric EQ); AEC; Dynamics processing (AGC, compressor, limiter, noise gate); Delay processing; Ducking processor; Automixing; Loudness processor; and multiple gain stages
      5. Shall provide cut and paste editing between processing blocks
      6. Shall provide matrix routing with integrated mix point gain adjustment between inputs, outputs, virtual sends, virtual returns, expansion inputs, and expansion outputs
      7. Shall provide a library of pre-designed processor settings for inputs and outputs with user-customizable parameters
      8. Shall provide 32 Group Master controls for consolidation of up to 28 individual gain or mute control members of the same type into one point of control
      9. Shall provide Soft Limits settings to define upper and lower control limits on Group Masters for use with external controls
      10. Shall provide 32 Presets for recall of any processing block setting, level setting, or audio routing; presets shall be saved for the entire system, or any selected partial groups of inputs, outputs, mix points, and DSP blocks
      11. Shall provide real-time metering of levels within each Input Gain, AEC, AGC, Compressor, Limiter, Noise Gate, Automixer, and Output Volume processing block in Live mode
      12. Shall provide a Meter Bridge window for real-time metering of all input and output channels with clipping indication in Live mode
      13. Shall provide keyboard-based navigation of configuration software utilizing directional controls, keyboard shortcuts, and spreadsheet software-style commands
      14. Shall provide file saving in both Live and Emulate mode
      15. Shall provide file upload in both Live and Emulate mode
      16. Shall provide configuration and file saving of the matrix switcher and a linked, compatible Extron digital matrix processor from a single configuration software session
  11. Integrated Control Processor Requirements
    1. Provide AV system control connections
      1. Three RJ-45: 10/100/1000Base-T Ethernet, half/full duplex with auto-detect for connection to a LAN and include link and activity LED indicators located on the left and right of each jack for troubleshooting network issues, these ports will be designated as AV LAN ports allowing for AV devices to be isolated from a corporate network
      2. AV LAN ports shall support a DHCP server that can distribute 50 dynamic IP addresses with a 24-hour lease
      3. One RJ-45: 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues
      4. Two 3-pole captive screw: RS-232, configurable for unidirectional or bidirectional control of AV system components
      5. One 5-pole captive screw: RS-232/RS-422/RS-485, configurable for unidirectional or bidirectional control of AV system components
      6. Two IR/serial ports on one 5-pole captive screw: IR (using an IR emitter) or unidirectional RS-232 for control of AV system components
      7. Four low voltage relays on one 6-pole captive screw: configurable for controlling lighting, controlling screens, or other device functions
      8. Four digital input/output ports on one 5-pole captive screw: configurable for use as an interface with devices such as sensors, switches, LEDs, and relays
      9. One eBUS® port on a 4-pole captive screw for connecting to eBUS devices
    2. Shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH
    3. Shall support a Web-based AV resource management application that provides a means to manage, monitor, and control AV equipment
    4. Provide an internal real-time clock with a 30-year backup battery that is used to keep track of the date and time
    5. Shall support the addition of an Extron LinkLicense® for use of third party devices as primary control interfaces
    6. Provide front panel LED activity indicators for RS-232 status, RS-232/RS-422/RS-485 status, IR/serial status, digital I/O status, relay status, eBUS status, and network status
    7. Shall support control system synchronization to allow users to retain and recover configured endpoints in case of network or power failure
    8. Shall be configured using Extron Global Configurator® Plus or Extron Global Configurator Professional with support for the following:
      1. Provide support for up to eight configurable Extron TouchLink Pro touchpanels
      2. Provide support for up to eight configurable eBUS button panels
      3. Provide remote monitoring and control via Ethernet
      4. Provide the ability to create E-mail notifications
      5. Provide multiple levels of password protection
      6. Provide the ability to create schedules and monitors
      7. Support up to 32 Ethernet-controllable AV devices
      8. Support local variables and conditional logic
      9. Support grouping of multiple Extron IP Link® Pro xi control processors to function as one when configured with Global Configurator Professional
    9. Security Requirements
      1. Support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel
      2. Support HTTPS and SSH for secure communication between the control processor and Extron Control App
      3. Support HTTPS for secure communication between the control processor and Extron Control for Web
      4. Support SSH for secure communication between the control processor and controlled device for programmed systems
      5. Support SFTP and SSH for secure communication between the control processor and the configuration or programming software
      6. Provide the option to modify administrator and user credentials
      7. Support security updates to maintain network health
      8. Require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity
      9. Support the installation of an owner furnished certificate with the following properties:
        
        Certificates shall include x.509 support
        
        Certificates shall include public / private key exchange
        
        Certificates shall support PEM encoding
      10. Extron shall furnish documentation that describes all supported network ports and services
  12. Control/remote - RS-232 and IR Pass-Through Over Shielded CATx Requirements
    1. Provide connections for AV device control
      1. Two 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair transmitters
      2. Four 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair receivers
    2. Support RS-232 and IR transmission over shielded CATx up to 330 feet (100 meters)
  13. Control/Remote - Matrix Switcher Requirements
    1. Provide connections for remote matrix switcher control
      1. RJ-45: 10/100Base-T Ethernet
      2. 3-pole captive screw: RS-232
      3. Mini USB-B: USB 2.0
    2. Provide alternatives for configuration and operation
      1. Front panel controls
      2. Built-in Web pages accessible using a standard Web browser via Ethernet connection
      3. Product configuration software connected via Ethernet or USB
      4. Serial commands sent over Ethernet, RS-232, or USB connection
    3. Support disabling of front panel controls to prevent inadvertent or unauthorized changes to configuration settings
  14. General Requirements
    1. Provide real-time verification of signal flow and operation from DTP transmitter or DTP receiver
      1. Directly readable on RJ-45 signal and link LEDs
    2. Shall be compatible with all Extron DTP Series models, DTP-enabled products, and Extron XTP CrossPoint matrix switchers
    3. Shall be compatible with CATx shielded twisted pair cable, and Extron XTP DTP 24 shielded twisted pair cable
    4. Shall provide remote power to two DTP transmitters and four DTP receivers over the shielded CATx connections
    5. Shall provide power to external peripheral devices on each HDMI output
    6. Enclosure shall be rack-mountable, full rack width, and 3RU in height
    7. Shall be equipped with an internal 100-240 VAC, 50/60 Hz universal power supply
2. Approved device shall be the Extron DTP CrossPoint 86 4K IPCP Q SA (part number 60-1382-92); no alternates or equals

DTP CrossPoint 86 4K IPCP Q SA

Provide an 8x6 scaling presentation matrix switcher that shall support up to eight inputs and six outputs for matrix switching of HDMI sources, one digital audio expansion port, 4K upscaling and downscaling, one integrated Extron IP Link Pro xi quad core control processor, plus additional support for signal extension over shielded CATx cable and audio digital signal processing with AEC.
1. Rack-mountable matrix switcher for HDMI and DTP® sources and associated digital and analog audio, AV system control, 4K scaling, signal extension over shielded CATx cable, audio digital signal processing with AEC, and automixing for eight microphone groups
  1. Video Input Requirements
    1. Provide video input connections
      1. Six HDMI
      2. Two RJ-45 for video from Extron DTP twisted pair transmitters
        
        Shall be configurable for compatibility with Extron DTP transmitters or DTP-enabled products
        
        Shall be configurable for compatibility with an Extron XTP® CrossPoint® matrix switchers
    2. Support 4K and UHD signals at all inputs
    3. Provide image adjustments for the DTP outputs, including brightness, contrast, color, tint, detail, H/V positioning, and sizing
    4. Provide storage and recall of video parameters and picture settings when activated for the scaled DTP outputs
      1. Automatic memories for each video input
        
        Save video settings and picture adjustments without user intervention
        
        Automatically recall settings when the same video rate is encountered
        
        The user may selectively enable or disable automatic memories
      2. Manual user presets
        
        Save picture adjustments
        
        User presets may be saved and recalled using front panel controls
        
        User presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
      3. Manual input presets
        
        Save video settings and picture adjustments
        
        Input presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    5. Support HDMI specifications including data rates up to 10.2 Gbps, Deep Color up to 12-bit, 3D, and HD lossless audio formats
    6. Provide automatic cable equalization for each digital input to 100 feet (30 meters) at 1080p/60 with 8-bit color when used with Extron HDMI Pro cables
    7. Provide automatic cable equalization for each digital input to 50 feet (15 meters) at 4K/30 and 2560x1600 @ 60 Hz resolutions when used with Extron HDMI Pro cables
    8. Support video transmission over shielded CATx up to 330 feet (100 meters)
  2. Video Output Requirements
    1. Provide video output connections
      1. Two HDMI
      2. Four RJ-45 for video to Extron DTP twisted pair receivers
        
        Shall be configurable for compatibility with Extron DTP receivers or DTP-enabled products
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to Extron XTP CrossPoint matrix switchers
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to HDBaseT-enabled displays
        
        Shall support mirrored content between DTP outputs 3 and 4, and the two corresponding HDMI outputs for local monitoring
    2. Provide a range of selectable scaled DTP output rates from 640x480 to 4K, including 2560x1600 and 1080p/60
    3. Support 4K and UHD signals at the four HDMI outputs
    4. Provide independent scaling for each DTP output
      1. Provide image scaling and video format conversion at 30-bit precision for signals up to 4K
      2. Support motion-adaptive deinterlacing for signals up to 1080i
    5. Provide aspect ratio control for each scaled DTP output
      1. When in FILL mode, the video image shall always fill the output screen without letterbox or pillarbox
      2. When in FOLLOW mode, the video image shall always preserve the aspect ratio of the input signals without distortion
    6. Provide internal test patterns for the scaled DTP outputs to facilitate system setup and calibration
    7. Support upload and placement of custom logo graphics at any position on any of the scaled DTP outputs
      1. Support logo placement as a foreground image
      2. Shall support uploading logo graphics in BMP, JPG, PNG, or TIFF format
      3. Shall support displaying full screen images up to 4096x2400 resolution
      4. Shall support up to 16 logo presets
    8. Support muting of one or all video outputs at any time
    9. Support automatic muting of video and sync output when no video signal is present
      1. Provide a choice to generate a blue screen or a black screen before disabling sync
      2. Provide a configurable timeout period before disabling sync
      3. The user may selectively enable or disable automatic muting of sync output
    10. Support the connection of DVI displays that do not recognize HDMI-specific formats
      1. Automatically enable or disable embedded TMDS audio and InfoFrames
      2. Automatically set the correct color space
    11. Support video transmission over shielded CATx up to 330 feet (100 meters)
    12. Provide automatic reclocking of HDMI video signals at each HDMI output
  3. Switching Requirements
    1. Provide video and audio matrix switching between any input and any output
      1. Support incoming 4K and UHD signals at all HDMI and DTP inputs
      2. Support routing of 4K and UHD signals to the two HDMI outputs
      3. Support routing of scaled 4K or UHD video signals to the four DTP outputs
    2. Provide storage and recall of input and output ties
      1. Save video and audio ties between inputs and outputs
      2. Presets may be recalled using front panel controls
      3. Presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    3. Provide the ability to view which inputs and outputs are actively connected
    4. Provide selectable transition effects when switching inputs
      1. Freeze/Fade: video output shall fade out a final frozen frame of the previous input source as the newly selected input source fades in
      2. Cut: video output shall cut to black, then cut to the newly selected input source
      3. Fade: video output shall fade to black, then fade into the newly selected input source
  4. EDID Requirements
    1. Provide automatic EDID management between connected devices
      1. Provide a set of pre-stored EDID files
      2. Support capture of EDID from any connected display
      3. Support user uploading of custom-generated EDID files
      4. Support assignment of pre-stored, captured, or custom uploaded EDID files for each input connection
  5. HDCP Requirements
    1. The unit shall be HDCP compliant
      1. Provide authentication and maintain continuous verification of HDCP key exchange with connected sink devices
      2. Provide authentication and maintain continuous verification of HDCP key exchange with connected source devices
      3. Provide the option to disable HDCP processing at any HDMI input connection when passing unencrypted content
      4. Provide selectable, human-readable visual confirmation of HDCP compliance when encrypted content is routed to a non-HDCP compliant display
        
        When enabled, the video output shall be a solid green color and an on-screen message stating “HDCP CONTENT” shall be displayed
        
        When disabled, the output shall be muted
    2. Provide real-time verification of HDCP status for each HDMI input and output
      1. Electronically accessible over Ethernet, RS-232, or USB connection
  6. Audio Requirements
    1. Provide audio input connections
      1. Support embedded audio on six HDMI connectors
      2. Support embedded and analog audio on two RJ-45 connectors
      3. Support six stereo line level, balanced or unbalanced signals on six 5-pole, 3.5 mm captive screw connectors
      4. Support four mono microphone or line level, balanced or unbalanced signals with +48 volt phantom power on four 3-pole, 3.5 mm captive screw connectors
    2. Provide audio output connections
      1. Support embedded audio on two HDMI connectors
      2. Support embedded and analog audio on four RJ-45 connectors
      3. Support four stereo line level, balanced or unbalanced signals with independent output level control on four 5-pole, 3.5 mm captive screw connectors
      4. Support S/PDIF digital audio signal on one RCA connector
      5. Support one stereo speaker level signal or two mono speaker level signals on one 4-pole, 5 mm captive screw connector
    3. Provide stereo amplification for low impedance speaker systems
      1. Support one stereo speaker level signal or two mono speaker level signals on one 4-pole, 5 mm screw-lock captive screw connector
      2. Provide a total of 100 watts rms output power with 50 watts rms per channel into 4 ohms, or 25 watts rms per channel into 8 ohms measured at 1 kHz with 0.1% THD
      3. Provide a THD+N measurement of less than 0.1 % measured at 3 dB below clipping
      4. Provide a signal-to-noise ratio of greater than 90 dB measured from 20 Hz to 20 kHz, unweighted
      5. Utilize an efficient Class D amplifier design
      6. Provide Class D Ripple Suppression technology
      7. Provide an automatic clip limiter to detect onset of clipping by comparing input and output waveforms and automatically reduce gain with a slow attack and fast release to eliminate clipping distortion
      8. Provide multiple protection circuits that activate during output shorts, thermal overload, or DC faults
    4. Provide 64-bit floating point DSP engine
      1. Support 32-bit and 64-bit processing algorithms
      2. Provide a deterministic latency of 3.2 ms from input to output
      3. Provide additional, deterministic latency of 1.3 ms when Virtual Path routing is used
      4. Provide additional, deterministic latency of 12 ms when AEC is used
    5. Support embedding of any analog audio input signal onto the matrix video outputs
    6. Support extraction of two-channel PCM HDMI audio signals to the analog stereo outputs, or route embedded multi-channel bitstream audio to the HDMI outputs
    7. Support de-embedding, processing, and re-embedding of two-channel PCM HDMI audio signals onto the HDMI outputs
    8. Support mixing of program audio and mic/line audio signals
    9. Support mic audio mixed with program audio onto the HDMI/DTP outputs, variable audio outputs, S/PDIF audio output, and amplified audio output
    10. Provide the capability to break two-channel audio away from its corresponding video signal and route to the audio outputs, allowing the audio and video signals from one source to be switched to different destinations
    11. Provide adjustable, automatic ducking of program audio when a signal is detected on the microphone input
      1. Program audio shall automatically ramp up to reach the original volume level when audio is no longer detected on the microphone input
    12. Support audio transmission over twisted pair up to 330 feet (100 meters)
  7. Expansion Port Requirements
    1. Provide a digital audio expansion port for bidirectional signal routing between the matrix switcher and a connected Extron DMP 128 Digital Matrix Processor
    2. Support 16 incoming signals and 16 outgoing signals
    3. Provide uncompressed digital audio at 48 kHz sampling rate with 24-bit resolution
  8. Automixer Requirements
    1. Shall provide Automixer Group selection for optional channel assignment into any of eight groups
    2. Shall provide gated and gain sharing automixer types
    3. Shall provide Last Mic Open Priority and Chairman Priority modes
    4. Shall provide Number of Open Microphone parameter from 0 to 12 microphones
    5. Shall provide Gate Threshold level and adjustable Off Reduction level for gated channels
    6. Shall provide adjustable parameters for Attack, Hold, and Release times
    7. Shall provide real-time metering of Signal Level, Gate Status, and Gate Threshold target from within the Automix parameter setup window in the DSP Configuration software
    8. Shall provide global view with Gate Status indication of all channels assigned to an automixer group, within the DSP Configuration software
  9. AEC - Acoustic Echo Cancellation Processing Requirements
    1. Shall provide four independent channels of AEC
    2. Shall provide real-time software-based metering of Echo Return Loss, Echo Return Loss Enhancement, and Total Echo Reduction levels
    3. Shall provide real-time indication of remote site activity, local site activity, and AEC processor reconverging
    4. Shall provide up to 20 dB of selectable noise cancellation for each AEC channel
    5. Shall provide advanced controls and adjustable parameters for Non-Linear Processing, Double Talk Echo Reduction, and Comfort Noise for each AEC channel
    6. Shall provide greater than 200 milliseconds of AEC tail length
    7. Shall provide up to 60 dB per second AEC convergence rate
  10. DSP Configuration Software Requirements
    1. Shall support PC-based DSP configuration software, allowing flexible control of the integrated digital signal processing
      1. Shall provide a Live mode for real-time control of parameters without compiling and file uploading to matrix switcher
      2. Shall provide an Emulate mode for offline configuration
      3. Shall provide single window view of all inputs and outputs, audio processing blocks, routing, mix points, and virtual routing
      4. Shall provide setup and configuration of digital signal processing tools including, but not limited to: Filters (high pass, low pass, bass, treble, and parametric EQ); AEC; Dynamics processing (AGC, compressor, limiter, noise gate); Delay processing; Ducking processor; Automixing; Loudness processor; and multiple gain stages
      5. Shall provide cut and paste editing between processing blocks
      6. Shall provide matrix routing with integrated mix point gain adjustment between inputs, outputs, virtual sends, virtual returns, expansion inputs, and expansion outputs
      7. Shall provide a library of pre-designed processor settings for inputs and outputs with user-customizable parameters
      8. Shall provide 32 Group Master controls for consolidation of up to 28 individual gain or mute control members of the same type into one point of control
      9. Shall provide Soft Limits settings to define upper and lower control limits on Group Masters for use with external controls
      10. Shall provide 32 Presets for recall of any processing block setting, level setting, or audio routing; presets shall be saved for the entire system, or any selected partial groups of inputs, outputs, mix points, and DSP blocks
      11. Shall provide real-time metering of levels within each Input Gain, AEC, AGC, Compressor, Limiter, Noise Gate, Automixer, and Output Volume processing block in Live mode
      12. Shall provide a Meter Bridge window for real-time metering of all input and output channels with clipping indication in Live mode
      13. Shall provide keyboard-based navigation of configuration software utilizing directional controls, keyboard shortcuts, and spreadsheet software-style commands
      14. Shall provide file saving in both Live and Emulate mode
      15. Shall provide file upload in both Live and Emulate mode
      16. Shall provide configuration and file saving of the matrix switcher and a linked, compatible Extron digital matrix processor from a single configuration software session
  11. Integrated Control Processor Requirements
    1. Provide AV system control connections
      1. Three RJ-45: 10/100/1000Base-T Ethernet, half/full duplex with auto-detect for connection to a LAN and include link and activity LED indicators located on the left and right of each jack for troubleshooting network issues, these ports will be designated as AV LAN ports allowing for AV devices to be isolated from a corporate network
      2. AV LAN ports shall support a DHCP server that can distribute 50 dynamic IP addresses with a 24-hour lease
      3. One RJ-45: 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues
      4. Two 3-pole captive screw: RS-232, configurable for unidirectional or bidirectional control of AV system components
      5. One 5-pole captive screw: RS-232/RS-422/RS-485, configurable for unidirectional or bidirectional control of AV system components
      6. Two IR/serial ports on one 5-pole captive screw: IR (using an IR emitter) or unidirectional RS-232 for control of AV system components
      7. Four low voltage relays on one 6-pole captive screw: configurable for controlling lighting, controlling screens, or other device functions
      8. Four digital input/output ports on one 5-pole captive screw: configurable for use as an interface with devices such as sensors, switches, LEDs, and relays
      9. One eBUS® port on a 4-pole captive screw for connecting to eBUS devices
    2. Shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH
    3. Shall support a Web-based AV resource management application that provides a means to manage, monitor, and control AV equipment
    4. Provide an internal real-time clock with a 30-year backup battery that is used to keep track of the date and time
    5. Shall include an Extron LinkLicense® for use of third party devices as primary control interfaces
    6. Provide front panel LED activity indicators for RS-232 status, RS-232/RS-422/RS-485 status, IR/serial status, digital I/O status, relay status, eBUS status, and network status
    7. Shall support control system synchronization to allow users to retain and recover configured endpoints in case of network or power failure
    8. Shall be configured using Extron Global Configurator® Plus or Extron Global Configurator Professional with support for the following:
      1. Provide support for up to eight configurable Extron TouchLink Pro touchpanels
      2. Provide support for up to eight configurable eBUS button panels
      3. Provide remote monitoring and control via Ethernet
      4. Provide the ability to create E-mail notifications
      5. Provide multiple levels of password protection
      6. Provide the ability to create schedules and monitors
      7. Support up to 32 Ethernet-controllable AV devices
      8. Support local variables and conditional logic
      9. Support grouping of multiple Extron IP Link® Pro xi control processors to function as one when configured with Global Configurator Professional
    9. Security Requirements
      1. Support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel
      2. Support HTTPS and SSH for secure communication between the control processor and Extron Control App
      3. Support HTTPS for secure communication between the control processor and Extron Control for Web
      4. Support SSH for secure communication between the control processor and controlled device for programmed systems
      5. Support SFTP and SSH for secure communication between the control processor and the configuration or programming software
      6. Provide the option to modify administrator and user credentials
      7. Support security updates to maintain network health
      8. Require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity
      9. Support the installation of an owner furnished certificate with the following properties:
        
        Certificates shall include x.509 support
        
        Certificates shall include public / private key exchange
        
        Certificates shall support PEM encoding
      10. Extron shall furnish documentation that describes all supported network ports and services
  12. Control/remote - RS-232 and IR Pass-Through Over Shielded CATx Requirements
    1. Provide connections for AV device control
      1. Two 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair transmitters
      2. Four 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair receivers
    2. Support RS-232 and IR transmission over shielded CATx up to 330 feet (100 meters)
  13. Control/Remote - Matrix Switcher Requirements
    1. Provide connections for remote matrix switcher control
      1. RJ-45: 10/100Base-T Ethernet
      2. 3-pole captive screw: RS-232
      3. Mini USB-B: USB 2.0
    2. Provide alternatives for configuration and operation
      1. Front panel controls
      2. Built-in Web pages accessible using a standard Web browser via Ethernet connection
      3. Product configuration software connected via Ethernet or USB
      4. Serial commands sent over Ethernet, RS-232, or USB connection
    3. Support disabling of front panel controls to prevent inadvertent or unauthorized changes to configuration settings
  14. General Requirements
    1. Provide real-time verification of signal flow and operation from DTP transmitter or DTP receiver
      1. Directly readable on RJ-45 signal and link LEDs
    2. Shall be compatible with all Extron DTP Series models, DTP-enabled products, and Extron XTP CrossPoint matrix switchers
    3. Shall be compatible with CATx shielded twisted pair cable, and Extron XTP DTP 24 shielded twisted pair cable
    4. Shall provide remote power to two DTP transmitters and four DTP receivers over the shielded CATx connections
    5. Shall provide power to external peripheral devices on each HDMI output
    6. Enclosure shall be rack-mountable, full rack width, and 3RU in height
    7. Shall be equipped with an internal 100-240 VAC, 50/60 Hz universal power supply
2. Approved device shall be the Extron DTP CrossPoint 86 4K IPCP Q SA (part number 60-1382-92A); no alternates or equals

DTP CrossPoint 86 4K IPCP Q SA

Provide an 8x6 scaling presentation matrix switcher that shall support up to eight inputs and six outputs for matrix switching of HDMI sources, one digital audio expansion port, 4K upscaling and downscaling, one integrated Extron IP Link Pro xi quad core control processor, plus additional support for signal extension over shielded CATx cable and audio digital signal processing with AEC.
1. Rack-mountable matrix switcher for HDMI and DTP® sources and associated digital and analog audio, AV system control, 4K scaling, signal extension over shielded CATx cable, audio digital signal processing with AEC, and automixing for eight microphone groups
  1. Video Input Requirements
    1. Provide video input connections
      1. Six HDMI
      2. Two RJ-45 for video from Extron DTP twisted pair transmitters
        
        Shall be configurable for compatibility with Extron DTP transmitters or DTP-enabled products
        
        Shall be configurable for compatibility with an Extron XTP® CrossPoint® matrix switchers
    2. Support 4K and UHD signals at all inputs
    3. Provide image adjustments for the DTP outputs, including brightness, contrast, color, tint, detail, H/V positioning, and sizing
    4. Provide storage and recall of video parameters and picture settings when activated for the scaled DTP outputs
      1. Automatic memories for each video input
        
        Save video settings and picture adjustments without user intervention
        
        Automatically recall settings when the same video rate is encountered
        
        The user may selectively enable or disable automatic memories
      2. Manual user presets
        
        Save picture adjustments
        
        User presets may be saved and recalled using front panel controls
        
        User presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
      3. Manual input presets
        
        Save video settings and picture adjustments
        
        Input presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    5. Support HDMI specifications including data rates up to 10.2 Gbps, Deep Color up to 12-bit, 3D, and HD lossless audio formats
    6. Provide automatic cable equalization for each digital input to 100 feet (30 meters) at 1080p/60 with 8-bit color when used with Extron HDMI Pro cables
    7. Provide automatic cable equalization for each digital input to 50 feet (15 meters) at 4K/30 and 2560x1600 @ 60 Hz resolutions when used with Extron HDMI Pro cables
    8. Support video transmission over shielded CATx up to 330 feet (100 meters)
  2. Video Output Requirements
    1. Provide video output connections
      1. Two HDMI
      2. Four RJ-45 for video to Extron DTP twisted pair receivers
        
        Shall be configurable for compatibility with Extron DTP receivers or DTP-enabled products
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to Extron XTP CrossPoint matrix switchers
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to HDBaseT-enabled displays
        
        Shall support mirrored content between DTP outputs 3 and 4, and the two corresponding HDMI outputs for local monitoring
    2. Provide a range of selectable scaled DTP output rates from 640x480 to 4K, including 2560x1600 and 1080p/60
    3. Support 4K and UHD signals at the four HDMI outputs
    4. Provide independent scaling for each DTP output
      1. Provide image scaling and video format conversion at 30-bit precision for signals up to 4K
      2. Support motion-adaptive deinterlacing for signals up to 1080i
    5. Provide aspect ratio control for each scaled DTP output
      1. When in FILL mode, the video image shall always fill the output screen without letterbox or pillarbox
      2. When in FOLLOW mode, the video image shall always preserve the aspect ratio of the input signals without distortion
    6. Provide internal test patterns for the scaled DTP outputs to facilitate system setup and calibration
    7. Support upload and placement of custom logo graphics at any position on any of the scaled DTP outputs
      1. Support logo placement as a foreground image
      2. Shall support uploading logo graphics in BMP, JPG, PNG, or TIFF format
      3. Shall support displaying full screen images up to 4096x2400 resolution
      4. Shall support up to 16 logo presets
    8. Support muting of one or all video outputs at any time
    9. Support automatic muting of video and sync output when no video signal is present
      1. Provide a choice to generate a blue screen or a black screen before disabling sync
      2. Provide a configurable timeout period before disabling sync
      3. The user may selectively enable or disable automatic muting of sync output
    10. Support the connection of DVI displays that do not recognize HDMI-specific formats
      1. Automatically enable or disable embedded TMDS audio and InfoFrames
      2. Automatically set the correct color space
    11. Support video transmission over shielded CATx up to 330 feet (100 meters)
    12. Provide automatic reclocking of HDMI video signals at each HDMI output
  3. Switching Requirements
    1. Provide video and audio matrix switching between any input and any output
      1. Support incoming 4K and UHD signals at all HDMI and DTP inputs
      2. Support routing of 4K and UHD signals to the two HDMI outputs
      3. Support routing of scaled 4K or UHD video signals to the four DTP outputs
    2. Provide storage and recall of input and output ties
      1. Save video and audio ties between inputs and outputs
      2. Presets may be recalled using front panel controls
      3. Presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    3. Provide the ability to view which inputs and outputs are actively connected
    4. Provide selectable transition effects when switching inputs
      1. Freeze/Fade: video output shall fade out a final frozen frame of the previous input source as the newly selected input source fades in
      2. Cut: video output shall cut to black, then cut to the newly selected input source
      3. Fade: video output shall fade to black, then fade into the newly selected input source
  4. EDID Requirements
    1. Provide automatic EDID management between connected devices
      1. Provide a set of pre-stored EDID files
      2. Support capture of EDID from any connected display
      3. Support user uploading of custom-generated EDID files
      4. Support assignment of pre-stored, captured, or custom uploaded EDID files for each input connection
  5. HDCP Requirements
    1. The unit shall be HDCP compliant
      1. Provide authentication and maintain continuous verification of HDCP key exchange with connected sink devices
      2. Provide authentication and maintain continuous verification of HDCP key exchange with connected source devices
      3. Provide the option to disable HDCP processing at any HDMI input connection when passing unencrypted content
      4. Provide selectable, human-readable visual confirmation of HDCP compliance when encrypted content is routed to a non-HDCP compliant display
        
        When enabled, the video output shall be a solid green color and an on-screen message stating “HDCP CONTENT” shall be displayed
        
        When disabled, the output shall be muted
    2. Provide real-time verification of HDCP status for each HDMI input and output
      1. Electronically accessible over Ethernet, RS-232, or USB connection
  6. Audio Requirements
    1. Provide audio input connections
      1. Support embedded audio on six HDMI connectors
      2. Support embedded and analog audio on two RJ-45 connectors
      3. Support six stereo line level, balanced or unbalanced signals on six 5-pole, 3.5 mm captive screw connectors
      4. Support four mono microphone or line level, balanced or unbalanced signals with +48 volt phantom power on four 3-pole, 3.5 mm captive screw connectors
    2. Provide audio output connections
      1. Support embedded audio on two HDMI connectors
      2. Support embedded and analog audio on four RJ-45 connectors
      3. Support four stereo line level, balanced or unbalanced signals with independent output level control on four 5-pole, 3.5 mm captive screw connectors
      4. Support S/PDIF digital audio signal on one RCA connector
      5. Support one stereo speaker level signal or two mono speaker level signals on one 4-pole, 5 mm captive screw connector
    3. Provide stereo amplification for low impedance speaker systems
      1. Support one stereo speaker level signal or two mono speaker level signals on one 4-pole, 5 mm screw-lock captive screw connector
      2. Provide a total of 100 watts rms output power with 50 watts rms per channel into 4 ohms, or 25 watts rms per channel into 8 ohms measured at 1 kHz with 0.1% THD
      3. Provide a THD+N measurement of less than 0.1 % measured at 3 dB below clipping
      4. Provide a signal-to-noise ratio of greater than 90 dB measured from 20 Hz to 20 kHz, unweighted
      5. Utilize an efficient Class D amplifier design
      6. Provide Class D Ripple Suppression technology
      7. Provide an automatic clip limiter to detect onset of clipping by comparing input and output waveforms and automatically reduce gain with a slow attack and fast release to eliminate clipping distortion
      8. Provide multiple protection circuits that activate during output shorts, thermal overload, or DC faults
    4. Provide 64-bit floating point DSP engine
      1. Support 32-bit and 64-bit processing algorithms
      2. Provide a deterministic latency of 3.2 ms from input to output
      3. Provide additional, deterministic latency of 1.3 ms when Virtual Path routing is used
      4. Provide additional, deterministic latency of 12 ms when AEC is used
    5. Support embedding of any analog audio input signal onto the matrix video outputs
    6. Support extraction of two-channel PCM HDMI audio signals to the analog stereo outputs, or route embedded multi-channel bitstream audio to the HDMI outputs
    7. Support de-embedding, processing, and re-embedding of two-channel PCM HDMI audio signals onto the HDMI outputs
    8. Support mixing of program audio and mic/line audio signals
    9. Support mic audio mixed with program audio onto the HDMI/DTP outputs, variable audio outputs, S/PDIF audio output, and amplified audio output
    10. Provide the capability to break two-channel audio away from its corresponding video signal and route to the audio outputs, allowing the audio and video signals from one source to be switched to different destinations
    11. Provide adjustable, automatic ducking of program audio when a signal is detected on the microphone input
      1. Program audio shall automatically ramp up to reach the original volume level when audio is no longer detected on the microphone input
    12. Support audio transmission over twisted pair up to 330 feet (100 meters)
  7. Expansion Port Requirements
    1. Provide a digital audio expansion port for bidirectional signal routing between the matrix switcher and a connected Extron DMP 128 Digital Matrix Processor
    2. Support 16 incoming signals and 16 outgoing signals
    3. Provide uncompressed digital audio at 48 kHz sampling rate with 24-bit resolution
  8. Automixer Requirements
    1. Shall provide Automixer Group selection for optional channel assignment into any of eight groups
    2. Shall provide gated and gain sharing automixer types
    3. Shall provide Last Mic Open Priority and Chairman Priority modes
    4. Shall provide Number of Open Microphone parameter from 0 to 12 microphones
    5. Shall provide Gate Threshold level and adjustable Off Reduction level for gated channels
    6. Shall provide adjustable parameters for Attack, Hold, and Release times
    7. Shall provide real-time metering of Signal Level, Gate Status, and Gate Threshold target from within the Automix parameter setup window in the DSP Configuration software
    8. Shall provide global view with Gate Status indication of all channels assigned to an automixer group, within the DSP Configuration software
  9. AEC - Acoustic Echo Cancellation Processing Requirements
    1. Shall provide four independent channels of AEC
    2. Shall provide real-time software-based metering of Echo Return Loss, Echo Return Loss Enhancement, and Total Echo Reduction levels
    3. Shall provide real-time indication of remote site activity, local site activity, and AEC processor reconverging
    4. Shall provide up to 20 dB of selectable noise cancellation for each AEC channel
    5. Shall provide advanced controls and adjustable parameters for Non-Linear Processing, Double Talk Echo Reduction, and Comfort Noise for each AEC channel
    6. Shall provide greater than 200 milliseconds of AEC tail length
    7. Shall provide up to 60 dB per second AEC convergence rate
  10. DSP Configuration Software Requirements
    1. Shall support PC-based DSP configuration software, allowing flexible control of the integrated digital signal processing
      1. Shall provide a Live mode for real-time control of parameters without compiling and file uploading to matrix switcher
      2. Shall provide an Emulate mode for offline configuration
      3. Shall provide single window view of all inputs and outputs, audio processing blocks, routing, mix points, and virtual routing
      4. Shall provide setup and configuration of digital signal processing tools including, but not limited to: Filters (high pass, low pass, bass, treble, and parametric EQ); AEC; Dynamics processing (AGC, compressor, limiter, noise gate); Delay processing; Ducking processor; Automixing; Loudness processor; and multiple gain stages
      5. Shall provide cut and paste editing between processing blocks
      6. Shall provide matrix routing with integrated mix point gain adjustment between inputs, outputs, virtual sends, virtual returns, expansion inputs, and expansion outputs
      7. Shall provide a library of pre-designed processor settings for inputs and outputs with user-customizable parameters
      8. Shall provide 32 Group Master controls for consolidation of up to 28 individual gain or mute control members of the same type into one point of control
      9. Shall provide Soft Limits settings to define upper and lower control limits on Group Masters for use with external controls
      10. Shall provide 32 Presets for recall of any processing block setting, level setting, or audio routing; presets shall be saved for the entire system, or any selected partial groups of inputs, outputs, mix points, and DSP blocks
      11. Shall provide real-time metering of levels within each Input Gain, AEC, AGC, Compressor, Limiter, Noise Gate, Automixer, and Output Volume processing block in Live mode
      12. Shall provide a Meter Bridge window for real-time metering of all input and output channels with clipping indication in Live mode
      13. Shall provide keyboard-based navigation of configuration software utilizing directional controls, keyboard shortcuts, and spreadsheet software-style commands
      14. Shall provide file saving in both Live and Emulate mode
      15. Shall provide file upload in both Live and Emulate mode
      16. Shall provide configuration and file saving of the matrix switcher and a linked, compatible Extron digital matrix processor from a single configuration software session
  11. Integrated Control Processor Requirements
    1. Provide AV system control connections
      1. Three RJ-45: 10/100/1000Base-T Ethernet, half/full duplex with auto-detect for connection to a LAN and include link and activity LED indicators located on the left and right of each jack for troubleshooting network issues, these ports will be designated as AV LAN ports allowing for AV devices to be isolated from a corporate network
      2. AV LAN ports shall support a DHCP server that can distribute 50 dynamic IP addresses with a 24-hour lease
      3. One RJ-45: 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues
      4. Two 3-pole captive screw: RS-232, configurable for unidirectional or bidirectional control of AV system components
      5. One 5-pole captive screw: RS-232/RS-422/RS-485, configurable for unidirectional or bidirectional control of AV system components
      6. Two IR/serial ports on one 5-pole captive screw: IR (using an IR emitter) or unidirectional RS-232 for control of AV system components
      7. Four low voltage relays on one 6-pole captive screw: configurable for controlling lighting, controlling screens, or other device functions
      8. Four digital input/output ports on one 5-pole captive screw: configurable for use as an interface with devices such as sensors, switches, LEDs, and relays
      9. One eBUS® port on a 4-pole captive screw for connecting to eBUS devices
    2. Shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH
    3. Shall support a Web-based AV resource management application that provides a means to manage, monitor, and control AV equipment
    4. Provide an internal real-time clock with a 30-year backup battery that is used to keep track of the date and time
    5. Shall include an Extron LinkLicense® for use of third party devices as primary control interfaces
    6. Provide front panel LED activity indicators for RS-232 status, RS-232/RS-422/RS-485 status, IR/serial status, digital I/O status, relay status, eBUS status, and network status
    7. Shall support control system synchronization to allow users to retain and recover configured endpoints in case of network or power failure
    8. Shall be configured using Extron Global Configurator® Plus or Extron Global Configurator Professional with support for the following:
      1. Provide support for up to eight configurable Extron TouchLink Pro touchpanels
      2. Provide support for up to eight configurable eBUS button panels
      3. Provide remote monitoring and control via Ethernet
      4. Provide the ability to create E-mail notifications
      5. Provide multiple levels of password protection
      6. Provide the ability to create schedules and monitors
      7. Support up to 32 Ethernet-controllable AV devices
      8. Support local variables and conditional logic
      9. Support grouping of multiple Extron IP Link® Pro xi control processors to function as one when configured with Global Configurator Professional
    9. Security Requirements
      1. Support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel
      2. Support HTTPS and SSH for secure communication between the control processor and Extron Control App
      3. Support HTTPS for secure communication between the control processor and Extron Control for Web
      4. Support SSH for secure communication between the control processor and controlled device for programmed systems
      5. Support SFTP and SSH for secure communication between the control processor and the configuration or programming software
      6. Provide the option to modify administrator and user credentials
      7. Support security updates to maintain network health
      8. Require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity
      9. Support the installation of an owner furnished certificate with the following properties:
        
        Certificates shall include x.509 support
        
        Certificates shall include public / private key exchange
        
        Certificates shall support PEM encoding
      10. Extron shall furnish documentation that describes all supported network ports and services
  12. Control/remote - RS-232 and IR Pass-Through Over Shielded CATx Requirements
    1. Provide connections for AV device control
      1. Two 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair transmitters
      2. Four 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair receivers
    2. Support RS-232 and IR transmission over shielded CATx up to 330 feet (100 meters)
  13. Control/Remote - Matrix Switcher Requirements
    1. Provide connections for remote matrix switcher control
      1. RJ-45: 10/100Base-T Ethernet
      2. 3-pole captive screw: RS-232
      3. Mini USB-B: USB 2.0
    2. Provide alternatives for configuration and operation
      1. Front panel controls
      2. Built-in Web pages accessible using a standard Web browser via Ethernet connection
      3. Product configuration software connected via Ethernet or USB
      4. Serial commands sent over Ethernet, RS-232, or USB connection
    3. Support disabling of front panel controls to prevent inadvertent or unauthorized changes to configuration settings
  14. General Requirements
    1. Provide real-time verification of signal flow and operation from DTP transmitter or DTP receiver
      1. Directly readable on RJ-45 signal and link LEDs
    2. Shall be compatible with all Extron DTP Series models, DTP-enabled products, and Extron XTP CrossPoint matrix switchers
    3. Shall be compatible with CATx shielded twisted pair cable, and Extron XTP DTP 24 shielded twisted pair cable
    4. Shall provide remote power to two DTP transmitters and four DTP receivers over the shielded CATx connections
    5. Shall provide power to external peripheral devices on each HDMI output
    6. Enclosure shall be rack-mountable, full rack width, and 3RU in height
    7. Shall be equipped with an internal 100-240 VAC, 50/60 Hz universal power supply
2. Approved device shall be the Extron DTP CrossPoint 86 4K IPCP Q SA (part number 60-1382-92A); no alternates or equals

DTP CrossPoint 86 4K IPCP Q MA 70

Provide an 8x6 scaling presentation matrix switcher that shall support up to eight inputs and six outputs for matrix switching of HDMI sources, one digital audio expansion port, 4K upscaling and downscaling, one integrated Extron IP Link Pro xi quad core control processor, plus additional support for signal extension over shielded CATx cable and audio digital signal processing with AEC.
1. Rack-mountable matrix switcher for HDMI and DTP® sources and associated digital and analog audio, AV system control, 4K scaling, signal extension over shielded CATx cable, audio digital signal processing with AEC, and automixing for eight microphone groups
  1. Video Input Requirements
    1. Provide video input connections
      1. Six HDMI
      2. Two RJ-45 for video from Extron DTP twisted pair transmitters
        
        Shall be configurable for compatibility with Extron DTP transmitters or DTP-enabled products
        
        Shall be configurable for compatibility with Extron XTP® CrossPoint® matrix switchers
    2. Support 4K and UHD signals at all inputs
    3. Provide image adjustments for the DTP outputs, including brightness, contrast, color, tint, detail, H/V positioning, and sizing
    4. Provide storage and recall of video parameters and picture settings when activated for the scaled DTP outputs
      1. Automatic memories for each video input
        
        Save video settings and picture adjustments without user intervention
        
        Automatically recall settings when the same video rate is encountered
        
        The user may selectively enable or disable automatic memories
      2. Manual user presets
        
        Save picture adjustments
        
        User presets may be saved and recalled using front panel controls
        
        User presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
      3. Manual input presets
        
        Save video settings and picture adjustments
        
        Input presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    5. Support HDMI specifications including data rates up to 10.2 Gbps, Deep Color up to 12-bit, 3D, and HD lossless audio formats
    6. Provide automatic cable equalization for each digital input to 100 feet (30 meters) at 1080p/60 with 8-bit color when used with Extron HDMI Pro cables
    7. Provide automatic cable equalization for each digital input to 50 feet (15 meters) at 4K/30 and 2560x1600 @ 60 Hz resolutions when used with Extron HDMI Pro cables
    8. Support video transmission over shielded CATx up to 330 feet (100 meters)
  2. Video Output Requirements
    1. Provide video output connections
      1. Two HDMI
      2. Four RJ-45 for video to Extron DTP twisted pair receivers
        
        Shall be configurable for compatibility with Extron DTP receivers or DTP-enabled products
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to Extron XTP CrossPoint matrix switchers
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to HDBaseT-enabled displays
        
        Shall support mirrored content between DTP outputs 3 and 4, and the two corresponding HDMI outputs for local monitoring
    2. Provide a range of selectable scaled DTP output rates from 640x480 to 4K, including 2560x1600 and 1080p/60
    3. Support 4K and UHD signals at the four HDMI outputs
    4. Provide independent scaling for each DTP output
      1. Provide image scaling and video format conversion at 30-bit precision for signals up to 4K
      2. Support motion-adaptive deinterlacing for signals up to 1080i
    5. Provide aspect ratio control for each scaled DTP output
      1. When in FILL mode, the video image shall always fill the output screen without letterbox or pillarbox
      2. When in FOLLOW mode, the video image shall always preserve the aspect ratio of the input signals without distortion
    6. Provide internal test patterns for the scaled DTP outputs to facilitate system setup and calibration
    7. Support upload and placement of custom logo graphics at any position on any of the scaled DTP outputs
      1. Support logo placement as a foreground image
      2. Shall support uploading logo graphics in BMP, JPG, PNG, or TIFF format
      3. Shall support displaying full screen images up to 4096x2400 resolution
      4. Shall support up to 16 logo presets
    8. Support muting of one or all video outputs at any time
    9. Support automatic muting of video and sync output when no video signal is present
      1. Provide a choice to generate a blue screen or a black screen before disabling sync
      2. Provide a configurable timeout period before disabling sync
      3. The user may selectively enable or disable automatic muting of sync output
    10. Support the connection of DVI displays that do not recognize HDMI-specific formats
      1. Automatically enable or disable embedded TMDS audio and InfoFrames
      2. Automatically set the correct color space
    11. Support video transmission over shielded CATx up to 330 feet (100 meters)
    12. Provide automatic reclocking of HDMI video signals at each HDMI output
  3. Switching Requirements
    1. Provide video and audio matrix switching between any input and any output
      1. Support incoming 4K and UHD signals at all HDMI and DTP inputs
      2. Support routing of 4K and UHD signals to the two HDMI outputs
      3. Support routing of scaled 4K or UHD video signals to the four DTP outputs
    2. Provide storage and recall of input and output ties
      1. Save video and audio ties between inputs and outputs
      2. Presets may be recalled using front panel controls
      3. Presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    3. Provide the ability to view which inputs and outputs are actively connected
    4. Provide selectable transition effects when switching inputs
      1. Freeze/Fade: video output shall fade out a final frozen frame of the previous input source as the newly selected input source fades in
      2. Cut: video output shall cut to black, then cut to the newly selected input source
      3. Fade: video output shall fade to black, then fade into the newly selected input source
  4. EDID Requirements
    1. Provide automatic EDID management between connected devices
      1. Provide a set of pre-stored EDID files
      2. Support capture of EDID from any connected display
      3. Support user uploading of custom-generated EDID files
      4. Support assignment of pre-stored, captured, or custom uploaded EDID file for each input connection
  5. HDCP Requirements
    1. The unit shall be HDCP compliant
      1. Provide authentication and maintain continuous verification of HDCP key exchange with connected sink devices
      2. Provide authentication and maintain continuous verification of HDCP key exchange with connected source devices
      3. Provide the option to disable HDCP processing at any HDMI input connection when passing unencrypted content
      4. Provide selectable, human-readable visual confirmation of HDCP compliance when encrypted content is routed to a non-HDCP compliant display
        
        When enabled, the video output shall be a solid green color and an on-screen message stating “HDCP CONTENT” shall be displayed
        
        When disabled, the output shall be muted
    2. Provide real-time verification of HDCP status for each HDMI input and output
      1. Electronically accessible over Ethernet, RS-232, or USB connection
  6. Audio Requirements
    1. Provide audio input connections
      1. Support embedded audio on six HDMI connectors
      2. Support embedded and analog audio on two RJ-45 connectors
      3. Support six stereo line level, balanced or unbalanced signals on six 5-pole, 3.5 mm captive screw connectors
      4. Support four mono microphone or line level, balanced or unbalanced signals with +48 volt phantom power on four 3-pole, 3.5 mm captive screw connectors
    2. Provide audio output connections
      1. Support embedded audio on two HDMI connectors
      2. Support embedded and analog audio on four RJ-45 connectors
      3. Support four stereo line level, balanced or unbalanced signals with independent output level control on four 5-pole, 3.5 mm captive screw connectors
      4. Support S/PDIF digital audio signal on one RCA connector
      5. Support one mono speaker level signal on one 2-pole, 5 mm captive screw connector
    3. Provide mono amplification for high impedance speaker systems
      1. Support one mono speaker level signal on one 2-pole, 5 mm screw-lock captive screw connector
      2. Provide a total of 100 watts rms output power into a 70 volt load, measured at 1 kHz with 0.1% THD
      3. Provide a THD+N measurement of less than 0.1 % measured at 3 dB below clipping
      4. Provide a signal-to-noise ratio of greater than 90 dB measured from 20 Hz to 20 kHz, unweighted
      5. Utilize an efficient Class D amplifier design
      6. Provide Class D Ripple Suppression technology
      7. Provide an automatic clip limiter to detect onset of clipping by comparing input and output waveforms and automatically reduce gain with a slow attack and fast release to eliminate clipping distortion
      8. Provide multiple protection circuits that activate during output shorts, thermal overload, or DC faults
    4. Provide 64-bit floating point DSP engine
      1. Support 32-bit and 64-bit processing algorithms
      2. Provide a deterministic latency of 3.2 ms from input to output
      3. Provide additional, deterministic latency of 1.3 ms when Virtual Path routing is used
      4. Provide additional, deterministic latency of 12 ms when AEC is used
    5. Support embedding of any analog audio input signal onto the matrix video outputs
    6. Support extraction of two-channel PCM HDMI audio signals to the analog stereo outputs, or route embedded multi-channel bitstream audio to the HDMI outputs
    7. Support de-embedding, processing, and re-embedding of two-channel PCM HDMI audio signals onto the HDMI outputs
    8. Support mixing of program audio and mic/line audio signals
    9. Support mic audio mixed with program audio onto the HDMI/DTP outputs, variable audio outputs, S/PDIF audio output, and amplified audio output
    10. Provide the capability to break two-channel audio away from its corresponding video signal and route to the audio outputs, allowing the audio and video signals from one source to be switched to different destinations
    11. Provide adjustable, automatic ducking of program audio when a signal is detected on the microphone input
      1. Program audio shall automatically ramp up to reach the original volume level when audio is no longer detected on the microphone input
    12. Support audio transmission over twisted pair up to 330 feet (100 meters)
  7. Expansion Port Requirements
    1. Provide a digital audio expansion port for bidirectional signal routing between the matrix switcher and a connected Extron DMP 128 Digital Matrix Processor
    2. Support 16 incoming signals and 16 outgoing signals
    3. Provide uncompressed digital audio at 48 kHz sampling rate with 24-bit resolution
  8. Automixer Requirements
    1. Shall provide Automixer Group selection for optional channel assignment into any of eight groups
    2. Shall provide gated and gain sharing automixer types
    3. Shall provide Last Mic Open Priority and Chairman Priority modes
    4. Shall provide Number of Open Microphone parameter from 0 to 12 microphones
    5. Shall provide Gate Threshold level and adjustable Off Reduction level for gated channels
    6. Shall provide adjustable parameters for Attack, Hold, and Release times
    7. Shall provide real-time metering of Signal Level, Gate Status, and Gate Threshold target from within the Automix parameter setup window in the DSP Configuration software
    8. Shall provide global view with Gate Status indication of all channels assigned to an automixer group, within the DSP Configuration software
  9. AEC - Acoustic Echo Cancellation Processing Requirements
    1. Shall provide four independent channels of AEC
    2. Shall provide real-time software-based metering of Echo Return Loss, Echo Return Loss Enhancement, and Total Echo Reduction levels
    3. Shall provide real-time indication of remote site activity, local site activity, and AEC processor reconverging
    4. Shall provide up to 20 dB of selectable noise cancellation for each AEC channel
    5. Shall provide advanced controls and adjustable parameters for Non-Linear Processing, Double Talk Echo Reduction, and Comfort Noise for each AEC channel
    6. Shall provide greater than 200 milliseconds of AEC tail length
    7. Shall provide up to 60 dB per second AEC convergence rate
  10. DSP Configuration Software Requirements
    1. Shall support PC-based DSP configuration software, allowing flexible control of the integrated digital signal processing
      1. Shall provide a Live mode for real-time control of parameters without compiling and file uploading to matrix switcher
      2. Shall provide an Emulate mode for offline configuration
      3. Shall provide single window view of all inputs and outputs, audio processing blocks, routing, mix points, and virtual routing
      4. Shall provide setup and configuration of digital signal processing tools including, but not limited to: Filters (high pass, low pass, bass, treble, and parametric EQ); AEC; Dynamics processing (AGC, compressor, limiter, noise gate); Delay processing; Ducking processor; Automixing; Loudness processor; and multiple gain stages
      5. Shall provide cut and paste editing between processing blocks
      6. Shall provide matrix routing with integrated mix point gain adjustment between inputs, outputs, virtual sends, virtual returns, expansion inputs, and expansion outputs
      7. Shall provide a library of pre-designed processor settings for inputs and outputs with user-customizable parameters
      8. Shall provide 32 Group Master controls for consolidation of up to 28 individual gain or mute control members of the same type into one point of control
      9. Shall provide Soft Limits settings to define upper and lower control limits on Group Masters for use with external controls
      10. Shall provide 32 Presets for recall of any processing block setting, level setting, or audio routing; presets shall be saved for the entire system, or any selected partial groups of inputs, outputs, mix points, and DSP blocks
      11. Shall provide real-time metering of levels within each Input Gain, AEC, AGC, Compressor, Limiter, Noise Gate, Automixer, and Output Volume processing block in Live mode
      12. Shall provide a Meter Bridge window for real-time metering of all input and output channels with clipping indication in Live mode
      13. Shall provide keyboard-based navigation of configuration software utilizing directional controls, keyboard shortcuts, and spreadsheet software-style commands
      14. Shall provide file saving in both Live and Emulate mode
      15. Shall provide file upload in both Live and Emulate mode
      16. Shall provide configuration and file saving of the matrix switcher and a linked, compatible Extron digital matrix processor from a single configuration software session
  11. Integrated Control Processor Requirements
    1. Provide AV system control connections
      1. Three RJ-45: 10/100/1000Base-T Ethernet, half/full duplex with auto-detect for connection to a LAN and include link and activity LED indicators located on the left and right of each jack for troubleshooting network issues, these ports will be designated as AV LAN ports allowing for AV devices to be isolated from a corporate network
      2. AV LAN ports shall support a DHCP server that can distribute 50 dynamic IP addresses with a 24-hour lease
      3. One RJ-45: 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues
      4. Two 3-pole captive screw: RS-232, configurable for unidirectional or bidirectional control of AV system components
      5. One 5-pole captive screw: RS-232/RS-422/RS-485, configurable for unidirectional or bidirectional control of AV system components
      6. Two IR/serial ports on one 5-pole captive screw: IR (using an IR emitter) or unidirectional RS-232 for control of AV system components
      7. Four low voltage relays on one 6-pole captive screw: configurable for controlling lighting, controlling screens, or other device functions
      8. Four digital input/output ports on one 5-pole captive screw: configurable for use as an interface with devices such as sensors, switches, LEDs, and relays
      9. One eBUS® port on a 4-pole captive screw for connecting to eBUS devices
    2. Shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH
    3. Shall support a Web-based AV resource management application that provides a means to manage, monitor, and control AV equipment
    4. Provide an internal real-time clock with a 30-year backup battery that is used to keep track of the date and time
    5. Shall support the addition of an Extron LinkLicense® for use of third party devices as primary control interfaces
    6. Provide front panel LED activity indicators for RS-232 status, RS-232/RS-422/RS-485 status, IR/serial status, digital I/O status, relay status, eBUS status, and network status
    7. Shall support control system synchronization to allow users to retain and recover configured endpoints in case of network or power failure
    8. Shall be configured using Extron Global Configurator® Plus or Extron Global Configurator Professional with support for the following:
      1. Provide support for up to eight configurable Extron TouchLink Pro touchpanels
      2. Provide support for up to eight configurable eBUS button panels
      3. Provide remote monitoring and control via Ethernet
      4. Provide the ability to create E-mail notifications
      5. Provide multiple levels of password protection
      6. Provide the ability to create schedules and monitors
      7. Support up to 32 Ethernet-controllable AV devices
      8. Support local variables and conditional logic
      9. Support grouping of multiple Extron IP Link® Pro xi control processors to function as one when configured with Global Configurator Professional
    9. Security Requirements
      1. Support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel
      2. Support HTTPS and SSH for secure communication between the control processor and Extron Control App
      3. Support HTTPS for secure communication between the control processor and Extron Control for Web
      4. Support SSH for secure communication between the control processor and controlled device for programmed systems
      5. Support SFTP and SSH for secure communication between the control processor and the configuration or programming software
      6. Provide the option to modify administrator and user credentials
      7. Support security updates to maintain network health
      8. Require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity
      9. Support the installation of an owner furnished certificate with the following properties:
        
        Certificates shall include x.509 support
        
        Certificates shall include public / private key exchange
        
        Certificates shall support PEM encoding
      10. Extron shall furnish documentation that describes all supported network ports and services
  12. Control/remote - RS-232 and IR Pass-Through Over Shielded CATx Requirements
    1. Provide connections for AV device control
      1. Two 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair transmitters
      2. Four 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair receivers
    2. Support RS-232 and IR transmission over shielded CATx up to 330 feet (100 meters)
  13. Control/Remote - Matrix Switcher Requirements
    1. Provide connections for remote matrix switcher control
      1. RJ-45: 10/100Base-T Ethernet
      2. 3-pole captive screw: RS-232
      3. Mini USB-B: USB 2.0
    2. Provide alternatives for configuration and operation
      1. Front panel controls
      2. Built-in Web pages accessible using a standard Web browser via Ethernet connection
      3. Product configuration software connected via Ethernet or USB
      4. Serial commands sent over Ethernet, RS-232, or USB connection
    3. Support disabling of front panel controls to prevent inadvertent or unauthorized changes to configuration settings
  14. General Requirements
    1. Provide real-time verification of signal flow and operation from DTP transmitter or DTP receiver
      1. Directly readable on RJ-45 signal and link LEDs
    2. Shall be compatible with all Extron DTP Series models, DTP-enabled products, and Extron XTP CrossPoint matrix switchers
    3. Shall be compatible with CATx shielded twisted pair cable, and Extron XTP DTP 24 shielded twisted pair cable
    4. Shall provide remote power to two DTP transmitters and four DTP receivers over the shielded CATx connections
    5. Shall provide power to external peripheral devices on each HDMI output
    6. Enclosure shall be rack-mountable, full rack width, and 3RU in height
    7. Shall be equipped with an internal 100-240 VAC, 50/60 Hz universal power supply
2. Approved device shall be the Extron DTP CrossPoint 86 4K IPCP Q MA 70 (part number 60-1382-93); no alternates or equals

DTP CrossPoint 86 4K IPCP Q MA 70

Provide an 8x6 scaling presentation matrix switcher that shall support up to eight inputs and six outputs for matrix switching of HDMI sources, one digital audio expansion port, 4K upscaling and downscaling, one integrated Extron IP Link Pro xi quad core control processor, plus additional support for signal extension over shielded CATx cable and audio digital signal processing with AEC.
1. Rack-mountable matrix switcher for HDMI and DTP® sources and associated digital and analog audio, AV system control, 4K scaling, signal extension over shielded CATx cable, audio digital signal processing with AEC, and automixing for eight microphone groups
  1. Video Input Requirements
    1. Provide video input connections
      1. Six HDMI
      2. Two RJ-45 for video from Extron DTP twisted pair transmitters
        
        Shall be configurable for compatibility with Extron DTP transmitters or DTP-enabled products
        
        Shall be configurable for compatibility with Extron XTP® CrossPoint® matrix switchers
    2. Support 4K and UHD signals at all inputs
    3. Provide image adjustments for the DTP outputs, including brightness, contrast, color, tint, detail, H/V positioning, and sizing
    4. Provide storage and recall of video parameters and picture settings when activated for the scaled DTP outputs
      1. Automatic memories for each video input
        
        Save video settings and picture adjustments without user intervention
        
        Automatically recall settings when the same video rate is encountered
        
        The user may selectively enable or disable automatic memories
      2. Manual user presets
        
        Save picture adjustments
        
        User presets may be saved and recalled using front panel controls
        
        User presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
      3. Manual input presets
        
        Save video settings and picture adjustments
        
        Input presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    5. Support HDMI specifications including data rates up to 10.2 Gbps, Deep Color up to 12-bit, 3D, and HD lossless audio formats
    6. Provide automatic cable equalization for each digital input to 100 feet (30 meters) at 1080p/60 with 8-bit color when used with Extron HDMI Pro cables
    7. Provide automatic cable equalization for each digital input to 50 feet (15 meters) at 4K/30 and 2560x1600 @ 60 Hz resolutions when used with Extron HDMI Pro cables
    8. Support video transmission over shielded CATx up to 330 feet (100 meters)
  2. Video Output Requirements
    1. Provide video output connections
      1. Two HDMI
      2. Four RJ-45 for video to Extron DTP twisted pair receivers
        
        Shall be configurable for compatibility with Extron DTP receivers or DTP-enabled products
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to Extron XTP CrossPoint matrix switchers
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to HDBaseT-enabled displays
        
        Shall support mirrored content between DTP outputs 3 and 4, and the two corresponding HDMI outputs for local monitoring
    2. Provide a range of selectable scaled DTP output rates from 640x480 to 4K, including 2560x1600 and 1080p/60
    3. Support 4K and UHD signals at the four HDMI outputs
    4. Provide independent scaling for each DTP output
      1. Provide image scaling and video format conversion at 30-bit precision for signals up to 4K
      2. Support motion-adaptive deinterlacing for signals up to 1080i
    5. Provide aspect ratio control for each scaled DTP output
      1. When in FILL mode, the video image shall always fill the output screen without letterbox or pillarbox
      2. When in FOLLOW mode, the video image shall always preserve the aspect ratio of the input signals without distortion
    6. Provide internal test patterns for the scaled DTP outputs to facilitate system setup and calibration
    7. Support upload and placement of custom logo graphics at any position on any of the scaled DTP outputs
      1. Support logo placement as a foreground image
      2. Shall support uploading logo graphics in BMP, JPG, PNG, or TIFF format
      3. Shall support displaying full screen images up to 4096x2400 resolution
      4. Shall support up to 16 logo presets
    8. Support muting of one or all video outputs at any time
    9. Support automatic muting of video and sync output when no video signal is present
      1. Provide a choice to generate a blue screen or a black screen before disabling sync
      2. Provide a configurable timeout period before disabling sync
      3. The user may selectively enable or disable automatic muting of sync output
    10. Support the connection of DVI displays that do not recognize HDMI-specific formats
      1. Automatically enable or disable embedded TMDS audio and InfoFrames
      2. Automatically set the correct color space
    11. Support video transmission over shielded CATx up to 330 feet (100 meters)
    12. Provide automatic reclocking of HDMI video signals at each HDMI output
  3. Switching Requirements
    1. Provide video and audio matrix switching between any input and any output
      1. Support incoming 4K and UHD signals at all HDMI and DTP inputs
      2. Support routing of 4K and UHD signals to the two HDMI outputs
      3. Support routing of scaled 4K or UHD video signals to the four DTP outputs
    2. Provide storage and recall of input and output ties
      1. Save video and audio ties between inputs and outputs
      2. Presets may be recalled using front panel controls
      3. Presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    3. Provide the ability to view which inputs and outputs are actively connected
    4. Provide selectable transition effects when switching inputs
      1. Freeze/Fade: video output shall fade out a final frozen frame of the previous input source as the newly selected input source fades in
      2. Cut: video output shall cut to black, then cut to the newly selected input source
      3. Fade: video output shall fade to black, then fade into the newly selected input source
  4. EDID Requirements
    1. Provide automatic EDID management between connected devices
      1. Provide a set of pre-stored EDID files
      2. Support capture of EDID from any connected display
      3. Support user uploading of custom-generated EDID files
      4. Support assignment of pre-stored, captured, or custom uploaded EDID file for each input connection
  5. HDCP Requirements
    1. The unit shall be HDCP compliant
      1. Provide authentication and maintain continuous verification of HDCP key exchange with connected sink devices
      2. Provide authentication and maintain continuous verification of HDCP key exchange with connected source devices
      3. Provide the option to disable HDCP processing at any HDMI input connection when passing unencrypted content
      4. Provide selectable, human-readable visual confirmation of HDCP compliance when encrypted content is routed to a non-HDCP compliant display
        
        When enabled, the video output shall be a solid green color and an on-screen message stating “HDCP CONTENT” shall be displayed
        
        When disabled, the output shall be muted
    2. Provide real-time verification of HDCP status for each HDMI input and output
      1. Electronically accessible over Ethernet, RS-232, or USB connection
  6. Audio Requirements
    1. Provide audio input connections
      1. Support embedded audio on six HDMI connectors
      2. Support embedded and analog audio on two RJ-45 connectors
      3. Support six stereo line level, balanced or unbalanced signals on six 5-pole, 3.5 mm captive screw connectors
      4. Support four mono microphone or line level, balanced or unbalanced signals with +48 volt phantom power on four 3-pole, 3.5 mm captive screw connectors
    2. Provide audio output connections
      1. Support embedded audio on two HDMI connectors
      2. Support embedded and analog audio on four RJ-45 connectors
      3. Support four stereo line level, balanced or unbalanced signals with independent output level control on four 5-pole, 3.5 mm captive screw connectors
      4. Support S/PDIF digital audio signal on one RCA connector
      5. Support one mono speaker level signal on one 2-pole, 5 mm captive screw connector
    3. Provide mono amplification for high impedance speaker systems
      1. Support one mono speaker level signal on one 2-pole, 5 mm screw-lock captive screw connector
      2. Provide a total of 100 watts rms output power into a 70 volt load, measured at 1 kHz with 0.1% THD
      3. Provide a THD+N measurement of less than 0.1 % measured at 3 dB below clipping
      4. Provide a signal-to-noise ratio of greater than 90 dB measured from 20 Hz to 20 kHz, unweighted
      5. Utilize an efficient Class D amplifier design
      6. Provide Class D Ripple Suppression technology
      7. Provide an automatic clip limiter to detect onset of clipping by comparing input and output waveforms and automatically reduce gain with a slow attack and fast release to eliminate clipping distortion
      8. Provide multiple protection circuits that activate during output shorts, thermal overload, or DC faults
    4. Provide 64-bit floating point DSP engine
      1. Support 32-bit and 64-bit processing algorithms
      2. Provide a deterministic latency of 3.2 ms from input to output
      3. Provide additional, deterministic latency of 1.3 ms when Virtual Path routing is used
      4. Provide additional, deterministic latency of 12 ms when AEC is used
    5. Support embedding of any analog audio input signal onto the matrix video outputs
    6. Support extraction of two-channel PCM HDMI audio signals to the analog stereo outputs, or route embedded multi-channel bitstream audio to the HDMI outputs
    7. Support de-embedding, processing, and re-embedding of two-channel PCM HDMI audio signals onto the HDMI outputs
    8. Support mixing of program audio and mic/line audio signals
    9. Support mic audio mixed with program audio onto the HDMI/DTP outputs, variable audio outputs, S/PDIF audio output, and amplified audio output
    10. Provide the capability to break two-channel audio away from its corresponding video signal and route to the audio outputs, allowing the audio and video signals from one source to be switched to different destinations
    11. Provide adjustable, automatic ducking of program audio when a signal is detected on the microphone input
      1. Program audio shall automatically ramp up to reach the original volume level when audio is no longer detected on the microphone input
    12. Support audio transmission over twisted pair up to 330 feet (100 meters)
  7. Expansion Port Requirements
    1. Provide a digital audio expansion port for bidirectional signal routing between the matrix switcher and a connected Extron DMP 128 Digital Matrix Processor
    2. Support 16 incoming signals and 16 outgoing signals
    3. Provide uncompressed digital audio at 48 kHz sampling rate with 24-bit resolution
  8. Automixer Requirements
    1. Shall provide Automixer Group selection for optional channel assignment into any of eight groups
    2. Shall provide gated and gain sharing automixer types
    3. Shall provide Last Mic Open Priority and Chairman Priority modes
    4. Shall provide Number of Open Microphone parameter from 0 to 12 microphones
    5. Shall provide Gate Threshold level and adjustable Off Reduction level for gated channels
    6. Shall provide adjustable parameters for Attack, Hold, and Release times
    7. Shall provide real-time metering of Signal Level, Gate Status, and Gate Threshold target from within the Automix parameter setup window in the DSP Configuration software
    8. Shall provide global view with Gate Status indication of all channels assigned to an automixer group, within the DSP Configuration software
  9. AEC - Acoustic Echo Cancellation Processing Requirements
    1. Shall provide four independent channels of AEC
    2. Shall provide real-time software-based metering of Echo Return Loss, Echo Return Loss Enhancement, and Total Echo Reduction levels
    3. Shall provide real-time indication of remote site activity, local site activity, and AEC processor reconverging
    4. Shall provide up to 20 dB of selectable noise cancellation for each AEC channel
    5. Shall provide advanced controls and adjustable parameters for Non-Linear Processing, Double Talk Echo Reduction, and Comfort Noise for each AEC channel
    6. Shall provide greater than 200 milliseconds of AEC tail length
    7. Shall provide up to 60 dB per second AEC convergence rate
  10. DSP Configuration Software Requirements
    1. Shall support PC-based DSP configuration software, allowing flexible control of the integrated digital signal processing
      1. Shall provide a Live mode for real-time control of parameters without compiling and file uploading to matrix switcher
      2. Shall provide an Emulate mode for offline configuration
      3. Shall provide single window view of all inputs and outputs, audio processing blocks, routing, mix points, and virtual routing
      4. Shall provide setup and configuration of digital signal processing tools including, but not limited to: Filters (high pass, low pass, bass, treble, and parametric EQ); AEC; Dynamics processing (AGC, compressor, limiter, noise gate); Delay processing; Ducking processor; Automixing; Loudness processor; and multiple gain stages
      5. Shall provide cut and paste editing between processing blocks
      6. Shall provide matrix routing with integrated mix point gain adjustment between inputs, outputs, virtual sends, virtual returns, expansion inputs, and expansion outputs
      7. Shall provide a library of pre-designed processor settings for inputs and outputs with user-customizable parameters
      8. Shall provide 32 Group Master controls for consolidation of up to 28 individual gain or mute control members of the same type into one point of control
      9. Shall provide Soft Limits settings to define upper and lower control limits on Group Masters for use with external controls
      10. Shall provide 32 Presets for recall of any processing block setting, level setting, or audio routing; presets shall be saved for the entire system, or any selected partial groups of inputs, outputs, mix points, and DSP blocks
      11. Shall provide real-time metering of levels within each Input Gain, AEC, AGC, Compressor, Limiter, Noise Gate, Automixer, and Output Volume processing block in Live mode
      12. Shall provide a Meter Bridge window for real-time metering of all input and output channels with clipping indication in Live mode
      13. Shall provide keyboard-based navigation of configuration software utilizing directional controls, keyboard shortcuts, and spreadsheet software-style commands
      14. Shall provide file saving in both Live and Emulate mode
      15. Shall provide file upload in both Live and Emulate mode
      16. Shall provide configuration and file saving of the matrix switcher and a linked, compatible Extron digital matrix processor from a single configuration software session
  11. Integrated Control Processor Requirements
    1. Provide AV system control connections
      1. Three RJ-45: 10/100/1000Base-T Ethernet, half/full duplex with auto-detect for connection to a LAN and include link and activity LED indicators located on the left and right of each jack for troubleshooting network issues, these ports will be designated as AV LAN ports allowing for AV devices to be isolated from a corporate network
      2. AV LAN ports shall support a DHCP server that can distribute 50 dynamic IP addresses with a 24-hour lease
      3. One RJ-45: 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues
      4. Two 3-pole captive screw: RS-232, configurable for unidirectional or bidirectional control of AV system components
      5. One 5-pole captive screw: RS-232/RS-422/RS-485, configurable for unidirectional or bidirectional control of AV system components
      6. Two IR/serial ports on one 5-pole captive screw: IR (using an IR emitter) or unidirectional RS-232 for control of AV system components
      7. Four low voltage relays on one 6-pole captive screw: configurable for controlling lighting, controlling screens, or other device functions
      8. Four digital input/output ports on one 5-pole captive screw: configurable for use as an interface with devices such as sensors, switches, LEDs, and relays
      9. One eBUS® port on a 4-pole captive screw for connecting to eBUS devices
    2. Shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH
    3. Shall support a Web-based AV resource management application that provides a means to manage, monitor, and control AV equipment
    4. Provide an internal real-time clock with a 30-year backup battery that is used to keep track of the date and time
    5. Shall support the addition of an Extron LinkLicense® for use of third party devices as primary control interfaces
    6. Provide front panel LED activity indicators for RS-232 status, RS-232/RS-422/RS-485 status, IR/serial status, digital I/O status, relay status, eBUS status, and network status
    7. Shall support control system synchronization to allow users to retain and recover configured endpoints in case of network or power failure
    8. Shall be configured using Extron Global Configurator® Plus or Extron Global Configurator Professional with support for the following:
      1. Provide support for up to eight configurable Extron TouchLink Pro touchpanels
      2. Provide support for up to eight configurable eBUS button panels
      3. Provide remote monitoring and control via Ethernet
      4. Provide the ability to create E-mail notifications
      5. Provide multiple levels of password protection
      6. Provide the ability to create schedules and monitors
      7. Support up to 32 Ethernet-controllable AV devices
      8. Support local variables and conditional logic
      9. Support grouping of multiple Extron IP Link® Pro xi control processors to function as one when configured with Global Configurator Professional
    9. Security Requirements
      1. Support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel
      2. Support HTTPS and SSH for secure communication between the control processor and Extron Control App
      3. Support HTTPS for secure communication between the control processor and Extron Control for Web
      4. Support SSH for secure communication between the control processor and controlled device for programmed systems
      5. Support SFTP and SSH for secure communication between the control processor and the configuration or programming software
      6. Provide the option to modify administrator and user credentials
      7. Support security updates to maintain network health
      8. Require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity
      9. Support the installation of an owner furnished certificate with the following properties:
        
        Certificates shall include x.509 support
        
        Certificates shall include public / private key exchange
        
        Certificates shall support PEM encoding
      10. Extron shall furnish documentation that describes all supported network ports and services
  12. Control/remote - RS-232 and IR Pass-Through Over Shielded CATx Requirements
    1. Provide connections for AV device control
      1. Two 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair transmitters
      2. Four 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair receivers
    2. Support RS-232 and IR transmission over shielded CATx up to 330 feet (100 meters)
  13. Control/Remote - Matrix Switcher Requirements
    1. Provide connections for remote matrix switcher control
      1. RJ-45: 10/100Base-T Ethernet
      2. 3-pole captive screw: RS-232
      3. Mini USB-B: USB 2.0
    2. Provide alternatives for configuration and operation
      1. Front panel controls
      2. Built-in Web pages accessible using a standard Web browser via Ethernet connection
      3. Product configuration software connected via Ethernet or USB
      4. Serial commands sent over Ethernet, RS-232, or USB connection
    3. Support disabling of front panel controls to prevent inadvertent or unauthorized changes to configuration settings
  14. General Requirements
    1. Provide real-time verification of signal flow and operation from DTP transmitter or DTP receiver
      1. Directly readable on RJ-45 signal and link LEDs
    2. Shall be compatible with all Extron DTP Series models, DTP-enabled products, and Extron XTP CrossPoint matrix switchers
    3. Shall be compatible with CATx shielded twisted pair cable, and Extron XTP DTP 24 shielded twisted pair cable
    4. Shall provide remote power to two DTP transmitters and four DTP receivers over the shielded CATx connections
    5. Shall provide power to external peripheral devices on each HDMI output
    6. Enclosure shall be rack-mountable, full rack width, and 3RU in height
    7. Shall be equipped with an internal 100-240 VAC, 50/60 Hz universal power supply
2. Approved device shall be the Extron DTP CrossPoint 86 4K IPCP Q MA 70 (part number 60-1382-93); no alternates or equals

DTP CrossPoint 86 4K IPCP Q MA 70

Provide an 8x6 scaling presentation matrix switcher that shall support up to eight inputs and six outputs for matrix switching of HDMI sources, one digital audio expansion port, 4K upscaling and downscaling, one integrated Extron IP Link Pro xi quad core control processor, plus additional support for signal extension over shielded CATx cable and audio digital signal processing with AEC.
1. Rack-mountable matrix switcher for HDMI and DTP® sources and associated digital and analog audio, AV system control, 4K scaling, signal extension over shielded CATx cable, audio digital signal processing with AEC, and automixing for eight microphone groups
  1. Video Input Requirements
    1. Provide video input connections
      1. Six HDMI
      2. Two RJ-45 for video from Extron DTP twisted pair transmitters
        
        Shall be configurable for compatibility with Extron DTP transmitters or DTP-enabled products
        
        Shall be configurable for compatibility with Extron XTP® CrossPoint® matrix switchers
    2. Support 4K and UHD signals at all inputs
    3. Provide image adjustments for the DTP outputs, including brightness, contrast, color, tint, detail, H/V positioning, and sizing
    4. Provide storage and recall of video parameters and picture settings when activated for the scaled DTP outputs
      1. Automatic memories for each video input
        
        Save video settings and picture adjustments without user intervention
        
        Automatically recall settings when the same video rate is encountered
        
        The user may selectively enable or disable automatic memories
      2. Manual user presets
        
        Save picture adjustments
        
        User presets may be saved and recalled using front panel controls
        
        User presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
      3. Manual input presets
        
        Save video settings and picture adjustments
        
        Input presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    5. Support HDMI specifications including data rates up to 10.2 Gbps, Deep Color up to 12-bit, 3D, and HD lossless audio formats
    6. Provide automatic cable equalization for each digital input to 100 feet (30 meters) at 1080p/60 with 8-bit color when used with Extron HDMI Pro cables
    7. Provide automatic cable equalization for each digital input to 50 feet (15 meters) at 4K/30 and 2560x1600 @ 60 Hz resolutions when used with Extron HDMI Pro cables
    8. Support video transmission over shielded CATx up to 330 feet (100 meters)
  2. Video Output Requirements
    1. Provide video output connections
      1. Two HDMI
      2. Four RJ-45 for video to Extron DTP twisted pair receivers
        
        Shall be configurable for compatibility with Extron DTP receivers or DTP-enabled products
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to Extron XTP CrossPoint matrix switchers
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to HDBaseT-enabled displays
        
        Shall support mirrored content between DTP outputs 3 and 4, and the two corresponding HDMI outputs for local monitoring
    2. Provide a range of selectable scaled DTP output rates from 640x480 to 4K, including 2560x1600 and 1080p/60
    3. Support 4K and UHD signals at the four HDMI outputs
    4. Provide independent scaling for each DTP output
      1. Provide image scaling and video format conversion at 30-bit precision for signals up to 4K
      2. Support motion-adaptive deinterlacing for signals up to 1080i
    5. Provide aspect ratio control for each scaled DTP output
      1. When in FILL mode, the video image shall always fill the output screen without letterbox or pillarbox
      2. When in FOLLOW mode, the video image shall always preserve the aspect ratio of the input signals without distortion
    6. Provide internal test patterns for the scaled DTP outputs to facilitate system setup and calibration
    7. Support upload and placement of custom logo graphics at any position on any of the scaled DTP outputs
      1. Support logo placement as a foreground image
      2. Shall support uploading logo graphics in BMP, JPG, PNG, or TIFF format
      3. Shall support displaying full screen images up to 4096x2400 resolution
      4. Shall support up to 16 logo presets
    8. Support muting of one or all video outputs at any time
    9. Support automatic muting of video and sync output when no video signal is present
      1. Provide a choice to generate a blue screen or a black screen before disabling sync
      2. Provide a configurable timeout period before disabling sync
      3. The user may selectively enable or disable automatic muting of sync output
    10. Support the connection of DVI displays that do not recognize HDMI-specific formats
      1. Automatically enable or disable embedded TMDS audio and InfoFrames
      2. Automatically set the correct color space
    11. Support video transmission over shielded CATx up to 330 feet (100 meters)
    12. Provide automatic reclocking of HDMI video signals at each HDMI output
  3. Switching Requirements
    1. Provide video and audio matrix switching between any input and any output
      1. Support incoming 4K and UHD signals at all HDMI and DTP inputs
      2. Support routing of 4K and UHD signals to the two HDMI outputs
      3. Support routing of scaled 4K or UHD video signals to the four DTP outputs
    2. Provide storage and recall of input and output ties
      1. Save video and audio ties between inputs and outputs
      2. Presets may be recalled using front panel controls
      3. Presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    3. Provide the ability to view which inputs and outputs are actively connected
    4. Provide selectable transition effects when switching inputs
      1. Freeze/Fade: video output shall fade out a final frozen frame of the previous input source as the newly selected input source fades in
      2. Cut: video output shall cut to black, then cut to the newly selected input source
      3. Fade: video output shall fade to black, then fade into the newly selected input source
  4. EDID Requirements
    1. Provide automatic EDID management between connected devices
      1. Provide a set of pre-stored EDID files
      2. Support capture of EDID from any connected display
      3. Support user uploading of custom-generated EDID files
      4. Support assignment of pre-stored, captured, or custom uploaded EDID file for each input connection
  5. HDCP Requirements
    1. The unit shall be HDCP compliant
      1. Provide authentication and maintain continuous verification of HDCP key exchange with connected sink devices
      2. Provide authentication and maintain continuous verification of HDCP key exchange with connected source devices
      3. Provide the option to disable HDCP processing at any HDMI input connection when passing unencrypted content
      4. Provide selectable, human-readable visual confirmation of HDCP compliance when encrypted content is routed to a non-HDCP compliant display
        
        When enabled, the video output shall be a solid green color and an on-screen message stating “HDCP CONTENT” shall be displayed
        
        When disabled, the output shall be muted
    2. Provide real-time verification of HDCP status for each HDMI input and output
      1. Electronically accessible over Ethernet, RS-232, or USB connection
  6. Audio Requirements
    1. Provide audio input connections
      1. Support embedded audio on six HDMI connectors
      2. Support embedded and analog audio on two RJ-45 connectors
      3. Support six stereo line level, balanced or unbalanced signals on six 5-pole, 3.5 mm captive screw connectors
      4. Support four mono microphone or line level, balanced or unbalanced signals with +48 volt phantom power on four 3-pole, 3.5 mm captive screw connectors
    2. Provide audio output connections
      1. Support embedded audio on two HDMI connectors
      2. Support embedded and analog audio on four RJ-45 connectors
      3. Support four stereo line level, balanced or unbalanced signals with independent output level control on four 5-pole, 3.5 mm captive screw connectors
      4. Support S/PDIF digital audio signal on one RCA connector
      5. Support one mono speaker level signal on one 2-pole, 5 mm captive screw connector
    3. Provide mono amplification for high impedance speaker systems
      1. Support one mono speaker level signal on one 2-pole, 5 mm screw-lock captive screw connector
      2. Provide a total of 100 watts rms output power into a 70 volt load, measured at 1 kHz with 0.1% THD
      3. Provide a THD+N measurement of less than 0.1 % measured at 3 dB below clipping
      4. Provide a signal-to-noise ratio of greater than 90 dB measured from 20 Hz to 20 kHz, unweighted
      5. Utilize an efficient Class D amplifier design
      6. Provide Class D Ripple Suppression technology
      7. Provide an automatic clip limiter to detect onset of clipping by comparing input and output waveforms and automatically reduce gain with a slow attack and fast release to eliminate clipping distortion
      8. Provide multiple protection circuits that activate during output shorts, thermal overload, or DC faults
    4. Provide 64-bit floating point DSP engine
      1. Support 32-bit and 64-bit processing algorithms
      2. Provide a deterministic latency of 3.2 ms from input to output
      3. Provide additional, deterministic latency of 1.3 ms when Virtual Path routing is used
      4. Provide additional, deterministic latency of 12 ms when AEC is used
    5. Support embedding of any analog audio input signal onto the matrix video outputs
    6. Support extraction of two-channel PCM HDMI audio signals to the analog stereo outputs, or route embedded multi-channel bitstream audio to the HDMI outputs
    7. Support de-embedding, processing, and re-embedding of two-channel PCM HDMI audio signals onto the HDMI outputs
    8. Support mixing of program audio and mic/line audio signals
    9. Support mic audio mixed with program audio onto the HDMI/DTP outputs, variable audio outputs, S/PDIF audio output, and amplified audio output
    10. Provide the capability to break two-channel audio away from its corresponding video signal and route to the audio outputs, allowing the audio and video signals from one source to be switched to different destinations
    11. Provide adjustable, automatic ducking of program audio when a signal is detected on the microphone input
      1. Program audio shall automatically ramp up to reach the original volume level when audio is no longer detected on the microphone input
    12. Support audio transmission over twisted pair up to 330 feet (100 meters)
  7. Expansion Port Requirements
    1. Provide a digital audio expansion port for bidirectional signal routing between the matrix switcher and a connected Extron DMP 128 Digital Matrix Processor
    2. Support 16 incoming signals and 16 outgoing signals
    3. Provide uncompressed digital audio at 48 kHz sampling rate with 24-bit resolution
  8. Automixer Requirements
    1. Shall provide Automixer Group selection for optional channel assignment into any of eight groups
    2. Shall provide gated and gain sharing automixer types
    3. Shall provide Last Mic Open Priority and Chairman Priority modes
    4. Shall provide Number of Open Microphone parameter from 0 to 12 microphones
    5. Shall provide Gate Threshold level and adjustable Off Reduction level for gated channels
    6. Shall provide adjustable parameters for Attack, Hold, and Release times
    7. Shall provide real-time metering of Signal Level, Gate Status, and Gate Threshold target from within the Automix parameter setup window in the DSP Configuration software
    8. Shall provide global view with Gate Status indication of all channels assigned to an automixer group, within the DSP Configuration software
  9. AEC - Acoustic Echo Cancellation Processing Requirements
    1. Shall provide four independent channels of AEC
    2. Shall provide real-time software-based metering of Echo Return Loss, Echo Return Loss Enhancement, and Total Echo Reduction levels
    3. Shall provide real-time indication of remote site activity, local site activity, and AEC processor reconverging
    4. Shall provide up to 20 dB of selectable noise cancellation for each AEC channel
    5. Shall provide advanced controls and adjustable parameters for Non-Linear Processing, Double Talk Echo Reduction, and Comfort Noise for each AEC channel
    6. Shall provide greater than 200 milliseconds of AEC tail length
    7. Shall provide up to 60 dB per second AEC convergence rate
  10. DSP Configuration Software Requirements
    1. Shall support PC-based DSP configuration software, allowing flexible control of the integrated digital signal processing
      1. Shall provide a Live mode for real-time control of parameters without compiling and file uploading to matrix switcher
      2. Shall provide an Emulate mode for offline configuration
      3. Shall provide single window view of all inputs and outputs, audio processing blocks, routing, mix points, and virtual routing
      4. Shall provide setup and configuration of digital signal processing tools including, but not limited to: Filters (high pass, low pass, bass, treble, and parametric EQ); AEC; Dynamics processing (AGC, compressor, limiter, noise gate); Delay processing; Ducking processor; Automixing; Loudness processor; and multiple gain stages
      5. Shall provide cut and paste editing between processing blocks
      6. Shall provide matrix routing with integrated mix point gain adjustment between inputs, outputs, virtual sends, virtual returns, expansion inputs, and expansion outputs
      7. Shall provide a library of pre-designed processor settings for inputs and outputs with user-customizable parameters
      8. Shall provide 32 Group Master controls for consolidation of up to 28 individual gain or mute control members of the same type into one point of control
      9. Shall provide Soft Limits settings to define upper and lower control limits on Group Masters for use with external controls
      10. Shall provide 32 Presets for recall of any processing block setting, level setting, or audio routing; presets shall be saved for the entire system, or any selected partial groups of inputs, outputs, mix points, and DSP blocks
      11. Shall provide real-time metering of levels within each Input Gain, AEC, AGC, Compressor, Limiter, Noise Gate, Automixer, and Output Volume processing block in Live mode
      12. Shall provide a Meter Bridge window for real-time metering of all input and output channels with clipping indication in Live mode
      13. Shall provide keyboard-based navigation of configuration software utilizing directional controls, keyboard shortcuts, and spreadsheet software-style commands
      14. Shall provide file saving in both Live and Emulate mode
      15. Shall provide file upload in both Live and Emulate mode
      16. Shall provide configuration and file saving of the matrix switcher and a linked, compatible Extron digital matrix processor from a single configuration software session
  11. Integrated Control Processor Requirements
    1. Provide AV system control connections
      1. Three RJ-45: 10/100/1000Base-T Ethernet, half/full duplex with auto-detect for connection to a LAN and include link and activity LED indicators located on the left and right of each jack for troubleshooting network issues, these ports will be designated as AV LAN ports allowing for AV devices to be isolated from a corporate network
      2. AV LAN ports shall support a DHCP server that can distribute 50 dynamic IP addresses with a 24-hour lease
      3. One RJ-45: 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues
      4. Two 3-pole captive screw: RS-232, configurable for unidirectional or bidirectional control of AV system components
      5. One 5-pole captive screw: RS-232/RS-422/RS-485, configurable for unidirectional or bidirectional control of AV system components
      6. Two IR/serial ports on one 5-pole captive screw: IR (using an IR emitter) or unidirectional RS-232 for control of AV system components
      7. Four low voltage relays on one 6-pole captive screw: configurable for controlling lighting, controlling screens, or other device functions
      8. Four digital input/output ports on one 5-pole captive screw: configurable for use as an interface with devices such as sensors, switches, LEDs, and relays
      9. One eBUS® port on a 4-pole captive screw for connecting to eBUS devices
    2. Shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH
    3. Shall support a Web-based AV resource management application that provides a means to manage, monitor, and control AV equipment
    4. Provide an internal real-time clock with a 30-year backup battery that is used to keep track of the date and time
    5. Shall include an Extron LinkLicense® for use of third party devices as primary control interfaces
    6. Provide front panel LED activity indicators for RS-232 status, RS-232/RS-422/RS-485 status, IR/serial status, digital I/O status, relay status, eBUS status, and network status
    7. Shall support control system synchronization to allow users to retain and recover configured endpoints in case of network or power failure
    8. Shall be configured using Extron Global Configurator® Plus or Extron Global Configurator Professional with support for the following:
      1. Provide support for up to eight configurable Extron TouchLink Pro touchpanels
      2. Provide support for up to eight configurable eBUS button panels
      3. Provide remote monitoring and control via Ethernet
      4. Provide the ability to create E-mail notifications
      5. Provide multiple levels of password protection
      6. Provide the ability to create schedules and monitors
      7. Support up to 32 Ethernet-controllable AV devices
      8. Support local variables and conditional logic
      9. Support grouping of multiple Extron IP Link® Pro xi control processors to function as one when configured with Global Configurator Professional
    9. Security Requirements
      1. Support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel
      2. Support HTTPS and SSH for secure communication between the control processor and Extron Control App
      3. Support HTTPS for secure communication between the control processor and Extron Control for Web
      4. Support SSH for secure communication between the control processor and controlled device for programmed systems
      5. Support SFTP and SSH for secure communication between the control processor and the configuration or programming software
      6. Provide the option to modify administrator and user credentials
      7. Support security updates to maintain network health
      8. Require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity
      9. Support the installation of an owner furnished certificate with the following properties:
        
        Certificates shall include x.509 support
        
        Certificates shall include public / private key exchange
        
        Certificates shall support PEM encoding
      10. Extron shall furnish documentation that describes all supported network ports and services
  12. Control/remote - RS-232 and IR Pass-Through Over Shielded CATx Requirements
    1. Provide connections for AV device control
      1. Two 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair transmitters
      2. Four 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair receivers
    2. Support RS-232 and IR transmission over shielded CATx up to 330 feet (100 meters)
  13. Control/Remote - Matrix Switcher Requirements
    1. Provide connections for remote matrix switcher control
      1. RJ-45: 10/100Base-T Ethernet
      2. 3-pole captive screw: RS-232
      3. Mini USB-B: USB 2.0
    2. Provide alternatives for configuration and operation
      1. Front panel controls
      2. Built-in Web pages accessible using a standard Web browser via Ethernet connection
      3. Product configuration software connected via Ethernet or USB
      4. Serial commands sent over Ethernet, RS-232, or USB connection
    3. Support disabling of front panel controls to prevent inadvertent or unauthorized changes to configuration settings
  14. General Requirements
    1. Provide real-time verification of signal flow and operation from DTP transmitter or DTP receiver
      1. Directly readable on RJ-45 signal and link LEDs
    2. Shall be compatible with all Extron DTP Series models, DTP-enabled products, and Extron XTP CrossPoint matrix switchers
    3. Shall be compatible with CATx shielded twisted pair cable, and Extron XTP DTP 24 shielded twisted pair cable
    4. Shall provide remote power to two DTP transmitters and four DTP receivers over the shielded CATx connections
    5. Shall provide power to external peripheral devices on each HDMI output
    6. Enclosure shall be rack-mountable, full rack width, and 3RU in height
    7. Shall be equipped with an internal 100-240 VAC, 50/60 Hz universal power supply
2. Approved device shall be the Extron DTP CrossPoint 86 4K IPCP Q MA 70 (part number 60-1382-93A); no alternates or equals

DTP CrossPoint 86 4K IPCP Q MA 70

Provide an 8x6 scaling presentation matrix switcher that shall support up to eight inputs and six outputs for matrix switching of HDMI sources, one digital audio expansion port, 4K upscaling and downscaling, one integrated Extron IP Link Pro xi quad core control processor, plus additional support for signal extension over shielded CATx cable and audio digital signal processing with AEC.
1. Rack-mountable matrix switcher for HDMI and DTP® sources and associated digital and analog audio, AV system control, 4K scaling, signal extension over shielded CATx cable, audio digital signal processing with AEC, and automixing for eight microphone groups
  1. Video Input Requirements
    1. Provide video input connections
      1. Six HDMI
      2. Two RJ-45 for video from Extron DTP twisted pair transmitters
        
        Shall be configurable for compatibility with Extron DTP transmitters or DTP-enabled products
        
        Shall be configurable for compatibility with Extron XTP® CrossPoint® matrix switchers
    2. Support 4K and UHD signals at all inputs
    3. Provide image adjustments for the DTP outputs, including brightness, contrast, color, tint, detail, H/V positioning, and sizing
    4. Provide storage and recall of video parameters and picture settings when activated for the scaled DTP outputs
      1. Automatic memories for each video input
        
        Save video settings and picture adjustments without user intervention
        
        Automatically recall settings when the same video rate is encountered
        
        The user may selectively enable or disable automatic memories
      2. Manual user presets
        
        Save picture adjustments
        
        User presets may be saved and recalled using front panel controls
        
        User presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
      3. Manual input presets
        
        Save video settings and picture adjustments
        
        Input presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    5. Support HDMI specifications including data rates up to 10.2 Gbps, Deep Color up to 12-bit, 3D, and HD lossless audio formats
    6. Provide automatic cable equalization for each digital input to 100 feet (30 meters) at 1080p/60 with 8-bit color when used with Extron HDMI Pro cables
    7. Provide automatic cable equalization for each digital input to 50 feet (15 meters) at 4K/30 and 2560x1600 @ 60 Hz resolutions when used with Extron HDMI Pro cables
    8. Support video transmission over shielded CATx up to 330 feet (100 meters)
  2. Video Output Requirements
    1. Provide video output connections
      1. Two HDMI
      2. Four RJ-45 for video to Extron DTP twisted pair receivers
        
        Shall be configurable for compatibility with Extron DTP receivers or DTP-enabled products
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to Extron XTP CrossPoint matrix switchers
        
        Shall be configurable for sending digital video and embedded audio, plus bidirectional RS-232 and IR signals to HDBaseT-enabled displays
        
        Shall support mirrored content between DTP outputs 3 and 4, and the two corresponding HDMI outputs for local monitoring
    2. Provide a range of selectable scaled DTP output rates from 640x480 to 4K, including 2560x1600 and 1080p/60
    3. Support 4K and UHD signals at the four HDMI outputs
    4. Provide independent scaling for each DTP output
      1. Provide image scaling and video format conversion at 30-bit precision for signals up to 4K
      2. Support motion-adaptive deinterlacing for signals up to 1080i
    5. Provide aspect ratio control for each scaled DTP output
      1. When in FILL mode, the video image shall always fill the output screen without letterbox or pillarbox
      2. When in FOLLOW mode, the video image shall always preserve the aspect ratio of the input signals without distortion
    6. Provide internal test patterns for the scaled DTP outputs to facilitate system setup and calibration
    7. Support upload and placement of custom logo graphics at any position on any of the scaled DTP outputs
      1. Support logo placement as a foreground image
      2. Shall support uploading logo graphics in BMP, JPG, PNG, or TIFF format
      3. Shall support displaying full screen images up to 4096x2400 resolution
      4. Shall support up to 16 logo presets
    8. Support muting of one or all video outputs at any time
    9. Support automatic muting of video and sync output when no video signal is present
      1. Provide a choice to generate a blue screen or a black screen before disabling sync
      2. Provide a configurable timeout period before disabling sync
      3. The user may selectively enable or disable automatic muting of sync output
    10. Support the connection of DVI displays that do not recognize HDMI-specific formats
      1. Automatically enable or disable embedded TMDS audio and InfoFrames
      2. Automatically set the correct color space
    11. Support video transmission over shielded CATx up to 330 feet (100 meters)
    12. Provide automatic reclocking of HDMI video signals at each HDMI output
  3. Switching Requirements
    1. Provide video and audio matrix switching between any input and any output
      1. Support incoming 4K and UHD signals at all HDMI and DTP inputs
      2. Support routing of 4K and UHD signals to the two HDMI outputs
      3. Support routing of scaled 4K or UHD video signals to the four DTP outputs
    2. Provide storage and recall of input and output ties
      1. Save video and audio ties between inputs and outputs
      2. Presets may be recalled using front panel controls
      3. Presets may be saved and recalled electronically via Ethernet, RS-232, or USB connection
    3. Provide the ability to view which inputs and outputs are actively connected
    4. Provide selectable transition effects when switching inputs
      1. Freeze/Fade: video output shall fade out a final frozen frame of the previous input source as the newly selected input source fades in
      2. Cut: video output shall cut to black, then cut to the newly selected input source
      3. Fade: video output shall fade to black, then fade into the newly selected input source
  4. EDID Requirements
    1. Provide automatic EDID management between connected devices
      1. Provide a set of pre-stored EDID files
      2. Support capture of EDID from any connected display
      3. Support user uploading of custom-generated EDID files
      4. Support assignment of pre-stored, captured, or custom uploaded EDID file for each input connection
  5. HDCP Requirements
    1. The unit shall be HDCP compliant
      1. Provide authentication and maintain continuous verification of HDCP key exchange with connected sink devices
      2. Provide authentication and maintain continuous verification of HDCP key exchange with connected source devices
      3. Provide the option to disable HDCP processing at any HDMI input connection when passing unencrypted content
      4. Provide selectable, human-readable visual confirmation of HDCP compliance when encrypted content is routed to a non-HDCP compliant display
        
        When enabled, the video output shall be a solid green color and an on-screen message stating “HDCP CONTENT” shall be displayed
        
        When disabled, the output shall be muted
    2. Provide real-time verification of HDCP status for each HDMI input and output
      1. Electronically accessible over Ethernet, RS-232, or USB connection
  6. Audio Requirements
    1. Provide audio input connections
      1. Support embedded audio on six HDMI connectors
      2. Support embedded and analog audio on two RJ-45 connectors
      3. Support six stereo line level, balanced or unbalanced signals on six 5-pole, 3.5 mm captive screw connectors
      4. Support four mono microphone or line level, balanced or unbalanced signals with +48 volt phantom power on four 3-pole, 3.5 mm captive screw connectors
    2. Provide audio output connections
      1. Support embedded audio on two HDMI connectors
      2. Support embedded and analog audio on four RJ-45 connectors
      3. Support four stereo line level, balanced or unbalanced signals with independent output level control on four 5-pole, 3.5 mm captive screw connectors
      4. Support S/PDIF digital audio signal on one RCA connector
      5. Support one mono speaker level signal on one 2-pole, 5 mm captive screw connector
    3. Provide mono amplification for high impedance speaker systems
      1. Support one mono speaker level signal on one 2-pole, 5 mm screw-lock captive screw connector
      2. Provide a total of 100 watts rms output power into a 70 volt load, measured at 1 kHz with 0.1% THD
      3. Provide a THD+N measurement of less than 0.1 % measured at 3 dB below clipping
      4. Provide a signal-to-noise ratio of greater than 90 dB measured from 20 Hz to 20 kHz, unweighted
      5. Utilize an efficient Class D amplifier design
      6. Provide Class D Ripple Suppression technology
      7. Provide an automatic clip limiter to detect onset of clipping by comparing input and output waveforms and automatically reduce gain with a slow attack and fast release to eliminate clipping distortion
      8. Provide multiple protection circuits that activate during output shorts, thermal overload, or DC faults
    4. Provide 64-bit floating point DSP engine
      1. Support 32-bit and 64-bit processing algorithms
      2. Provide a deterministic latency of 3.2 ms from input to output
      3. Provide additional, deterministic latency of 1.3 ms when Virtual Path routing is used
      4. Provide additional, deterministic latency of 12 ms when AEC is used
    5. Support embedding of any analog audio input signal onto the matrix video outputs
    6. Support extraction of two-channel PCM HDMI audio signals to the analog stereo outputs, or route embedded multi-channel bitstream audio to the HDMI outputs
    7. Support de-embedding, processing, and re-embedding of two-channel PCM HDMI audio signals onto the HDMI outputs
    8. Support mixing of program audio and mic/line audio signals
    9. Support mic audio mixed with program audio onto the HDMI/DTP outputs, variable audio outputs, S/PDIF audio output, and amplified audio output
    10. Provide the capability to break two-channel audio away from its corresponding video signal and route to the audio outputs, allowing the audio and video signals from one source to be switched to different destinations
    11. Provide adjustable, automatic ducking of program audio when a signal is detected on the microphone input
      1. Program audio shall automatically ramp up to reach the original volume level when audio is no longer detected on the microphone input
    12. Support audio transmission over twisted pair up to 330 feet (100 meters)
  7. Expansion Port Requirements
    1. Provide a digital audio expansion port for bidirectional signal routing between the matrix switcher and a connected Extron DMP 128 Digital Matrix Processor
    2. Support 16 incoming signals and 16 outgoing signals
    3. Provide uncompressed digital audio at 48 kHz sampling rate with 24-bit resolution
  8. Automixer Requirements
    1. Shall provide Automixer Group selection for optional channel assignment into any of eight groups
    2. Shall provide gated and gain sharing automixer types
    3. Shall provide Last Mic Open Priority and Chairman Priority modes
    4. Shall provide Number of Open Microphone parameter from 0 to 12 microphones
    5. Shall provide Gate Threshold level and adjustable Off Reduction level for gated channels
    6. Shall provide adjustable parameters for Attack, Hold, and Release times
    7. Shall provide real-time metering of Signal Level, Gate Status, and Gate Threshold target from within the Automix parameter setup window in the DSP Configuration software
    8. Shall provide global view with Gate Status indication of all channels assigned to an automixer group, within the DSP Configuration software
  9. AEC - Acoustic Echo Cancellation Processing Requirements
    1. Shall provide four independent channels of AEC
    2. Shall provide real-time software-based metering of Echo Return Loss, Echo Return Loss Enhancement, and Total Echo Reduction levels
    3. Shall provide real-time indication of remote site activity, local site activity, and AEC processor reconverging
    4. Shall provide up to 20 dB of selectable noise cancellation for each AEC channel
    5. Shall provide advanced controls and adjustable parameters for Non-Linear Processing, Double Talk Echo Reduction, and Comfort Noise for each AEC channel
    6. Shall provide greater than 200 milliseconds of AEC tail length
    7. Shall provide up to 60 dB per second AEC convergence rate
  10. DSP Configuration Software Requirements
    1. Shall support PC-based DSP configuration software, allowing flexible control of the integrated digital signal processing
      1. Shall provide a Live mode for real-time control of parameters without compiling and file uploading to matrix switcher
      2. Shall provide an Emulate mode for offline configuration
      3. Shall provide single window view of all inputs and outputs, audio processing blocks, routing, mix points, and virtual routing
      4. Shall provide setup and configuration of digital signal processing tools including, but not limited to: Filters (high pass, low pass, bass, treble, and parametric EQ); AEC; Dynamics processing (AGC, compressor, limiter, noise gate); Delay processing; Ducking processor; Automixing; Loudness processor; and multiple gain stages
      5. Shall provide cut and paste editing between processing blocks
      6. Shall provide matrix routing with integrated mix point gain adjustment between inputs, outputs, virtual sends, virtual returns, expansion inputs, and expansion outputs
      7. Shall provide a library of pre-designed processor settings for inputs and outputs with user-customizable parameters
      8. Shall provide 32 Group Master controls for consolidation of up to 28 individual gain or mute control members of the same type into one point of control
      9. Shall provide Soft Limits settings to define upper and lower control limits on Group Masters for use with external controls
      10. Shall provide 32 Presets for recall of any processing block setting, level setting, or audio routing; presets shall be saved for the entire system, or any selected partial groups of inputs, outputs, mix points, and DSP blocks
      11. Shall provide real-time metering of levels within each Input Gain, AEC, AGC, Compressor, Limiter, Noise Gate, Automixer, and Output Volume processing block in Live mode
      12. Shall provide a Meter Bridge window for real-time metering of all input and output channels with clipping indication in Live mode
      13. Shall provide keyboard-based navigation of configuration software utilizing directional controls, keyboard shortcuts, and spreadsheet software-style commands
      14. Shall provide file saving in both Live and Emulate mode
      15. Shall provide file upload in both Live and Emulate mode
      16. Shall provide configuration and file saving of the matrix switcher and a linked, compatible Extron digital matrix processor from a single configuration software session
  11. Integrated Control Processor Requirements
    1. Provide AV system control connections
      1. Three RJ-45: 10/100/1000Base-T Ethernet, half/full duplex with auto-detect for connection to a LAN and include link and activity LED indicators located on the left and right of each jack for troubleshooting network issues, these ports will be designated as AV LAN ports allowing for AV devices to be isolated from a corporate network
      2. AV LAN ports shall support a DHCP server that can distribute 50 dynamic IP addresses with a 24-hour lease
      3. One RJ-45: 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues
      4. Two 3-pole captive screw: RS-232, configurable for unidirectional or bidirectional control of AV system components
      5. One 5-pole captive screw: RS-232/RS-422/RS-485, configurable for unidirectional or bidirectional control of AV system components
      6. Two IR/serial ports on one 5-pole captive screw: IR (using an IR emitter) or unidirectional RS-232 for control of AV system components
      7. Four low voltage relays on one 6-pole captive screw: configurable for controlling lighting, controlling screens, or other device functions
      8. Four digital input/output ports on one 5-pole captive screw: configurable for use as an interface with devices such as sensors, switches, LEDs, and relays
      9. One eBUS® port on a 4-pole captive screw for connecting to eBUS devices
    2. Shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH
    3. Shall support a Web-based AV resource management application that provides a means to manage, monitor, and control AV equipment
    4. Provide an internal real-time clock with a 30-year backup battery that is used to keep track of the date and time
    5. Shall include an Extron LinkLicense® for use of third party devices as primary control interfaces
    6. Provide front panel LED activity indicators for RS-232 status, RS-232/RS-422/RS-485 status, IR/serial status, digital I/O status, relay status, eBUS status, and network status
    7. Shall support control system synchronization to allow users to retain and recover configured endpoints in case of network or power failure
    8. Shall be configured using Extron Global Configurator® Plus or Extron Global Configurator Professional with support for the following:
      1. Provide support for up to eight configurable Extron TouchLink Pro touchpanels
      2. Provide support for up to eight configurable eBUS button panels
      3. Provide remote monitoring and control via Ethernet
      4. Provide the ability to create E-mail notifications
      5. Provide multiple levels of password protection
      6. Provide the ability to create schedules and monitors
      7. Support up to 32 Ethernet-controllable AV devices
      8. Support local variables and conditional logic
      9. Support grouping of multiple Extron IP Link® Pro xi control processors to function as one when configured with Global Configurator Professional
    9. Security Requirements
      1. Support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel
      2. Support HTTPS and SSH for secure communication between the control processor and Extron Control App
      3. Support HTTPS for secure communication between the control processor and Extron Control for Web
      4. Support SSH for secure communication between the control processor and controlled device for programmed systems
      5. Support SFTP and SSH for secure communication between the control processor and the configuration or programming software
      6. Provide the option to modify administrator and user credentials
      7. Support security updates to maintain network health
      8. Require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity
      9. Support the installation of an owner furnished certificate with the following properties:
        
        Certificates shall include x.509 support
        
        Certificates shall include public / private key exchange
        
        Certificates shall support PEM encoding
      10. Extron shall furnish documentation that describes all supported network ports and services
  12. Control/remote - RS-232 and IR Pass-Through Over Shielded CATx Requirements
    1. Provide connections for AV device control
      1. Two 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair transmitters
      2. Four 5-pole captive screw: RS-232 or IR pass-through to DTP twisted pair receivers
    2. Support RS-232 and IR transmission over shielded CATx up to 330 feet (100 meters)
  13. Control/Remote - Matrix Switcher Requirements
    1. Provide connections for remote matrix switcher control
      1. RJ-45: 10/100Base-T Ethernet
      2. 3-pole captive screw: RS-232
      3. Mini USB-B: USB 2.0
    2. Provide alternatives for configuration and operation
      1. Front panel controls
      2. Built-in Web pages accessible using a standard Web browser via Ethernet connection
      3. Product configuration software connected via Ethernet or USB
      4. Serial commands sent over Ethernet, RS-232, or USB connection
    3. Support disabling of front panel controls to prevent inadvertent or unauthorized changes to configuration settings
  14. General Requirements
    1. Provide real-time verification of signal flow and operation from DTP transmitter or DTP receiver
      1. Directly readable on RJ-45 signal and link LEDs
    2. Shall be compatible with all Extron DTP Series models, DTP-enabled products, and Extron XTP CrossPoint matrix switchers
    3. Shall be compatible with CATx shielded twisted pair cable, and Extron XTP DTP 24 shielded twisted pair cable
    4. Shall provide remote power to two DTP transmitters and four DTP receivers over the shielded CATx connections
    5. Shall provide power to external peripheral devices on each HDMI output
    6. Enclosure shall be rack-mountable, full rack width, and 3RU in height
    7. Shall be equipped with an internal 100-240 VAC, 50/60 Hz universal power supply
2. Approved device shall be the Extron DTP CrossPoint 86 4K IPCP Q MA 70 (part number 60-1382-93A); no alternates or equals

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