Purpose PAV-EX40-HDR-ARC-AE User manual

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INSTRUCTION MANUAL
MODEL: PAV-EX40-HDR-ARC-AE
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OVERVIEW
• The PAV-EX40-HDR-ARC-AE-KIT is a premium HDMI extender featuring HDBaseT technology,
allowing for the extension of 4K HDR HDMI signals up to 40 Meters with Audio Return allow-
ing for audio from a display or separate playback device to be return to the rack. Additionally,
the PAV-EX40-HDR-ARC-AE-KIT is equipped with Bi-directional POC, IR, RS232, and compre-
hensive EDID management the PAV-EX40-HDR-KIT creating the ultimate integrator tool for
any installation.
MODEL NUMBERS
• PAV-EX40-HDR-ARC-AE-T – HDBaseT Transmitter w/ IR, RS232, and Audio Return
• PAV-EX40-HDR-ARC-AE-R – HDBaseT Receiver w/ IR, RS232, and Audio Return
FEATURES
PACKAGE CONTENTS
• HDMI 2.0b
• Max Resolution 4K60 4:4:4
• HDCP 1.X/2.2 Support
• CEC Pass-Through
• Audio Return Channel (ARC)
• Multichannel Extracted Audio
• Up to 40M (Cat6a) at 4K
• Up to 70M (Cat6a) at 1080p
• Bi-Directional POC
• 3-20V IR Support with Direct Control System Support
• Bi-Directional RS232 Transport
• Supports audio formats up to uncompressed LPCM 7.1, Dolby TrueHD (including Atmos), and
DTS (up to DTS:X)
• Power Supply
• X2 Mini TOS to TOS Adaptor
• X2 IR Target (Eye/Receiver)
• X2 IR Blaster (Emitter)
• X2 Velcro Strip
• Mounting Brackets
• X2 3.5MM TRS (Stereo) to Open Cable

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Video Resolutions Up to 4K60 4:4:4
VESA Resolutions Up to 4096X2160 (DCI 4K)
Chroma Supported 4:4:4, 4:2:2, 4:2:0, RGB (Limited and Full)
Deep Color Up to 16 Bit (1080p) Up to 12 Bit (4K)
HDR Support HDR10, HDR10+, HLG, Dolby Vision
LPCM (Up to 192KHz 24 bit) 2.0, 5.1, 7.1
Dolby Dolby Digital, Dolby Digital Plus, Dolby TrueHD,
Dolby Atmos
DTS DTS 6.1 ES, DTS HRA, DTS Master Audio, DTS:X
HDMI Audio Return Channel (ARC) Up to Dolby Digital
4K Resolutions 40 Meters (131 Feet)
1080p Resolutions 70 Meters (230 Feet)
SPECIFICATIONS
VIDEO
AUDIO
HDBASET DISTANCE (CAT 6A)

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Power LED – Indicates that power is connected to the unit.
1. Light is On = Power Supply/POC Connected and Unit is operating
2. Light is Off = Power Supply is not connected, or no power is present
HDMI Sync LED – Indicates that an HDMI Source is connected to the Transmitter.
1. Light is On = HDMI Source is Active on the HDMI Input
2. Light is Off = HDMI Input sense no active HDMI Source
HDBaseT Link LED – Indicates that the HDBaseT Transmitter is linked with an HDBaseT Receiver.
1. Light is On = Unit has linked with an HDBaseT Receiver and is sending Data
2. Light is Off = Unit has not linked with an HDBaseT Receiver
ARC LED – Indicates the State of the Audio Return Channel.
1. Light is On = Audio is being sent back from the HDBaseT Receiver. Extracted Audio is output-
ting the audio sent back from the HDBaseT Receiver
2. Light is Off = Audio is being sent downstream to the Display. Extracted Audio is outputting the
audio from the source device
TRANSMITTER
INDICATOR LIGHTS (FRONT OF UNIT)
EDID IR Audio Selection
DipSwitch 1-4 EDID Dipswitch 5 IR Input Selection Dipswitch 6 Audio Selection
0000 EDID Bypass 0 IR Target (Eye) 0
Audio sent downstream.
Extracted Audio Plays
from Source
0001 1080p 444 2CH 1 IR from Control System 1
Audio Return from
Receiver. Extracted Audio
Plays ARC Audio.
0010 1080p 444 6CH
0011 1080p 444 8CH
0100 4K30 444 2CH
0101 4K30 444 6CH
0110 4K30 444 8CH
0111 4K30 HDR 2CH
1000 4K30 HDR 6CH
DIP SWITCH TABLE

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Power LED – Indicates that power is connected to the unit.
1. Light is On = Power Supply/POC Connected and Unit is operating
2. Light is Off = Power Supply is not connected, or no power is present
HDMI Sync LED – Indicates that an HDMI Source is connected to the Transmitter.
1. Light is On = HDMI Output is connected to an active HDMI Input
2. Light is Off = HDMI Output does not sense an active HDMI Input
HDBaseT Link LED – Indicates that the HDBaseT Transmitter is linked with an HDBaseT Receiver.
1. Light is On = Unit has linked with an HDBaseT Transmitter and is receiving Data
2. Light is Off = Unit has not linked with an HDBaseT Transmitter
ARC LED – Indicates the State of the Audio Return Channel.
1. Light is On = Audio is being sent back to the HDBaseT Transmitter
2. Light is Off = Audio is being sent downstream to the Display
Audio Selection Dipswitch – When Audio Return is Active; Determines the Audio Input Port.
1. TV = Returns Audio coming from a Displays HDMI ARC Port.
2. EXT = Returns Audio from the Mini Tos + Analog Combination Port
TRANSMITTER
DIP SWITCH TABLE CONTINUED
RECEIVER
INDICATOR LIGHTS (FRONT OF UNIT)
EDID IR Audio Selection
1001 4K30 HDR 8CH
1010 4k60 444 2CH
1011 4k60 444 6CH
1100 4k60 444 8CH
1101 4k60 HDR 2CH
1110 4k60 HDR 6CH
1111 EDID Copy

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RS232 CONFIGURATION
• RS232 can be used to pass control signals bi-directionally between any two RS232 compati-
ble devices. Commonly used in extending control from a control system.
• The RS232 ports on the PAV-EX40-HDR-ARC-AE-KIT are pinned null modem:
Control System RS232 Port 3.5MM TRS PIN
Receive Transmit Tip
Ground Ground Ring
Transmit Receive Sleeve
1. Downstream (From transmitter)
• Plug an IR Receiving Eye or Control System IR output direct into the IR Sensor port of the
PAV-EX40-HDR-ARC-AE-T to pass infrared signals to the IR Out port on the Receiver
• Set IR Dipswitch according to input signal device
• Connect the IR Out Port of the Receiver to an IR Emitter or Direct IR Input
2. Upstream (From Receiver)
• Plug an IR Receiving Eye into the IR Sensor port of the PAV-EX40-HDR-ARC-AE-R to pass
infrared signals to the IR Out port on the Transmitter
• Connect the IR Out Port of the Transmitter to an IR Emitter or Direct IR Input
IR CONFIGURATION
IR COMMUNICATION CAN BE SENT TWO WAYS
• IR Input (Receiving Eye) (Dipswitch 5 = 0)

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• IR Direct Input from Control System
(Transmitter Only) (Mono Tip to Tip/
Sleeve to Sleeve) (Dipswitch 5 = 1)
• IR Output to Emitter
No Power LED
1. Ensure PSU is sending proper voltage
2. If using POC, ensure that the unit sending POC is connected to power
3. If using POC, try powering the unit direct to ensure unit operates stand alone
No HDMI LED
1. Plug Source direct into display to ensure operability
2. Change the resolution of the source device to 1080p or 4K30 (No HDR)
3. Set a canned EDID. Source may require power cycle
4. Swap HDMI cable between Transmitter and Source. HDMI Handshakes with cables under 2
Meters may not sync properly
TROUBLESHOOTING
TRANSMITTER

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No Power LED
1. Ensure PSU is sending proper voltage
2. If using POC, ensure that the unit sending POC is connected to power
3. If using POC, try powering the unit direct to ensure unit operates stand alone
No HDBT Link
1. Check cable Length. Max Distances are 40M at 4K or 70M at 1080p. HDBaseT Recommends
Cat 6A; Cat 6 and Cat 5e may experience a 5-20% loss of distance
2. Remove Excess Service Loops and Bundles of Cable. HDBaseT Recommends up to 6 runs of
Cat in a single bundle
3. Bypass all patch-panels and punch down blocks
4. Re-terminate connectors. IP Continuity testers may indicate correct pinouts; However, HDBas-
eT Signals are transmitted differently than Ethernet Signals
No HDMI LED
1. Plug Source direct into display to ensure operability
2. Change the resolution of the source device to 1080p or 4K30 (No HDR)
3. Set a canned EDID. Source may require power cycle
4. Swap HDMI cable between Transmitter and Source. HDMI Handshakes with cables under 2
Meters may not sync properly
No HDBT Link
1. Check cable Length. Max Distances are 40M at 4K or 70M at 1080p. HDBaseT Recommends
Cat 6A; Cat 6 and Cat 5e may experience a 5-20% loss of distance
2. Remove Excess Service Loops and Bundles of Cable. HDBaseT Recommends up to 6 runs of
Cat in a single bundle
3. Bypass all patch-panels and punch down blocks
4. Re-terminate connectors. IP Continuity testers may indicate correct pinouts; However, HDBas-
eT Signals are transmitted differently than Ethernet Signals
TROUBLESHOOTING
TRANSMITTER CONTINUED
RECEIVER

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• Ensure correct pinout between both the transmitter and receiver side. A null modem adaptor
may be used for quick pinout changing
TROUBLESHOOTING
RS232 TRANSMISSION
• If sending downstream, ensure dipswitch is in the correct position for Input device type
• The Visible IR Emitters can be used to ensure signal is being sent from one point to the other
• When using HDMI ARC, ensure that both the AVR and Display have ARC and CEC Enabled. If
issue continues, try copying the Displays EDID
• Ensure that the correct dipswitch conguration has been selected
• If using Analog audio, ensure that the audio being sent is PCM and not encoded
IR TRANSMISSION
ARC AUDIO