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HDCP overview

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HDCP Overview

High-bandwidth Digital Content Protection (HDCP), which protects content from duplication, can affect customers using the HDMI^® input on XD1230, XD1132, 4K1142, XT1143, and XT1144 BrightSign players. BrightSign hardware can not violate HDCP key rules, so users can be affected if they try to use content that is protected, or use a box that strips HDCP from HDMI signals.

There are two versions of HDCP. HDCP 1.x is content encryption for standard, high-def, 1080K content and is supported on BrightSign players. HDCP 2.x is content encryption for 4K (high-resolution) content. HDCP 2.2 may work but is not yet officially supported by BrightSign players.

HDCP Compliance

Any HDCP-protected signal must remain HDCP-protected through the entire HDMI chain. This applies to all BrightSign players with HDMI inputs (the XD1230, XD1132, 4K1142, XT1143, and XT1144). If  If the HDMI input signal is protected by HDCP:

• BrightSign players cannot encode the HDMI input for streaming or saving to file.

• BrightSign players cannot display the HDMI input if any device in the HDMI chain is not HDCP-compliant or refuses a HDCP-protected handshake/connection.

   This

   This includes HDMI splitters/DAs, media converters/transceivers (HDMI-over-Cat5, etc), A/V receivers, TVs/displays, analog output (on XD1230 and XD1132), and display encoding

  (stream the player output screen). In

  . In this case, BrightSign players will still play the audio (barring bugs or incompatibility) from the HDMI input, but the area where the HDMI input video should be will be empty/gray.

• For more details on how streaming and HDCP work in the BrightSign system,

  see 

  see HDCP.

BrightScript/JS Objects

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Forcing HDCP On

BrightSign offersroVideoMode, a BrightScript function that will force HDCP on all the time. This prevents issues of compatibility because in at least some versions of the OS, HDCP won't be applied on the output until the HDCP content is displayed.

Here is an example of how to use this function:

mode = createobject("roVideomode")
mode.ConfigureHdmiInput({MaxHdcpVersion:1, EdidFilename:0})

videoinput#HDMIInputStatus

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)

Additional

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Notes

• The player only enables HDCP on the HDMI output if HDCP is detected on the HDMI input

  , save for Aaron's comment above?????

  . 

• Set top cable, satellite boxes, and streaming devices enable HDCP on their output

  for obvious reasons

  .

• Most game consoles enable HDCP on their HDMI output, though

  in some cases

  it

  depends

  may depend on the output mode or software being used.

• SomeMacBookswill enable HDCP on the output if the destination device reports it supports HDCP, regardless of whether protected content is being displayed or not. 

• Some computer DVI graphics cards can support HDCP over DVI, as can some DVI AV devices like certain projectors and DVD players with DVI output, however, most DVI-HDMI conversion will lose HDCP

  and a lot of

  .

• Many early displays don't support HDCP over DVI

  .Some

  and some early HDMI displays don't support HDCP over HDMI either. If it's not specifically mentioned, it probably isn't supported on the device.

• There

  was

  is an allowance in the DMCA for a HDCP-protected source device to allow SD (Standard Definition) analog output, but in practice this

  was

  is rarely seen/used.

• There are some instances where an HDCP-protected source can end up being output via analog on devices with both HDMI and analog outputs, but these should not be relied upon. This doesn't apply to current models without analog outputs. See Will-HDCP-content-display-over-an-analog-video-output?

• HDCP 1.x and HDCP 2.x (available in HDMI 2.x)

  are separate entities

  are separate entities. While HDMI 2.x devices are generally supposed to fall back to work with HDCP 1.x devices, it isn't always a smooth process

  , hence devices like HDfury Integral and similar in-line conversion/translation devices

  .