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HDBaseT Compliance Test Specification

1

Confidential

COMPLIANCE TEST SPECIFICATION 1.2

HDBaseT Alliance 3855 SW 153rd Drive, Beaverton, OR 97006 Tel +1 (503) 619-0337 | Fax (503) 619-6708 [email protected] | www.hdbaset.org

Compliance Test Specification 1.2

2

Table of Contents

1. Introduction ............................................................................................................................................... 6 1.1. Tests and Tests Equipment.................................................................................................................. 8

2. Test Equipment – Golden Unit Kit ......................................................................................................... 11 3. Tests – Source Device ............................................................................................................................ 13

3.1. HDBaseT Stand by Interface (HDSBI) ............................................................................................... 13 3.1.1 HDBaseT Stand by Interface (HDSBI) Link ............................................................................ 13 3.1.2 HDBaseT Stand by Interface (HDSBI) Transceiver ................................................................ 18

3.2. HDBaseT............................................................................................................................................ 19 3.2.1 HDBaseT Downstream Transmitter ....................................................................................... 19 3.2.2 HDBaseT Upstream Receiver ................................................................................................ 22

3.3. HDMI over HDBaseT ......................................................................................................................... 24 3.3.1 HDBaseT TX Extender device HDMI tests ............................................................................. 24 3.3.2 HDBaseT Source device HDMI tests ..................................................................................... 34

4. Tests – Sink Device ................................................................................................................................. 42 4.1. HDBaseT Stand by Interface (HDSBI) ............................................................................................... 42

4.1.1 HDBaseT Stand by Interface (HDSBI) Link ............................................................................ 42 4.1.2 HDBaseT Stand by Interface (HDSBI) Transceiver ................................................................ 47

4.2. HDBaseT............................................................................................................................................ 48 4.2.1 HDBaseT Upstream Receiver ................................................................................................ 48 4.2.2 HDBaseT Downstream Receiver ........................................................................................... 50

4.3. HDMI over HDBaseT ......................................................................................................................... 52 4.3.1 HDBaseT Rx Extender device HDMI tests ............................................................................. 52 4.3.2 HDBaseT Sink device HDMI tests .......................................................................................... 62

5. Ethernet .................................................................................................................................................... 69 6. Controls over HDBaseT test ................................................................................................................... 73 7. Tests Report ............................................................................................................................................ 81 8. HDBaseT Recommended Cables ........................................................................................................... 96 9. Tests – CDF.............................................................................................................................................. 98

9.1. General .............................................................................................................................................. 98 9.2. Optional Capabilities .......................................................................................................................... 99 9.3. Source & Sink .................................................................................................................................... 99 9.4. Extender Tx ...................................................................................................................................... 103 9.5. Extender Rx ..................................................................................................................................... 104

GLOSSARY ................................................................................................................................................... 106 REFERENCES ............................................................................................................................................... 106 CONTACT INFORMATION ............................................................................................................................ 107 ANNEX ........................................................................................................................................................... 108 Golden Unit Calibration ............................................................................................................................... 108


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List of FIGURES

Figure 2: HDBaseT RX GU ................................................................................................................................... 11 Figure 3: HDSBI Source – Test Setup ................................................................................................................. 13 Figure 4: HDBaseT Source – Test Setup ............................................................................................................ 19 Figure 7 HDSBI sink test setup ........................................................................................................................... 42 Figure 8: HDBaseT Sink – Test Setup................................................................................................................. 48 Figure 11: 100BaseT Auto Negotiation – Test Setup......................................................................................... 69 Figure 12: Tx Extender IR transmiter – Test Setup ........................................................................................... 73 Figure 13: Tx Extender IR receiver – Test Setup ............................................................................................... 73 Figure 14: Suorce IR transmiter – Test Setup .................................................................................................... 73 Figure 15: Suorce IR transmiter Test Setup ....................................................................................................... 74 Figure 16: Rx Extender IR Reciver – Test Setup ................................................................................................ 74 Figure 17: Sink IR transmiter – Test Setup ........................................................................................................ 75 Figure 18: Sink IR Reciver Test Setup ................................................................................................................ 76 Figure 19: RS232 over HDBaseT Test Setup ...................................................................................................... 79 Figure 21: Calibration Setup. ............................................................................................................................. 108


4

List of Tables Table 1: List of Tests .............................................................................................................................................. 8 Table 2: Cable Assembly Configurations ........................................................................................................... 12 Table 3: HDBaseT downstream link quality test limits supported TMDS clock =<225Mhz ............................ 21 Table 5: HDBaseT upstream link quality test limits .......................................................................................... 23 Table 6: HDMI Video Format Timing ................................................................................................................... 26 Table 7: HDBaseT Upstream Link Quality Test Limits ...................................................................................... 49 Table 8: HDBaseT Downstream Link Quality Test Limits Supported TMDS clock =<225hz .......................... 51 Table 10: HDMI Video Format Timing ................................................................................................................. 54 Table 11: Test Report Table ................................................................................................................................. 81


5

Revision History

Revision Change By Date Description

0.1 Peretz BenHaviv

Alon Benzaray

Nov 01,

2010

0.4 Peretz BenHaviv Dec 22

,2010

0.9 Peretz BenHaviv Apr 27,

2011

1.1 Vili Milman

Peretz BenHaviv

Sep 12

,2011

Add HDBaseT Lite class section 1,3.2,4.2

Add source & Sink capabilities test 3.1.1.3&4.1.1.3

Add Control over HDBaseT test section 6

Add Ethernet over HDBaseT test section 5

Update Test table 1

Update Test report table 9

Update CDF

1.2 Peretz BenHaviv July 22,

2012

Remove Pass trough definition for Extender device

Add vendor ID test 3.1.1.4,4.1.1.4

Update CDF: add port similarity declaration and CEC

option for TX/RX extender.

Update performance mask parameter table 3,4 ,7,8

Update Test report table11.

1.21 Danny Raz Aug 21,

2012

Formatting


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1. Introduction HDBaseT is a connectivity standard which consolidates high throughput, unidirectional, HDCP protected,

uncompressed high definition digital multimedia with bidirectional data networking over standard

CAT5e/6 structured cabling.

The scope and purpose of the HDBaseT Compliance specification 1.2 (this document) is to define

procedures, tools and criteria for testing the compliance of systems with HDBaseT Specification Version

1.0.

HDBaseT devices consist of four types:

HDBaseT Source – A video generating device that consists an HDBaseT TX port

HDBaseT Sink – A device containing a video display processor and an HDBaseT RX port

HDBaseT TX Extender – A device that passes through video from HDMI input port to an HDBaseT

TX output port

HDBaseT RX Extender – A device that passes through video from an HDBaseT port to an HDMI

output port

HDBaseT devices are classified as either HDBaseT or HDBaseT-Lite. The difference between the two classes

is presented in the following table:

This document also defines an additional testing category for HDBaseT Cables. The purpose of this

procedure is to test and identify specific cable characteristics for HDBaseT operation. In general all tests

require connection of the Device Under Test (DUT) to a Golden Unit (GU). There are two types of GU:

HDBaseT TX Extender GU and HDBaseT RX Extender GU.

High-Definition

uncompressed

video

Audio Infra-Red UART Ethernet

100Mbps

Distance

HDBaseT MANDATORY MANDATORY OPTIONAL OPTIONAL OPTIONAL Up to 100m

HDBaseT Lite MANDATORY MANDATORY OPTIONAL OPTIONAL NA Up to 70m


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The test definitions are intended to provide a description of the purpose, resources, and procedures to

each test. Specifically, each test description consists of the following sections:

Test ID – Test ID number and a title

Test Purpose – A brief statement outlining the goal of the test

Test References – This section specifies source material external to this document

Test Resources – Specifies the test hardware and/or software needed to perform the test

Test Setup – This section describes the configuration of the test environment

Test Procedure – Describes the test method in detailed

Test Pass/Fail Criteria – State the test limits for PASS and FAIL


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1.1. Tests and Tests Equipment

Table 1: List of Tests

Test Title

HDBaseT

Source

Device

Port

HDBaseT

Source

Extender

Port

HDBaseT

Sink

Device

Port

HDBaseT

Sink

Extender

Port

Test #3.1.1.1- Source HDSBI Establish Link

Test #3.1.1.2 – Source Firmware version

Test #3.1.1.3 – Source Capabilities

Test#3.1.1.4– Source Vendor ID

Test #3.1.2.1 - Source HDSBI Transceiver

Test #3.2.1.1 - HDBaseT Downstream Transmitter

Test #3.2.2.1 - HDBaseT Upstream Receiver

Test #3.3.1.1 - HDMI Video format timing

Test #3.3.1.2 - Video data reliability

Test #3.3.1.3 - 5V

Test #3.3.1.4 - EDID

Test #3.3.1.5 - HDCP

Test #3.3.1.6 - CEC *



Test #3.3.2.3 - 5V




9

Test Title

HDBaseT

Source

Device

Port

HDBaseT

Source

Extender

Port

HDBaseT

Sink

Device

Port

HDBaseT

Sink

Extender

Port

Test #3.3.2.6 - CEC

Test #4.1.1.1 - Sink HDSBI Establish Link

Test #4.1.1.2 - Sink DUT Firmware version

Test #4.1.1.3 – Sink Capabilities

Test #4.1.1.4 – Sink Vendor ID

Test #4.1.2.1 - Sink HDSBI Transceiver

Test #4.2.1.1 - HDBaseT Upstream Transmitter

Test #4.2.2.1 - HDBaseT Downstream Receiver



Test #4.3.1.3 - 5V



Test #4.3.1.6 - CEC *


Test #4.3.2.2 - HPD



Test #4.3.2.5 - CEC


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Test Title

HDBaseT

Source

Device

Port

HDBaseT

Source

Extender

Port

HDBaseT

Sink

Device

Port

HDBaseT

Sink

Extender

Port

Test #5.1.1.1 - 100BaseT Auto Negotiation

Test #5.1.1.2 - 100BaseT Parallel detect

Test #5.1.1.3 – Ethernet Over HDBaseT

Test #6.1.1.1 - IR over HDBaseT test

Test #6.1.1.2 - RS232 over HDBaseT test

- Mandatory test

- Optional test (according to DUT declared capabilities)


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2. Test Equipment – Golden Unit Kit PC with HDBaseT ‘HDBaseT_CTS_V2..3’ Software installed.

AARDVARK I2C controller - Controller to the Golden Unit

RS-232 (debug UART) cable - Control cable connection to the Golden Unit through RS-232

debug port

HDBaseT TX Extender Golden Unit device - A fully characterized and calibrated TX Extender

Golden unit device, include one HDBaseT output (TX) port and one HDMI input (RX) port.

HDMI

in

HDBT

TX

RS

-23

2 Ethernet

HDBaseT TX

GU

Figure 1: HDBaseT Tx GU

HDBaseT RX Extender Golden Unit device - A fully characterized and calibrated RX Extender

Golden unit device, include one HDBaseT input (RX) port and one HDMI output (TX) port.

HDMI

out

HDBT

RX

RS

-23

2 Ethernet

HDBaseT RX

GU

Figure 2: HDBaseT RX GU


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Cat5E/6A Cables and Patches - CAT 5E and CAT 6A LAN Cables per compliance to

ANSI/TIA/EIA-568. The required cable configurations are listed in table 3 below.

HDMI Cables - 2 x 2-meter HDMI 1.4 complaint cables with standard Type A connectors

Pattern Generator and Protocol Analyzer - Quantum Data - QD882EA - Networked Video

Test Instruments

Table 2: Cable Assembly Configurations

Cfg# HDBaseT HDBaseT-Lite HDBaseT Cables assembly configuration

#1 Not supported STP CAT 6A 100 meter

#2 Not supported UTP CAT 5E 90 meter + 2x5 meter CAT 5E patch

#3 UTP CAT 5E 55m + 1m CAT 5E patch + 5m CAT 5E patch

#4 STP CAT6A 20 meter

#5 UTP CAT5E 0.5 meter


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3. Tests – Source Device 3.1. HDBaseT Stand by Interface (HDSBI)

The tests defined in this section, if not otherwise specified, should be applied to both HDBaseT Source DUT

and HDBaseT TX Extender DUT. Each HDBaseT port of the DUT must be tested.

If not otherwise specified, the test should be repeated for each Cable Assembly Configurations listed in

table 3.

3.1.1 HDBaseT Stand by Interface (HDSBI) Link

Test Setup

Golden Unit

HDBaseT™

RX Extender RS

-23

2

HD

Ba

se

T™

DUT

HDBaseT™

Source Device

or

HDBaseT™

TX Extender

HD

Ba

se

T™

Po

rt #

1

HD

Ba

se

T™

Po

rt #

N

HDBaseT LAN Cable AARDVARK

Ho

st

I/F

HDMI outHDMI in

Figure 3: HDSBI Source – Test Setup


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Test #3.1.1.1- Source HDSBI Establish Link

Test Purpose

Establish an HDSBI™ link.

Test References

HDBaseT specification 1.0: 2.4 HDSBI Link Layer

Test Resources

a. PC/Laptop with HDBaseT CTS SW.

b. HDBaseT Sink (RX) GU

c. UTP CAT5E 0.5 meter (See (Cfg#5))

Test Procedure

Configure the DUT and GU HDBaseT port to HDSBI mode.

Test Pass/Fail Criteria

If HDSBI Link is established then PASS, else FAIL.


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Test #3.1.1.2 - Source Firmware version

Test Purpose

To verify DUT Firmware is CTS approved.

Test References


Test Resources




Test Setup

See Figure 3: HDSBI Source – Test Setup

Test Procedure

1. Configure the DUT and GU HDBaseT port to HDSBI mode.

2. Read DUT’s HDBaseT firmware version.


If Firmware version is CTS approved then PASS else FAIL.


16

Test #3.1.1.3 - Source Capabilities

Test Purpose

To verify DUT Declared capabilities match CDF.

Test References

HDBaseT specification 1.1

Test Resources

1. PC/Laptop with HDBaseT CTS SW.

2. HDBaseT Sink (RX) GU

3. UTP CAT5E 0.5 meter (See (Cfg#5))

Test Setup


Test Procedure


2. Read DUT’s Declared Capabilities.


If Declared Capabilities match CDF then PASS else FAIL.


17

Test #3.1.1.4 - Source Vendor-ID

Test Purpose

To verify DUT Vendor-ID match to the Vendor ID reported by the HDBaseT alliance LLC.

Test References


Test Resources




Test Setup


Test Procedure


2. Read DUT’s Vendor-ID.


If Vendor-ID match Vendor ID reported by the HDBaseT alliance LLC then PASS else FAIL.


18

3.1.2 HDBaseT Stand by Interface (HDSBI) Transceiver

Test #3.1.2.1 - Source HDSBI Transceiver

Test Purpose

Verify DUT’s HDSBI Transceiver performance

Test References


Test Resources



c. Cables kit

Test Setup


Test Procedure

1. Configure the DUT and GU HDBaseT port to HDSBI mode

2. Configure DUT and GU to HDSBI Test Mode

3. Configure DUT HDSBI transmitter on Channel C and HDSBI RX on Channel D

4. Receive 1000 Packets of type Long

5. Configure DUT HDSBI transmitter on Channel D and HDSBI RX on Channel C

6. Receive 1000 Packets of type Long


a. If HDSBI Link Down event occurred in any Cable Assembly Configurations or any channel

swap then FAIL

b. Else if GU receipt error packet in any Cable Assembly Configurations or any channel swap is

greater than 0 then FAIL

c. Else if DUT receipt error packet in any Cable Assembly Configurations or any channel swap

is greater than 0 then FAIL

d. Otherwise PASS


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3.2. HDBaseT



3.2.1 HDBaseT Downstream Transmitter

Test Setup

Cfg#1 – DUT is HDBaseT Source Device

Golden Unit

HDBaseT™

RX Extender RS

-23

2

HD

Ba

seT

™

DUT

HDBaseT™

TX Extender

HD

Ba

seT

™

Po

rt #

1

HD

Ba

seT

™

Po

rt #

N

HDBaseT LAN Cable

Cfg#2 – DUT is an HDBaseT TX Extender

AARDVARKHo

st

I/F

HDMI outHDMI in

QD882EA

HDMI

In-1

HDMI

Out1

LAN

NET

Golden Unit

HDBaseT™

RX Extender RS

-23

2

HD

Ba

seT

™

DUT

HDBaseT™

Source Device

HD

Ba

seT

™

Po

rt #

1

HD

Ba

seT

™

Po

rt #

N

HDBaseT LAN Cable AARDVARKHo

st

I/F

HDMI out

Figure 4: HDBaseT Source – Test Setup


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Test #3.2.1.1 - HDBaseT Downstream Transmitter

Test Purpose

Establish an HDBaseT link and verify DUT’s downstream transmitter performance at different

Cable Assembly Configurations.

Test Resources

a. PC/Laptop with HDBaseT GU CTS SW.


c. Cables kit

Test Procedure

1. Configure the DUT and GU HDBaseT port to HDBaseT

If DUT is HDBaseT Source Device then

2. Configure DUT to transmit HDMI over HDBaseT at maximum video pixel clock per DUT CDF

Else (DUT is HDBaseT TX Extender)

2. Configure QD to transmit HDMI at maximum Video pixel clock per DUT CDF if maximum

TMDS clock supported by DUT is more than or equal to 225MHz set QD to 1080P 36 bit.

3. Receive at least 1e9 Video Packets and measure the CRC error count.

4. Read HDBaseT GU sink’ receiver slicer performance matrices:

Slicer Mean Square Error (MSE) and slicer max error.


For each cable assembly configuration the CRC error count, slicer mean square error (MSE) and

slicer max error must comply with the upper and lower test limits as defined below.

For DUT with supported TMDS clock =<225Mhz limits define in

For DUT with supported TMDS clock >225Mhz limits define in


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Table 3: HDBaseT downstream link quality test limits supported TMDS clock =<225Mhz

HDBaseT Cables Assembly

Configuration

Maximum

CRC

error

count

HDBaseT Class HDBaseT Lite Class

Minimum

mean

square error

Maximum

slicer

max

error

Minimum

mean

square

error

Maximum

slicer

max

error

STP CAT6A 100 meter 10 -14. 00dB 1.8 N/A N/A

UTP CAT 5E 90 meter + 2x5 meter

CAT 5

E patch

10 -10.00dB 2.00 N/A N/A

UTP CAT 5E 55m + 1m patch + 5m

patch

10 -16.50dB 1.8 -13.5dB 1.8

STP CAT6A 20 meter 10 -18.00dB 1.8 -18.00dB 1.8

UTP CAT5E 0.5 meter 10 -19.00dB 1.8 -19.00dB 1.8

Table 4: HDBaseT downstream link quality test limits supported TMDS clock >225Mhz


Configuration

Maximum

CRC

error

count


Minimum

mean

square error

Maximum

slicer

max

error

Minimum

mean

square

error

Maximum

slicer

max

error



CAT 5

E patch

10 -10.00dB 2 N/A N/A


patch

10 -16.50dB 1.1 -13.5dB 1.5




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3.2.2 HDBaseT Upstream Receiver

Test #3.2.2.1 - HDBaseT Upstream Receiver

Test Purpose

Establish an HDBaseT link and verify the upstream receiver performance at different Cable

Assembly Configurations.

Test References


Test Resources



c. Cables kit ()

Test Setup

Figure 4: HDBaseT Source – Test Setup

Test Procedure

1. Configure the DUT and GU HDBaseT ports to HDBaseT.

2. Enable Ethernet BIST on DUT and GU

3. Receive at least 2 million Tokens and read Ethernet BIST Error Counter.

4. Read HDBaseT DUT Source Receiver Slicer performance matrices:

5. Slicer Mean-Square-Error and Slicer Max Error


23


For each cable assembly configuration the Ethernet error count, slicer mean square error (MSE)

and slicer max error must comply with the upper and lower test limits as defined below.

Table 5: HDBaseT upstream link quality test limits

HDBaseT Cables assemble

configuration

HDBaseT HDBaseT-Lite Ethernet Error

Count

mean

square

error

slicer

max

error

STP CAT6A 100 meter Not supported 0 -19.25dB 0.825


CAT 5E patch

Not supported 0 -19.00dB 0.88


patch

0 -19.50dB 0.77

STP CAT6A 20 meter 0 -20.00dB 0.715

UTP CAT5E 0.5 meter 0 -20.50dB 0.605


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3.3. HDMI over HDBaseT

3.3.1 HDBaseT TX Extender device HDMI tests

Test Setup

QD882EA

CAT5E

cable

DUT

HDMI

cable

HDMI

In-1

HDMI

Out

HDMI

cable

HDBaseT

HDMI

in

HDMI

Out1

HDBaseT RX

GU

HDBT

Tx

NET

LAN

Figure 5: HDMI Tx Extender Video format timing – Test Setup


25


Test Purpose

Verify that HDBaseT Extender TX device transmits video formats with proper timing parameter

according to CEA-861-E standard

Test References

a. HDBaseT specification 1.0: 2.2.2 HDMI-AV over HDBaseT Link

b. CEA-861-E standard

Test Resources



c. QD882EA with network connection and configured IP

d. UTP CAT5E 0.5 meter (See (Cfg#5))

e. 2 x 2 meter HDMI 1.4 cable as specified at section 2.6

Test Procedure

1. Connect DUT HDBaseT port to HDBaseT port on HDBT RX GU using short CAT5E UTP cable

2. Connect HDBaseT RX GU HDMI out port to HDMI in-1 port on QD882EA device

3. Connect DUT HDMI in port to HDMI out -1 port on QD882EA device

4. Open WEB browser on PC and Enter QD configured IP

5. On QD Home page choose SAM+ tool

6. Check “Display headers and values using HDMI compliant test specification Nomenclature”

option

7. Verify video format timing parameters and Headers by Pressing “append and

measurement” button Perform the test on all formats specified in up to the maximum

supported TMDS clock supported by DUT as specified on CDF

Note: If DUT does not support HDMI pass through then step 7 should be performed on all formats

supported by DUT as specified on CDF


26

Table 6: HDMI Video Format Timing

## CEA

Video

code

Format name QD format

name

Bit

per

color

TMDS

clock

MHz

1. 1 [email protected]/60 DMT0659/660 8 25.175

2. 17,18 720x576p@50 576p50 8 27

3. 4 1280x720P@60 720p60 8 74.25

4. 5 1920x1080i@30 1080i30 8 74.25

5. 5 1920x1080i@30 1080i30 10 92.813

6. 5 1920x1080i@30 1080i30 12 111.375

7. 16 1920x1080P@60 1080p60 8 148.5

8. 16 1920x1080P@60 1080p60 10 185.625

9. 16 1920x1080P@60 1080p60 12 222.75


If one of the tested formats reported as fail by SAM+ tool then test FAIL else test PASS.


27


Test Purpose

Verify that DUT passes-through video data pixels over HDBaseT correctly

Test References



Test Resources


b. HDBaseT (RX) GU




Test Procedure

1. Connect DUT HDBaseT port to HDBaseT port on HDBT RX GU using short CAT5E UTP cable




5. On QD Home page choose virtual panel

6. Set Content on QD to HDCPprod

7. On QD go to Cable test tool

8. Set cable test duration to 2000 sequences

9. If DUT supports HDMI pass through, then perform cable test on all formats specified on

10. up to the maximum TMDS clock supported by DUT as specified on CDF. Otherwise, test all

formats supported by DUT as specified in CDF


If QD cable test data pixel BER exceed 10-9 (1 error per Billion pixels) on one of the tested

formats then test FAIL else test PASS.


28

Test #3.3.1.3 - 5V

Test Purpose

Verify that HDBaseT TX Extender device transmit 5v signal indication correctly over HDBaseT

Test References

HDBaseT specification 1.0 2.1.2 DDC over HDBaseT link

Test Resources


b. HDBaseT (RX) GU


d. STP CAT6A 100 meter (See (Cfg#1))


Test Setup

See Figure 5: HDMI Tx Extender Video format timing – Test Setup

Test Procedure

Note: if 5V Field in CDF reported as pass-through perform the following steps 1-5 and skip steps 6-8

1. Connect DUT HDBaseT port to HDBaseT port on HDBT RX GU using STP CAT6A 100 meter

cable


3. Connect DUT HDMI in port to HDMI out-1 port on QD882EA device

4. Monitor events on Golden Unit

5. De-attach HDMI cable form QD port out-1 and then attach HDMI cable (Attach HDMI

cable for asserting 5V signal to high , de-attach HDMI cable for asserting 5V signal to low)

Note: if 5V Field in CDF reported as managed perform the following steps


7. Set DUT to send 5V indication “logic high” over HDBaseT

8. set DUT to send 5V indication “logic low” over HDBaseT ( if DUT set 5V always logic high

skip this step)


Each time 5V signal is asserted High (logic high) Golden Unit should report 5V rising edge event,

each time 5V is asserted low (logic low) Golden Unit should report 5V falling edge event Else

test FAIL


29


Test Purpose

a. Verify that HDBaseT TX Extender device handles EDID transaction over DDC lines correctly.

b. Verify that any internal EDID present is HDMI compliant.

Test References

a. HDBaseT specification 1.0 2.1.2 DDC over HDBaseT link

b. CEA-861-E

Test Resources


b. HDBaseT (RX) GU




Test Setup


Test Procedure

Note : if EDID Field in CDF reported as pass-through Perform steps 1-10 and skip steps 11-20 ,Else if EDID

Field in CDF reported as internal EDID skip steps 1-10

1. Connect QD HDMI out-1 to HDMI in-1


3. Open QD EDID compare tool

4. Press capture reference button (to capture QD EDID on port out-1

5. Load DUT reference EDID.xml to QD EDID compare tool(for DUT which has an internal

EDID)

6. Connect DUT HDBaseT port to HDBaseT port on HDBT RX GU using STP CAT6A 100 meter

cable



9. Monitor DDC EDID transactions on Golden Unit

10. On QD EDID compare tool ,press compare to reference button repeat action 100 times

Note: the following step should be performed on DUT which has internal EDID as reported in CDF


31

1. Connect DUT HDBaseT port to HDBaseT port on HDBT RX GU using STP CAT6A 100

meter cable







EDID)



10. Run EDID compliance test using QD EDID compliance tool


a. If Compare tool reports any mismatches then test FAIL else if GU report any error event on

DDC EDID then test FAIL else test PASS

b. For DUT which has internal EDID, If compliance EDID tool report a failure then test FAIL else

test PASS.


31


Test Purpose

Verify that HDBaseT TX Extender device transmit HDCP transactions correctly over DDC lines

Test References


Test Resources


b. HDBaseT (RX) GU




Test Setup


Test Procedure

1. Connect DUT HDBaseT port to HDBaseT port on HDBT RX GU STP CAT6A 100 meter

cable


3. Connect DUT HDMI in port to HDMI out 1 port on QD882EA device

4. Set QD to transmit HDMI video format with HDCP (choose “HDCPprod” image )

5. Monitor DDC ,HDCP transactions and Events on Golden Unit

6. Use QD CMD terminal and perform HDCP test using the following command:” OUT1:

HDCP? 4111 “


a. If HDCP test reports error ( “HDCP ?” command should return “1” ) then test FAIL else

b. If Golden Unit reports any error during monitoring DDC HDCP transactions then test FAIL

else test PASS.


32

Test #3.3.1.6 - CEC

Test Purpose

Verify that HDBaseT TX Extender device Pass-through bi-directional CEC bus transaction

correctly

Test References

HDBaseT specification 1.0 - 2.1.3 CEC over HDBaseT link

Test Setup


Test Resources


b. HDBaseT (RX) GU




Test Procedure

1. Connect DUT HDBaseT port to HDBaseT port on HDBT RX GU using short CAT5E UTP

cable



CEC Initiator test (source side):

1. Assign CECdev04 to QD HDMI out-1port

2. Assign CECdev00 to QD HDMI in-1 port

3. Monitor CEC transactions and Events on Golden Unit

4. Perform Ping command from QD out-1 to QD in-1:

- From QD main menu press CEC

- Set LA to 00

- Press Ping CEC1

5. Repeat Ping command until CEC packet count reach 100

6. Monitor CEC transactions on QD


33



- Set LA to 00

- Press Ping CEC1


CEC follower test (source side):



3. Monitor CEC transactions and Events on QD

4. Perform Ping command from QD in-1 to QD out-1:


- Set LA to 04

- Press Ping CEC3


6. Monitor CEC transactions on QD Golden Unit


8. From QD main menu press CEC

9. Set LA to 04

10. Press Ping CEC3



a. All ping commands should be Acknowledged Else test FAIL.

b. If QD reports any error during monitoring CEC transactions then test FAIL.


34

3.3.2 HDBaseT Source device HDMI tests

Test Setup

CAT5

cable

DUT

HDMI

cable

HDMI

Out

HDBaseT HDBaseT RX

GUHDBT

Tx

Net

HDMI

In-1

LAN

QD882EA

HDBT

RX

Figure 6: HDMI Video format timing – Test Setup


Test Purpose

Verify that HDBaseT Source device Transmit video format with proper timing parameters


Test References


b. CEA-861-E Standard

Test Resources


b. HDBaseT RX GU





35

Test Procedure

1. Connect DUT HDBaseT port on HDBT source device to HDBT port on HDBT RX GU using

short CAT5E UTP cable

2. Connect HDBaseT RX GU HDMI out port to HDMI in-1 port on QD882EA device.

3. Configure DUT to transmit HDMI video format



6. Check “Display headers and values using HDMI compliant test specification

Nomenclature” option

7. Verify video format with timing parameters and Headers by Pressing “append and

measurement” button.

8. Repeat step 7 for all DUT supported HDMI video formats (according to CDF)


If SAM+ tool reports any fail on one of the tested formats then test FAIL else test PASS.


36


Test Purpose

Verify that HDBaseT Source device Transmit video pixel data correctly over HDBaseT

Test References


b. CEA-861-E Standard

Test Resources


b. HDBaseT RX GU




Test Setup


Test Procedure



2. Connect HDBaseT RX GU HDMI out port to HDMI in-1 port on QD882EA device.

3. Configure DUT to transmit HDMI video format



6. Generate still video image from DUT

7. Capture the reference frame

8. Set PIX-ERR duration to 1800 frames

9. Run PIX ERR test on each DUT supported format as specified in CDF


If PIX-ERR test BER exceed 10-9 (1 error per Billion pixels) on one of the tested formats then

test FAIL.


37

Test #3.3.2.3 - 5V

Test Purpose

Verify that HDBaseT source device transmit 5V signal indication correctly over HDBaseT

Test References


Test Resources


b. HDBaseT (RX) GU




Test Setup


Test Procedure


2. Monitor all packets type on Golden Unit

3. Power on DUT ( DUT should be in operational mode and ready to send video )

4. Connect DUT HDBaseT TX port to the HDBaseT Rx GU HDBT RX port using the STP

CAT6A 100 meter cable

5. Disconnect and reconnect HDBaseT cable 10 times


Each time HDBaseT link is Established 5V rising edge event should be reported on GU prior to any

other events such as EDID, HDCP ,CEC else test fail .


38


Test Purpose

Verify that HDBaseT Source device read EDID 1.3 block and first CEA EDID Timing Extension

from both 2- and 4-block EDIDs after HPD signal

Test References


b. HDMI 1.4 section 8.3 ,8.4.5

Test Resources






Test Setup


Test Procedure


STP CAT6A 100 meter cable.


3. Monitor EDID DDC transaction on GU

4. Load EDID to QD containing the following 4 blocks: - EDID 1.3 - Extension map - CEA Timing Extension version 3 (includes HDMI VSDB, length >=6)

- CEA Timing Extension version 3 (single DTD)

5. Perform DUT power up cycle.

6. Disconnect UTP cable and then reconnect UTP Cable

7. Disconnect the HDMI cable and then reconnect the HDMI Cable


a. If after steps 5,6,7 DUT read 4 blocks EDID then test PASS else test FAIL

b. If GU report EDID Error event then test FAIL


39


Test Purpose

Verify that HDBaseT Source device handle HDCP transactions over the DDC lines correctly

Test References

HDBaseT Specification 1.0: 2.5 Link layer-HDCP

Test Resources






Test Setup

See Figure 6: HDMI Video format timing – Test Setup

Test Procedure

1. Connect DUT HDBaseT port on to HDBaseT port on HDBaseT RX GU using STP CAT6A

100 meter cable


3. Set HDBaseT device to transmit the highest supported format with HDCP


5. Disconnect HDBaseT cable

6. Reconnect HDBaseT cable

7. Stop when packet number reaches 500 packets count


If Golden Unit report error during monitoring DDC HDCP transactions then test FAIL else

Test PASS.


41

Test #3.3.2.6 - CEC

Test Purpose

Verify that HDBaseT Source device initiate or follow CEC commands correctly over the CEC line

bus

Test References

HDBaseT Specification 1.0: 2.1.3 CEC over HDBaseT link

Test Setup


Test Resources






Test Procedure


cable




4. Power DUT and Monitor CEC transactions and Events on Golden Unit and QD

5. Initiate CEC command from DUT

CEC follower test

6. Perform Ping command from QD in-1:


- Set LA to the DUT Address (as reported in the CDF)

- Press Ping CEC1

7. Repeat step 6 until CEC packets count reach 100


41



a. After power up DUT shall send polling command else test fail

b. If Golden Unit or QD report error during monitoring CEC transactions then test fail.

CEC follower test

a. All ping commands should be Acknowledged Else test Fail.

b. If Golden Unit or QD report error during monitoring CEC transactions then test fail.


42

4. Tests – Sink Device 4.1. HDBaseT Stand by Interface (HDSBI)



If not otherwise specified, the test should be repeated for each Cable Assembly Configurations as described

in

4.1.1 HDBaseT Stand by Interface (HDSBI) Link

Test Setup

Golden Unit

HDBaseT™

TX Extender

or

RX ExtenderR

S-2

32

HD

Ba

se

T™

DUT

HDBaseT™

Sink Device

or

HDBaseT™

RX Extender

HD

Ba

se

T™

Po

rt #

1

HD

Ba

se

T™

Po

rt #

N


st

I/F

HDMI inHDMI out

Figure 7 HDSBI sink test setup


43

Test #4.1.1.1 - Sink HDSBI Establish Link

Test Purpose

Establish an HDSBI™ link.

Test References


Test Resources


b. HDBaseT Source (TX) GU


Test Procedure

Configure the DUT and GU HDBaseT port to HDSBI mode.


If HDSBI Link is established then PASS, else FAIL.


44

Test #4.1.1.2 - Sink DUT Firmware version

Test Purpose

To verify DUT Firmware is CTS approved.

Test References


Test Resources




Test Setup

See Figure 7 HDSBI sink test setup

Test Procedure


2. Read DUT’s HDBaseT firmware version.


If Firmware version is CTS approved then PASS else FAIL.


45

Test #4.1.1.3 - Sink Capabilities

Test Purpose

To verify DUT Declared capabilities match CDF.

Test References

Test Resources



e. UTP CAT5E 0.5 meter (See (Cfg#5))

Test Setup


Test Procedure


2. Read DUT’s Declared Capabilities.


If Declared Capabilities match CDF then PASS else FAIL.


46

Test #4.1.1.4 - Sink Vendor-ID

Test Purpose

To verify DUT Vendor-ID match the alliance LLC.

Test References


Test Resources

a. PC/Laptop with HDBaseT CTS SW



Test Setup


Test Procedure


2. Read DUT’s Vendor-ID.


If Vendor-ID match LLC then PASS else FAIL.


47

4.1.2 HDBaseT Stand by Interface (HDSBI) Transceiver

Test #4.1.2.1 - Sink HDSBI Transceiver

Test Purpose

Verify DUT’s HDSBI Transceiver

Test References


Test Resources

a. PC/Laptop with HDBaseT CTS SW


c. Cables kit (See )

Test Setup


Test Procedure

1. Configure the DUT and GU HDBaseT port to HDSBI mode

2. Configure DUT and GU to HDSBI Test Mode

3. Configure DUT HDSBI transmitter on Channel C and HDSBI RX on Channel D

4. Receive 1000 Packets type Long

5. Configure DUT HDSBI transmitter on Channel D and HDSBI RX on Channel C

6. Receive 1000 Packets type Long


a. If HDSBI Link Down event occurred in any Cable Assembly Configurations or any channel

swap then FAIL.

b. Else if GU receipt error packet in any Cable Assembly Configurations or any channel swap is

greater than 0 then FAIL.

c. Else if DUT receipt error packet in any Cable Assembly Configurations or any channel swap

is greater than 0 then FAIL

d. Otherwise PASS


48

4.2. HDBaseT

4.2.1 HDBaseT Upstream Receiver

Test Setup

Golden Unit

HDBaseT™

TX Extender RS

-23

2

HD

Ba

se

T™

DUT

HDBaseT™

Sink Device

or

HDBaseT™

RX Extender

HD

Ba

se

T™

Po

rt #

1

HD

Ba

se

T™

Po

rt #

N

HDBaseT LAN Cable AARDVARK

Ho

st

I/F

HDMI in

QD882EA

HDMI

In-1

HDMI

Out1

LAN

NET

Figure 8: HDBaseT Sink – Test Setup


49

Test #4.2.1.1 - HDBaseT Upstream Transmitter

Test Purpose

To establish an HDBaseT link and verify performance and Bit Error Rate at different Cable

Assembly Configurations.

Test References


Test Resources

a. PC/Laptop with HDBaseT GU CTS SW

b. HDBaseT Source (RX) Extender GU

c. Cables kit ()

Test Procedure

1. Configure the DUT and GU HDBaseT ports to HDBaseT.


3. Receive at least 2 million Tokens and read Ethernet BIST Error Counter.

4. Read HDBaseT DUT Source Receiver Slicer performance matrices:

5. Slicer Mean-Square-Error and Slicer Max Error


For each cable assembly configuration the Ethernet error count, slicer mean square error (MSE)

and slicer max error must comply with the upper and lower test limits as defined below.

HDBaseT Cables assemble configuration HDBaseT HDBaseT-Lite Ethernet

Error

Count

Mean

Square

Error

Slice

Max

Error

STP CAT6A 100 meter Not supported 0 -19.25dB 0.825

UTP CAT 5E 90 meter + 2x5 meter CAT

5E patch

Not supported 0 -19.00dB 0.88

UTP CAT 5E 55m + 1m patch + 5m patch 0 -19.50dB 0.77

STP CAT6A 20 meter 0 -20.00dB 0.715

UTP CAT5E 0.5 meter 0 -20.50dB 0.605

Table 7: HDBaseT Upstream Link Quality Test Limits


51

4.2.2 HDBaseT Downstream Receiver

Test #4.2.2.1 - HDBaseT Downstream Receiver

Test Purpose

Establish an HDBaseT link and verify DUT’s downstream receiver performance and Bit-Error-

Rate at different Cable Assembly Configurations.

Test References


Test Resources

a. PC/Laptop with HDBaseT GU CTS SW

b. HDBaseT Source (RX) Extender GU

c. Cables kit ()

Test Setup

See Figure 8: HDBaseT Sink – Test Setup

Test Procedure

1. Configure the DUT and GU HDBaseT port to HDBaseT

2. Configure QD to transmit HDMI at maximum Video pixel clock per DUT CDF if Reported

supported TMDS clock >=225MHz set QD format to 1080P60 36 bit

3. Receive at least 1e9 video packets and measure the CRC-Error count

4. Read HDBaseT GU Sink Receiver Slicer performance matrices:

Slicer Mean Square Error (MSE) and Slicer Max Error.


For each cable assembly configuration the CRC error count, slicer mean square error (MSE) and

slicer max error must comply with the upper and lower test limits as defined below:

For DUT with supported TMDS clock =<225 refer to

For DUT with supported TMDS clock >225 refer to


51

Table 8: HDBaseT Downstream Link Quality Test Limits Supported TMDS clock =<225hz

Table 9: HDBaseT Downstream Link Quality Test Limits Supported TMDS Clock >225hz


Configuration

Maximum

CRC

error

count


Minimum

mean

square error

Maximum

slicer

max

error

Minimum

mean

square

error

Maximum

slicer

max

error



CAT 5

E patch

10 -10.00dB 2 N/A N/A


patch

10 -16.50dB 1.1 -13.5dB 1.5




Configuration

Maximum

CRC

error

count


Minimum

mean

square error

Maximum

slicer

max

error

Minimum

mean

square

error

Maximum

slicer

max

error



CAT 5

E patch

10 -10.00dB 2.00 N/A N/A


patch

10 -16.50dB 1.8 -16.50dB 1.8




52

4.3. HDMI over HDBaseT

4.3.1 HDBaseT Rx Extender device HDMI tests

Test Setup

QD882EA

CAT5

cable

DUT

HDMI

cable

HDMI

In-1

HDMI

Out

HDMI

cable

HDBaseT

HDMI

in

HDMI

Out1

HDBaseT TX

GU HDBT

Tx

NET

LAN

HDBT

RX

Figure 9: HDMI Video Format Timing – Test Setup


53


Test Purpose

Verify that HDBaseT Rx Extender device Transmit video format with proper timing parameter


Test References

CEA-861-E standard

Test Resources






Test Procedure

1. Connect DUT HDBaseT port to HDBaseT port on HDBT TX GU using short CAT5E UTP

cable

2. Connect HDBaseT TX GU HDMI in port to HDMI out-1 port on QD882EA device

3. Connect DUT HDMI out port to HDMI in 1 port on QD882EA device



6. Check “Display headers and values using HDMI compliant test specification

Nomenclature” option

7. Verify video format timing parameters and Headers by Pressing “append and

measurement” button. Perform the test for all formats appear in table7 up to the

maximum TMDS clock supported by the DUT as specified on the CDF.


supported by DUT as specified in CDF.


54

Table 10: HDMI Video Format Timing

## CEA

Video

code

Format name QD format

name

Bit

per

color

TMDS

clock

MHz

1. 1 [email protected]/60 DMT0659/660 8 24.54

2. 17,18 720x576p@50 576p50 8 27

3. 4 1280x720P@60 720p60 8 74.25

4. 5 1920x1080i@30 1080i30 8 74.25

5. 5 1920x1080i@30 1080i30 10 92.81

6. 5 1920x1080i@30 1080i30 12 111.37

7. 16 1920x1080P@60 1080p60 8 148.5

8. 16 1920x1080P@60 1080p60 10 185.62

9. 16 1920x1080P@60 1080p60 12 222.75


If SAM+ tool reports any fail on one of the tested formats then test FAIL else test PASS.


55

Test #4.3.1.2 - Video data reliability test

Test Purpose

Verify that DUT passes-through video data pixels correctly

Test References



Test Resources


b. HDBaseT (TX) GU




Test Setup

See Figure 9: HDMI Video Format Timing – Test Setup

Test Procedure

1. Connect DUT HDBaseT port to HDBaseT port on HDBT TX GU using short CAT5E UTP cable





6. Set Content on QD to HDCPprod

7. On QD go to Cable test tool

8. Set cable test duration to 2000 sequences

9. Perform cable test on all formats specified in Table 2

10. up to the maximum supported TMDS clock supported by DUT as specified on CDF


supported by DUT as specified in CDF


If QD cable test data pixel BER exceed 10-9 (1 error per Billion pixels) on one of the tested

formats then test FAIL else test PASS.


56

Test #4.3.1.3 - HPD

Test Purpose

Verify that HDBaseT RX Extender device transmit HPD signal indication correctly over HDBaseT

Test References

HDBaseT specification 1.0 2.1.4 HPD/5V over HDBaseT link

Test Resources


b. HDBaseT (T X) GU




Test Setup


Test Procedure

Note: if HPD Field in CDF reported as pass-through Perform the following steps 1-5 and skip steps 6-8

1. Connect DUT HDBaseT port to HDBaseT port on HDBT TX GU using STP CAT6A 100

meter cable


3. Connect DUT HDMI out port to HDMI in-1 port on QD882EA device


5. De-attach HDMI cable form QD port in-1 and then attach HDMI cable repeat Action 10

times (Attach HDMI cable for asserting HPD signal to high , de-attach HDMI cable for

asserting HPD signal to low)

Note: if HPD Field in CDF reported as managed perform the following steps


7. Set DUT to send HPD indication “logic high” over HDBaseT

8. Set DUT to send HPD indication “logic low” over HDBaseT (if DUT send HPD always

“logic high” skip this step)


Each time HPD signal is asserted High (logic high) Golden Unit should report HPD rising edge event,

each time HPD is asserted low (logic low) Golden Unit should report HPD falling edge event Else

test fail.


57


Test Purpose

a. Verify that HDBaseT RX Extender device handles EDID transaction over DDC lines correctly.

b. Verify that any internal EDID present is HDMI compliant.

Test References


b. CEA-861-E

Test Resources


b. HDBaseT (TX) GU




Test Setup


Test Procedure

Note : if EDID Field in CDF reported as pass-through Perform steps 1-9 and skip steps 10 ,Else if EDID

Field in CDF reported as internal EDID skip steps 1-9

1. Connect QD HDMI out-1 to HDMI in-1





EDID)

6. Connect DUT HDBaseT port to HDBaseT port on HDBT TX GU using STP CAT6A 100 meter

cable





58

Note: the following step should be performed on DUT which has internal EDID as reported in CDF

10. Run EDID compliance test using QD EDID compliance tool


a. If Compare tool reports any mismatches then test FAIL

b. For DUT which has internal EDID, If HDCP compliance EDID tool report a failure then test

FAIL else test PASS.


59


Test Purpose

Verify that HDBaseT RX Extender device handle HDCP transaction correctly over DDC lines

Test References


Test Resources


b. HDBaseT (TX) GU




Test Setup


Test Procedure

1. Connect DUT HDBaseT port to HDBaseT port on HDBT TX GU using STP CAT6A 100 meter

cable


3. Connect DUT HDMI out port to HDMI in- 1 port on QD882EA device

4. Set QD to transmit HDMI video format with HDCP (choose “HDCPprod” image )


6. Use QD CMD terminal and perform HDCP test using the following command:” OUT1:

HDCP? 4111 “

7. Repeat step 6 until packet number count reach 500 packets


a. If HDCP test report error ( “HDCP ?” command should return “1” ) then test fail else

If Golden Unit report error during monitoring DDC HDCP transactions then test fail else test

pass.


61

Test #4.3.1.6 - CEC

Test Purpose

Verify that HDBaseT Rx Extender device Pass-through bi-directional CEC bus transaction

correctly

Test References

HDBaseT specification 1.0 2.1.3 CEC over HDBaseT link

Test Setup


Test Resources






Test Procedure

1. Connect DUT HDBaseT port to HDBaseT port on HDBT TX GU using short CAT5E UTP

cable


3. Connect DUT HDMI out port to HDMI in- 1 port on QD882EA device

CEC initiator test (sink side):






- Set LA to 04

- Press Ping CEC3





- Set LA to 04

- Press Ping CEC3


61


CEC follower test (sink side):






- Set LA to 00

- Press Ping CEC1


17. Monitor CEC transactions on Golden Unit



- Set LA to 00

- Press Ping CEC1



a. All ping commands should be Acknowledged Else test FAIL.

b. If QD reports any error during monitoring CEC transactions then test FAIL.


62

4.3.2 HDBaseT Sink device HDMI tests

Test Setup

CAT5

cable

DUT

HDMI

cable

HDMI

Out-1

HDBaseTHDBaseT TX

GUHDBT

Tx

NET

HDMI

In

LAN

QD882EA

HDBT

RX

RS-232



63

Test #4.3.2.1 - HDMI Video Format Timing

Test Purpose

Verify that HDBaseT Sink device support all videos format indicated in its EDID

Test References

CEA-861-E Standard

Test Resources






f. RS232 cable

Test Procedure

1. Connect DUT HDBaseT port on HDBT sink device to HDBT port on HDBT TX GU using


2. Connect HDBaseT TX GU HDMI in port to HDMI out-1 port on QD882EA device.

3. Configure QD to transmit HDMI video format with 24bit color depth which is

supported by DUT

4. Optional: Set QD to enable format supported by Display –>press sink ->press option ->

enable EDID ->A “+” should appear next to the EDID option.

5. Perform visual inspection for 1 minute

6. Repeat step 5 for all DUT supported HDMI video formats (according to CDF)

Deep color

7. If DUT support deep color repeat steps 4-5 with all supported color depth (30, 36 or

48 bits/pixel) up to the maximum pixel clock, which supported by DUT.


Visual inspection should not find any error on all supported formats else test fail.


64

Test #4.3.2.2 - HPD

Test Purpose

Verify that HDBaseT sink device transmit HPD signal indication correctly over HDBaseT

Test References

HDBaseT specification 1.0 2.1.4 HPD/5V over HDBaseT link

Test Resources


b. HDBaseT (T X) GU




f. RS232 cable

Test Setup


Test Procedure

1. Connect DUT HDBaseT port to HDBaseT port on HDBT TX GU using STP CAT6A 100 meter cable




5. Disable 5V signal indication on HDBaseT TX GU using CTS SW and then Enable it


If Golden Unit reports HPD rising edge event when 5V indication is enabled and report HPD falling edge event when disabling 5V indication then test pass else test fail.


65


Test Purpose

Verify that HDBaseT Sink device EDID can be read correctly over the HDBaseT, Its content

match reported capabilities in CDF and complies with VESA

Test References

a. VESA E-EDID verification Guide

b. CEA-861-E

Test Resources






f. RS232 cable

Test Setup


Test Procedure

1. Connect DUT HDBaseT port on HDBT sink device to HDBT port on HDBT TX GU using

STP CAT6A 100 meter cable.

2. Connect HDBaseT TX GU HDMI in-1 port to HDMI out-1 port on QD882EA device.

3. Monitor EDID DDC transaction onGU.

4. Load DUT Reference EDID.xml to QD EDID compare tool

5. Using EDID compare tool capture DUT EDID repeat Action 50 times

6. Fill CDF file on QD

7. Using QD EDID compliance tool Run EDID compliance test


a. EDID capture by QD should be match reported capabilities in CDF EDID else test fail

b. EDID compare tool should reported match EDID each time compare is done else test

fail

c. If GU report Error Event on DDC during the test then fail

d. EDID QD compliance test should pass else test fail.


66


Test Purpose

Verify that HDBaseT Sink device perform HDCP correctly over HDBaseT.

Test References

a. HDBaseT specification 1.0 2.5 Link layer-HDCP

b. HDBaseT specification 1.0 2.1.2 DDC over HDBaseT

Test Resources






f. RS232 cable

Test Setup


Test Procedure

8. Connect DUT HDBaseT port to HDBaseT TX GU port using STP CAT6A 100 meter cable


10. Set QD to transmit the highest format supported by DUT.

11. Set HDCPprod Content image on QD

12. Perform visual inspection until HDCP count reach 60


a. If visual inspection find pixel errors then test fail else

b. if HDCP test report failure then test fail

c. Else test pass.


67

Test #4.3.2.5 - CEC

Test Purpose

Verify that HDBaseT Sink device initiate or follow CEC commands correctly over HDBaseT

Test References

HDBaseT Specification 1.0 2.1.3 CEC over HDBaseT link

Test Resources






f. RS232 cable

Test Setup


Test Procedure


cable



CEC Initiator test:

If DUT supports initiation of CEC commands performs the following step for each supported

commands:

4. Initiate all CEC commands supported by DUT and Monitor CEC transactions and

Events on QD

CEC follower test:

5. Perform Ping command from QD out-1:


- Set LA to 00

- Press Ping CEC1

6. Repeat step 5 until CEC packets count reach 100



68

CEC initiator test:

If QD report error during monitoring CEC transactions or no CEC transactions captured by

Golden Unit then test fails, else test pass.

CEC follower test:

All ping commands should be Acknowledged Else test Fail.

If Golden Unit report error during monitoring CEC transactions or no CEC transactions captured

by Golden Unit then test fails, else test pass.


69

5. Ethernet

Test Setup

Ethernet

HDBaseT

GUHDBTDUT

CAT5

cable

AARDVARK

Ho

st

I/FEthernet

Test station#2 Test station#1

HDBT

Figure 11: 100BaseT Auto Negotiation – Test Setup


71

Test #5.1.1.1 - 100BaseT Auto Negotiation

Test Purpose

Verify that HDBaseT device is able to establish 100BaseT link through Auto-negation process.

Test References

a. HDBaseT Specification 1.0:

b. IEEE 802.3-2005

Test Resources


b. 2x PC Test station with NIC card

c. HDBaseT GU

d. UTP CAT5E 90 Meter 2x5 meter CAT 5E patch (cfg#2)

Test Procedure

1. Connect DUT HDBaseT port to HDBaseT GU port using UTP CAT5E 90 Meter 2x5 meter

CAT 5E patch (cfg#2)

2. Connect GU Ethernet port to Test station #1 NIC Ethernet card and DUT Ethernet port

to Test station #2 Ethernet port

Note: in case that DUT does not have Ethernet port and use Ethernet for internal management through

HDBT set DUT with a static IP

3. Set HDBaseT GU device to Send FLP 100baseT auto negation signal with Full Duplex

ability enable

4. Verify that 100BaseT full duplex link established

5. Leave line connected, monitor link status and transmit 100 64-byte ICMP echo request

packets from test station#1 to the IP address of test station #2/ DUT internal

management IP address

6. monitor link status and transmit 100 1512 byte ICMP echo request packets from Test

station#1 to the IP address of test station #2/ DUT internal management IP


100baseT link established successfully, no CRC or link disconnection monitored by GU and all ICMP echo

packet from station #1 to station #2/DUT internal management echoed back to station #1.


71

Test #5.1.1.2 - 100BaseT Parallel detect

Test Purpose

Verify that HDBaseT device is able to establish 100BaseT when detecting 100BaseT idle signal.

Test References

a. HDBaseT Specification 1.0

b. IEEE 802.3 section 2

Test Resources



c. HDBaseT GU


Test Setup

See Figure 11: 100BaseT Auto Negotiation – Test Setup

Test Procedure

1. Connect DUT HDBaseT port to GU HDBaseT port using UTP CAT5E 90 Meter 2x5 meter






3. Set HDBaseT GU TX device to Send MLT3 idle signal

4. Verify that 100BaseT link established

5. Leave line connected, monitor link status and transmit 100 64-byte ICMP echo request

packets from Test station#1 to the IP address of test station #2/ DUT internal

management IP address

6. monitor link status and transmit 100 1512 byte ICMP echo request packets from Test

station#1 to the IP address of test station #2/ DUT internal management IP


100baseT link Establish successfully, no CRC or link disconnection monitored by GU and all ICMP echo

packet from station #1 to station #2/DUT internal management echoed back to station #1


72

Test #5.1.1.3 – Ethernet over HDBaseT

Test Purpose

Verify that HDBaseT device Pass-through Ethernet over HDBaseT

Test References

a. HDBaseT Specification 1.0

b. IEEE 802.3 section 2

Test Resources



c. HDBaseT GU


Test Setup

See Figure 11: 100BaseT Auto Negotiation – Test Setup

Test Procedure

1. Connect DUT HDBaseT port to GU HDBaseT port using UTP CAT5E 90 Meter 2x5 meter






3. Set HDBaseT GU TX device to HDBaseT mode

4. Verify that HDBaseT link established

5. Transmit 100 64-byte ICMP echo request packets from Test station#1 to the IP address

of test station #2/ DUT internal management IP address

6. Transmit 100 1512 byte ICMP echo request packets from Test station#1 to the IP

address of test station #2/ DUT internal management IP


If all ICMP echo packet from station #1 to station #2/DUT internal management echoed back to station #1

then PASS else test Fail


73

6. Controls over HDBaseT test

Test Setup

DUTHDMI

Out

HDBaseT

HDMI

in

HDBaseT RX

GUHDBT

Tx

IR

RxIR

Tx

Host

I/F

AARDVARK

HDMI Source HDMI Sink

Figure 12: Tx Extender IR transmiter – Test Setup

DUTHDMI

Out

HDBaseT

HDMI

in

HDBaseT RX

GUHDBT

Tx

IR

Rx

IR

TxAARDVARK

Host

I/F


Figure 13: Tx Extender IR receiver – Test Setup

DUTHDMI

Out

HDBaseT

HDBaseT RX

GUHDBT

Tx

IR

RxIR

Tx

Host

I/F

AARDVARK

Only for source

with external

IR transmitter


Figure 14: Suorce IR transmiter – Test Setup


74

DUTHDMI

Out

HDBaseT

HDBaseT RX

GUHDBT

Tx

IR

Rx

IR

TxAARDVARK

Host

I/F

HDMI Sink

Figure 15: Suorce IR transmiter Test Setup

DUTHDMI

Out

HDBaseT

HDMI

in

HDBaseT TX

GU HDBT

Tx

IR

RxIR

Tx

Host

I/F

AARDVARK


HDBT

RX

Figure 16: Rx Extender IR Reciver – Test Setup

DUTHDMI

Out

HDBaseT

HDMI

in

HDBaseT TX

GU HDBT

Tx

IR

Rx

IR

TxAARDVARK

Host

I/F


HDBT

RX

Figure 17: Rx Extender IR transitter – Test Setup


75

HDBaseTHDBaseT TX

GU HDBT

Tx

IR

Rx

Host

I/F

AARDVARK

Only for sink

with external

IR transmitter

HDMI Source

DUT

IR

Tx

HDMI

in

HDBT

Rx

HDBaseT™

Figure 17: Sink IR transmiter – Test Setup


76

HDBaseTHDBaseT TX

GU HDBT

Tx

IR

TX

Host

I/F

AARDVARK

HDMI Source

DUT

IR

RX

HDMI

in

HDBaseT™

Figure 18: Sink IR Reciver Test Setup


77


Test Purpose

Verify that HDBaseT Device Transmits/Receive IR control signal correctly over HDBaseT link.

Requirements

A 38 KHz IR carrier frequency support is mandatory.

Source/Sink/Extender type DUT with RX/TX blaster jack will have to work with both

modulated and un-modulated RX blaster.

Test Resources

a. HDBaseT GU

b. PC/Laptop with HDBaseT GU CTS SW.


d. 2 x 2 meter HDMI 1.4 cable as specified at section 2.6

e. HDMI source/Sink with IR remote control

Test Procedure

1. Connect DUT HDBaseT port to HDBaseT port on HDBT GU using short CAT5E UTP cable

2. Verify HDBT link established and Set HDBT GU IR configuration according to DUT IR

functionality as reported in CDF :

i. *If DUT CDF IF filed reported as IR transmitter then set HDBT GU unit

to IR receiver

ii. *If DUT CDF IF filed reported as IR receiver then set HDBT GU unit to IR

transmitter

iii. *If DUT CDF IF filed reported as IR receiver& transmitter then first set

HDBT GU unit to IR transmitter mode and test DUT IR receiver

functionality then Set HDBT GU to receiver mode and test DUT IR

transmitter functionality

3. Try to control HDMI Sink/source device using device remote control over HDBaseT IR

link (in case that HDBaseT device reported has internal IR transmitter try to operate

DUT over HDBaseT )

- Test the following control functions for sink device:

I. Power up

II. Volume control

- Test the following control functions for source device:

I. Power up


78

II. Play/stop function


If any of the control functions which specified in step C fail to be performed over HDBaseT IR then

test FAIL else test PASS


79

Test #6.1.1.2 - RS232 over HDBaseT test

Test Setup

Golden Unit

HDBaseT™

HD

Ba

se

T™

DUT

HDBaseT™

HD

Ba

se

T™

Po

rt #

1

HD

Ba

se

T™

Po

rt #

N


st

I/F

RS-232HDMI

Figure 19: RS232 over HDBaseT Test Setup

Test Purpose

Verify that HDBaseT device transmits RS232 signal correctly over HDBaseT link

Test References

Test Resources

a. HDBaseT GU

b. PC/Laptop with HDBaseT GU CTS SW.


d. RS232 cable

e. COM terminal application (such as HyperTerminal , ZOC)

Test Procedure

1. Connect DUT HDBaseT port to GU HDBaseT port using short CAT5E UTP cable and verify that

HDBT link established

2. Connect the test PC/Laptop to DUT RS232 port

3. Set RS232 Terminal application as Follow :

i. Baud rate :115200;

ii. Data :8 bit;

iii. Parity : none;

iv. stop bits: 1;

v. Flow control: None

vi. Terminal emulation :VT100;

vii. Disable local echo


81

4. Send the following test string over the RS232 port:” HDBT test string

1234567891ABCDEFGHIJKLMNOPQRSTVUWXYZ?><;'}{][“


If all test string characters echoed back to DUT RS232 without any error then test PASS else test

FAIL


81

7. Tests Report

Table 11: Test Report Table

Test ID: #x.x.x.x – Title Spec.

Range

Measure

Value

Result

Pass/Fail

Notes

Source/TX Extender Stand by Interface (HDSBI)

Test ID: #3.1.1.1 –

Source HDSBI Establish Link

Test ID: #3.1.1.2 –

Source Firmware Version ≥3031 3031

Test #3.1.1.2 Source

Firmware Version - Result

Test ID: #3.1.1.3 –

Source capabilities

Test ID: #3.1.1.4 –

Source vendor ID

Test ID: #3.1.2.1 –

Source HDSBI Transceiver 0 Error 0 Error

Test #3.1.2.1 Source HDSBI

Transceiver - Result

Source/TX Extender device HDBaseT

Test ID: #3.2.1.1 HDBaseT

Downstream Transmitter

Test #3.2.1.1 HDBaseT

Downstream Transmitter &

Test ID #3.2.2.1 HDBaseT

Upstream Receiver - Result

Test ID: #3.2.2.1 – HDBaseT

Upstream Receiver

TX Extender device HDMI over HDBaseT

Test ID: #3.3.1.1 – HDMI Video

Format Timing

HDMI Video format timing -

Result


82


Range

Measure

Value

Result

Pass/Fail

Notes

Test ID: #3.3.1.2 – HDMI Video Data

reliability BER<10-9 BER<10-9

Video data reliability - Result

Test ID: #3.3.1.3 – +5V

Test ID: #3.3.1.4 – EDID EDID compliance report

Test ID: #3.3.1.5 – HDCP

Test ID: #3.3.1.6 – CEC

Source device HDMI over HDBaseT


Format Timing


Result


reliability


Test ID: #3.3.2.3 – +5V



Test ID: #3.3.2.6 – CEC

Sink/RX Extender Stand by Interface (HDSBI)

Test ID: #4.1.1.1 –

Sink HDSBI Establish Link

Test ID: #4.1.1.2 –

Sink Firmware Version ≥3031 3031

Test #4.1.1.2 Sink DUT

Firmware version - Result

Test ID: #4.1.1.3 –


83


Range

Measure

Value

Result

Pass/Fail

Notes

Sink Capabilities

Test ID: #4.1.1.4 –

Sink Vendor ID

Test ID: #4.1.2.1 –

Sink HDSBI Transceiver 0 Error 0 Error

Test #4.1.2.1 Sink HDSBI

Transceiver - Result

Sink/RX Extender device HDBaseT


Upstream Transmitter


Downstream Receiver

RX Extender device HDMI over HDBaseT


Format Timing


Result


reliability BER<10-9 BER<10-9


Test ID: #4.3.1.3 – HPD



Test ID: #4.3.1.6 – CEC

Sink device HDMI over HDBaseT


Format Timing


Result

Test ID: #4.3.2.2 – HPD


84


Range

Measure

Value

Result

Pass/Fail

Notes



Test ID: #4.3.2.5 – CEC

Ethernet

Test ID: #5.1.1.1 – 100Base

Auto Negotiation

Test ID: #5.1.1.2 – 100Base

Parallel detect

Test #5.1.1.3 – Ethernet over

HDBaseT

Controls Over HDBaseT


Test #6.1.1.2 – RS232 over HDBaseT

test


85

Test #3.1.1.2 Source Firmware Version - Result

Full Reg Type Date Time

Test #3.1.2.1 Source HDSBI Transceiver - Result

Cable Cfg Num Of Pkt Link Err Pkt Rx Err Pkt Tx Err Result

#1 (CAT6A 100m) #2 (CAT5E90m+2x5m) #3 (CAT5E55m+1m+5m) #4 (CAT6A 20m) #5 (CAT5E 0.5m)


86

Test #3.2.1.1 HDBaseT Downstream Transmitter & Test ID #3.2.2.1 HDBaseT Upstream Receiver - Result

TMDS clock = 222.75 MHz

Cable

Cfg

Parameter Unit Spec Result

PASS

/

FAIL

Notes

Min Max ChA ChB ChC ChD W.C.

#1

(Cat6A

100m)

#DS Packet MPkt

#DS CRC Error Pkt

#Ethernet Bist Error Pkt

DownStream MSE dB

MAX

UpStream MSE dB

MAX

#2

(Cat5E

90m +

2x5m)

#DS Packet MPkt

#DS CRC Error Pkt


DownStream MSE dB

MAX

UpStream MSE dB

MAX

#3

(Cat5E

55m +

1m+5m)

#DS Packet MPkt

#DS CRC Error Pkt


DownStream MSE dB

MAX

UpStream MSE dB

MAX

#4

(Cat6A

20m)

#DS Packet MPkt

#DS CRC Error Pkt


DownStream MSE dB

MAX

UpStream MSE dB

MAX

#5

(Cat5E

0.5m)

#DS Packet MPkt

#DS CRC Error Pkt


DownStream MSE dB

MAX

UpStream MSE dB

MAX


87

HDMI Video format timing - Result


# CEA

code

Format

Name

QD

Format

Name

Bits

per

Color

TMDS

clock

[MHz]

Spec

Range

BER

Measure

Value

Result

1. 1 [email protected]/60 DMT0659/660 8 25.175 <10-9

2. 17,18 720x576p@50 576p50 8 27.000 <10-9

3. 4 1280x720P@60 720p60 8 74.250 <10-9

4. 5 1920x1080i@30 1080i30 8 74.250 <10-9

5. 5 1920x1080i@30 1080i30 10 74.250 <10-9

6. 5 1920x1080i@30 1080i30 12 74.250 <10-9

7. 16 1920x1080P@60 1080p60 8 148.500 <10-9


88

8. 16 1920x1080P@60 1080p60 10 148.500 <10-9

9. 16 1920x1080P@60 1080p60 12 148.500 <10-9


89

Test #4.1.1.2 Sink DUT Firmware version - Result

Full Reg Type Date Time

Test #4.1.2.1 Sink HDSBI Transceiver - Result

Cable Cfg Num Of Pkt Link Err Pkt Rx Err Pkt Tx Err Result

#1 (CAT6A 100m) #2 (CAT5E90m+2x5m) #3 (CAT5E55m+1m+5m) #4 (CAT6A 20m) #5 (CAT5E 0.5m)


91

Test #4.2.1.1 HDBaseT Upstream Transmitter & Test ID #4.2.2.1 HDBaseT Downstream Receiver - Result

TMDS clock = 222.75 MHz

Cable Cfg Parameter Unit Spec Result PASS /

FAIL

Notes

Min Max ChA ChB ChC ChD W.C.

#1 (Cat6A

100m)

#DS Packet MPkt 1000

#DS CRC Error Pkt 10

#Ethernet Bist Error Pkt 0

DownStream MSE dB -14.00

MAX 1.8

UpStream MSE dB -19.25

MAX 0.75

#2 (Cat5E

90m +

2x5m)





MAX 2.00


MAX 0.80

#3 (Cat5E

55m + 1m

+ 5m)





MAX 1.8


MAX 0.70

#4 (Cat6A

20m)





MAX 1.8


MAX 0.60

#5 (Cat5E

0.5m)





MAX 1.8



91

MAX 0.55

HDMI Video format timing - Result


92


# CEA

code

Format

Name

QD

Format

Name

Bits

per

Color

TMDS

clock

[MHz]

Spec

Range

BER

Measure

Value

Result

1. 1 [email protected]/60 DMT0659/660 8 25.175 <10-9

2. 17,18 720x576p@50 576p50 8 27.000 <10-9

3. 4 1280x720P@60 720p60 8 74.250 <10-9

4. 5 1920x1080i@30 1080i30 8 74.250 <10-9

5. 5 1920x1080i@30 1080i30 10 74.250 <10-9

6. 5 1920x1080i@30 1080i30 12 74.250 <10-9

7. 16 1920x1080P@60 1080p60 8 148.500 <10-9

8. 16 1920x1080P@60 1080p60 10 148.500 <10-9

9. 16 1920x1080P@60 1080p60 12 148.500 <10-9


93

EDID compliance report

Test ID 8-1: EDID Readable

PASS->Block 0 header

PASS->Block 0 checksum

PASS->Number of extension blocks is 1

PASS->Block 1 checksum

Test ID 8-2: EDID VESA Structure

PASS->Correct EDID version

PASS->Correct Video Information Byte

PASS->Correct Preferred Timing Bit

PASS->Preferred Timing descriptor

PASS->Monitor Range Limits header

PASS->Monitor Name header

PASS->Monitor Descriptor follows DTD

Test ID 8-3: CEA Timing Extension Structure

PASS->CEA T.E. in EDID block 1

PASS->Correct CEA T.E. version in EDID block 1

PASS->Legal Data Block types in EDID block 1

PASS->Basic Audio claimed in CDF matches EDID

PASS->Basic Audio and Audio Data Block are found in EDID block 1

PASS->Audio Block length is a multiple of 3 in EDID block 1

PASS->Short Audio Descr. Rsvd bits are zeros in EDID block 1

PASS->Short Audio Descr. Rsvd byte is zero in EDID block 1

PASS->One Speaker Alloc. Data Block is present in EDID block 1

PASS->Legal Speaker Alloc Block length in EDID block 1

PASS->Speaker Alloc Descr. Rsvd bits zero in EDID block 1

PASS->Speaker Alloc rsvd bytes zeros in EDID block 1

PASS->d points to correct location in EDID block 1

PASS->HDMI VSDB is present in EDID block 1

PASS->HDMI VSDB has correct length in EDID block 1

PASS->Physical address in HDMI VSDB is 1.0.0.0

PASS->Correct Support_AI field in block 1

PASS->VSDB byte 6 reserved field set to zero in block 1

PASS->Valid max TMDS clock value in block 1

PASS->Zero Reserved Extension Fields in block 1 VSDB

PASS->Only one HDMI VSDB is present in EDID block 1

PASS->3D/4Kx2K video formats support not indicated in EDID and not declared in CDF.

PASS->3D video formats support not indicated in EDID and 3D video format support not

declared in CDF.


94

PASS->Additional 3D video format support not indicated in EDID and additional 3D video

format support not declared in CDF.

PASS->Correct number of native DTDs

Test ID 8-17: Basic Format Support Requirements

NATIVE DETAILED TIMING # 1:

PASS->DTD matches an 861B format with VIC = 5

PASS->SVD that matches the VIC of the 861 format is found

PASS->Pixel clock of DTD exactly matches that of the 861 format

PASS->Pixel rate within HDMI specifications.

DETAILED TIMING # 2:

PASS->DTD matches an 861B format with VIC = 2

PASS->SVD that matches the VIC of the 861 format is found

PASS->Pixel clock of DTD exactly matches that of the 861 format

PASS->Pixel rate within HDMI specifications.

Test ID 8-18: HDMI Format Support Requirements

PASS->CDF field Sink_60Hz matches information in EDID

PASS->CDF fields Sink_60Hz and Sink_HDTV matches information in EDID

PASS->CDF field Sink_50Hz matches information in EDID

PASS->CDF fields Sink_50Hz and Sink_HDTV matches information in EDID

PASS->CDF field 720x480p/60 4:3 (VIC = 2) matches information in EDID



PASS->CDF field 1920x1080i/60 16:9 (VIC = 5) matches information in EDID











Test ID 8-19: Pixel Encoding Requirements

PASS->HDMI Supports either YCbCr 4:2:2 or YCbCr 4:4:4 then both shall be supported

Test ID 8-20: Video Format Timing


95

PASS->No VIC greater than 64 found

PASS->All VICs are non-zero


96

8. HDBaseT Recommended Cables Test Purpose

Establish an HDBaseT link using source and sink golden units with the tested cable and verify

downstream and upstream transmission performance at 100m Cable Assembly.

Test Setup

Golden Unit

HDBaseT™

RX Extender RS

-23

2

HD

Ba

se

T™

DUT

HDBaseT™

TX Extender

HD

Ba

se

T™

Po

rt #

1

HD

Ba

se

T™

Po

rt #

N


st

I/F

HDMI outHDMI in

QD882EA

HDMI

In-1

HDMI

Out1

LAN

NET

Figure 20: Calibration Setup.

Test Resources

d. PC/Laptop with HDBaseT GU CTS SW.

e. HDBaseT Sink (RX) GU.

f. HDBaseT Source (TX) GU.

g. 2 x 5m CAT5E patch

h. 90m un-terminated Tested cable.


97

Test Procedure

1. Configure the GUs HDBaseT port to HDBaseT


3. Configure QD to transmit HDMI 1080p 60Hz 12Bit.

4. Receive at least 1e9 Video Packets and measure the CRC error count.

5. Read HDBaseT GU sink’ receiver slicer performance matrices:

Slicer Mean Square Error (MSE) and slicer max error.


CRC error count, slicer mean square error (MSE) and slicer max error must comply with the

following:

Downstream

MAX CRC

error count

Downstream

MIN MSE

Downstream

slicer max

error

Upstream

Ethernet

error count

Upstream

MSE

Upstream

slicer max

error

90m tested

cable + 2 x 5m

CAT5E

1 -10.00dB 2.0 0 -19.25dB 0.75


98

9. Tests – CDF This section contains the Capabilities Declaration Form for the HDBaseT product you are submitting for

testing. The purpose of this document is to assist the RTF tester to identify the tests required in your

product certification process. Please complete this form carefully and thoroughly to simplify the testing

procedure. All capabilities declared in this form must be compatible with your actual product features. In

case of in-discrepancy, the product features as found by the tester would be tested.

9.1. General

Product Vendor Name

Product Name(s)/Model Name(s)

Device Vendor ID (approved by HDBaseT LLC)

Device Type ID

Product revision

HDBaseT Type HDBaseT Source device: Device which has HDBaseT TX port and contain video generation mechanism

HDBaseT Sink Device: Device which has HDBaseT RX port and contain video display processor

HDBaseT Extender RX: Device which pass through video from HDBaseT RX port to HDMI output port

HDBaseT Extender TX: Device which pass through video from HDMI input port to HDBaseT Tx port

HDBaseT Source / HDBaseT Sink / HDBaseT Tx Extender / HDBaseT

Rx Extender

HDBaseT Class HDBaseT / HDBaseT-Lite

Port configuration HDBaseT Tx port number HDBaseT Rx port number

1,2,3,…,N

Port similarity declaration In case port number>1 declare which ports are similar (in case that ports are not similar for each Group of ports CDF should be filled) *Similarity is defined as HW similarity and functionality similarity * If a ports functionality is a subset with less functionality options – it would be counted as a similar port

All, 1,2,-N


99

9.2. Optional Capabilities

100BaseT support Does 100baseTX PHY fall back operation mode supported?

Yes / No

Ethernet over HDBaseT Does Ethernet over HDBaseT function supported?

Yes / No

IR Does IR over HDBaseT function supported? Not supported / Receiver / Transmitter / Transmitter&Receiver

RS232 Does RS232 over HDBaseT function supported? Yes / No

CEC Does CEC over HDBaseT function is supported ? Yes / No

Notes/Remarks:

9.3. Source & Sink

HDMI format support

Which of the following formats are supported?

640x480p/60Hz 4:3

720x480p/60Hz 4:3

720x480p/60Hz 16:9

No

24bit

24bit 30bit 36bit 48bit

24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


111

1280x720p/60Hz 16:9

1920x1080i/60Hz 16:9

1440x480i/60Hz 4:3

1440x480i/60Hz 16:9


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit


111

1920x1080p/60Hz 16:9

720x576p/50Hz 4:3

720x576p/50Hz 16:9

1280x720p/50Hz 16:9

1920x1080i/50Hz 16:9

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit


112

1440x576i/50Hz 4:3

1440x576i/50Hz 16:9

1920x1080p/50Hz 16:9

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

No

24bit


24bit 30bit 36bit

24bit 30bit

30bit

36bit

48bit

Additional format Does the product supports more additional formats which are not specified above?

Yes / No

Additional format #1 No 24bit 24bit 30bit 36bit 48bit 24bit 30bit 36bit 24bit 30bit 30bit 36bit 48bit

Additional format #2 No 24bit 24bit 30bit 36bit 48bit 24bit 30bit 36bit


113

24bit 30bit 30bit 36bit 48bit

Additional format #N No 24bit 24bit 30bit 36bit 48bit 24bit 30bit 36bit 24bit 30bit 30bit 36bit 48bit

Notes/Remarks:

9.4. Extender Tx

HDMI format pass through support

Dose DUT Pass-through HDMI formats without any change (up-scaling, Down- scaling, conversion from display port to HDMI ,etc)?

Yes / No (If no, will be check as a source device)

Max TMDS clock support What is the Max TMDS clock supported?

Color depth support What are the supported color depths? 24bit 24bit 30bit 36bit 48bit 24bit 30bit 36bit 24bit 30bit 30bit 36bit 48bit

Additional format If the DUT does not support Pass through format, please specified what are the basic formats which are supported by the DUT

Yes / No

Additional format #1 24bit 24bit 30bit 36bit 48bit 24bit 30bit 36bit 24bit 30bit 30bit


114

36bit 48bit

Additional format #2 24bit 24bit 30bit 36bit 48bit 24bit 30bit 36bit 24bit 30bit 30bit 36bit 48bit

Additional format #N 24bit 24bit 30bit 36bit 48bit 24bit 30bit 36bit 24bit 30bit 30bit 36bit 48bit

5V DUT Pass-through 5V signal from the HDMI cable to HDBaseT link

DUT control 5V indication internally

Managed / Pass-through

HDCP DUT pass-through HDCP DDC Transactions

DUT has HDCP repeater function

Pass-through / repeater

EDID DUT pass-through EDID DDC Transactions

DUT Has an internal EDID

Pass-through / internal EDID

9.5. Extender Rx

HDMI format pass through support

Dose DUT Pass-through HDMI formats without any change (up-scaling, Down-scaling, etc)?

Yes / No

Max TMDS clock support What is the Max TMDS clock supported?

Color depth support What are the supported color depths? 24bit 24bit 30bit 36bit 48bit 24bit 30bit 36bit 24bit 30bit 30bit 36bit 48bit


115

Additional format If the DUT does not support Pass through format, please specified what are the basic formats which are supported by the DUT

Yes / No



Additional format #N 24bit 24bit 30bit 36bit 48bit 24bit 30bit 36bit 24bit 30bit 30bit 36bit 48bit

HPD DUT Pass-through HPD signal from the HDMI cable to HDBaseT link

DUT control HPD indication to HDbaseT link internally

Managed / Pass-through

HDCP DUT pass-through HDCP DDC Transactions

DUT has HDCP repeater function

Pass-through / repeater

EDID DUT pass-through EDID DDC Transactions

DUT Has an internal EDID

Pass-through / internal EDID

Notes/Remarks:


116

GLOSSARY

Term Definition

AV Audio Video/Visual

CE Consumer Electronic

CEC Consumer Electronic Control

DDC Display Data Channel

CDF Capability Declaration Form

CTS Compliance Tests Specification

DVI Digital Visual Interface

DUT Device Under Test

EEPROM Electronically Erasable Programmable Read-only Memory

GU Golden unit

HD High Definition

HDMI High Definition Multimedia Interface

HLIC HDBaseT Link Internal Controls

HPD Hot Plug Detect

I2C Inter IC

LLC

MAC Media Access Control Layer

PHY Physical Layer

PoE Power Over Ethernet

HDSBI HDBaseT Stand By Interface

TMDS Transition Minimized Differential Signaling

UART Universal Asynchronous Receive Transmit

REFERENCES [1] Valens Semiconductor, HDBaseT Specification Version 1.0, March 3, 2010

[2] IEEE 802.3 section 2

[3] CEA-861-E standard

[4] High-Definition Multimedia Interface Specification Version 1.4


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CONTACT INFORMATION HDBaseT Alliance

3855 SW 153rd Drive l Beaverton, OR 97006

Tel: +1 (503) 619-3007 l Fax: +1 (503) 644-6708

[email protected] l www.hdbaset.org

mailto:[email protected]

http://www.valens-semi.com/

HDBaseT Compliance Test Specification

118

Confidential

ANNEX

Golden Unit Calibration

A calibration procedure must be performed on both TX Extender GU and RX Extender GU.

For each cable assembly per , Connect HDBaseT output port of TX GU to HDBaseT input port of RX

GU and run the complete HDBaseT Compliance testing as described in this document.

Golden Unit

HDBaseT™

RX Extender RS

-23

2

HD

Ba

se

T™

DUT

HDBaseT™

TX Extender

HD

Ba

se

T™

Po

rt #

1

HD

Ba

se

T™

Po

rt #

N


st

I/F

HDMI outHDMI in

QD882EA

HDMI

In-1

HDMI

Out1

LAN

NET

Figure 21: Calibration Setup.

compliance test specification 1 - hdbaset™ – a ...hdbaset.org/docs/members/hdbaset compliance...

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