COMPLIANCE TEST SPECIFICATION 2 - HDBaseT Alliancehdbaset.org/docs/members/TWG_CTS_HDBaseT2.0a.pdf · All products are sold subject to Valens [s terms and conditions of sale supplied

COMPLIANCE TEST SPECIFICATION 2.0a

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

HDBaseT Compliance Test Specification 2.0a

Page 2 of 119 HDBaseT Alliance Confidential

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HDBaseT Alliance does not warrant performance of its hardware and software products except to the specifications applicable at the time of sale in accordance with HDBaseT Alliance’s standard warranty. Testing and other quality control techniques are used to the extent HDBaseT Alliance deems necessary to support this warranty. Except where mandated by government requirements, testing of all parameters of each product is not necessarily performed.

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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] • www.hdbaset.org

Revision History

Revision Date Author Description

2.0_Draft 20 January

2015

Peretz Ben-Haviv Draft specification

2.0 10

February

2015

Peretz Ben-Haviv,

Ronen Mazor,

Shlomi Vaknin

First Release

2.0a 28 April

2015

Peretz Ben-Haviv,

Michael Reich

Merging 2.0 and 1.3.b

Chapter 2.1.1: adding HDBaseT_CTS_V2.3 software reference

Chapter 2.12: cables: unifying cables list for class A,B and

Class C,D (CFG#1,2,3…8).

Chapter 9: Test Report: updating Report format (adding

general info section).

Chapter 10: updating CDF.

Add report for recommended cable and recommended SFP

Add HDBaseT class definition

mailto:[email protected]

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



Glossary

Term Definition

ARC Audio Return Channel

AFE Analog Front End

AV Audio Video / Audio-Visual

CE Consumer Electronics

CEC Consumer Electronic Control

CIR Consumer Infrared

CTS Compliance Test Specification

EVK Evaluation Kit

CTS Compliance Test Specification

DDC Display Data Channel

DVI Digital Visual Interface

EEPROM Electronically Erasable Programmable Read-Only Memory

GPIO General Purpose Input Output

HD High Definition

HDBT HDBaseT

HDCD HDBaseT Configuration Database

HDCP High-Bandwidth Digital Content Protection

HDMI High Definition Multimedia Interface

HIF Host Interface

HLIC HDBaseT Link Internal Controls

HPD Hot Plug Detect

I/F Interface

IC Integrated Circuit

I2C Inter IC

I2S Inter IC Sound

KVM Keyboard / Video / Mouse

LPPF Low Power Partial Functionality

LSB Least Significant Bit

LVDS Low-Voltage Differential Signaling

MSIO Multi Serial Input Output

MAC Media Access Control Layer

MCU Microcontroller Unit

RoHS Restriction of Hazardous Substances

SNR Signal-to-Noise Ratio

MIB Management Information Base

MSB Most Significant Bit

OM Operation Mode

PHY Physical Layer

PoE Power Over Ethernet

http://en.wikipedia.org/wiki/Restriction_of_Hazardous_Substances_Directive



Term Definition

PRBS Pseudo Random Bit Stream

RIF Register Interface

SERDES SERializer DESerializer

SPDIF Sony/Philips Digital Interface Format

SPI Serial Peripheral Interface

STB Set-Top Box

UART Universal Asynchronous Receive Transmit

USB Universal Serial Bus



Table of Contents

1 Overview ...................................................................................................... 10

1.1 Scope ........................................................................................................... 10

1.2 References ................................................................................................... 10

1.3 Introduction ................................................................................................. 10

2 Test Set Up and Equipment ........................................................................... 13

2.1 Golden Units ................................................................................................ 13

2.1.1 PC with CTS Software ................................................................................ 14

2.1.2 Cables ........................................................................................................ 15

2.1.3 Test equipment ......................................................................................... 16

2.1.4 Device Required Tests ............................................................................... 16

3 HDBaseT Port ............................................................................................... 19

3.1 HDBaseT Link performance ........................................................................... 19

3.1.1 HDBaseT Stand by Interface (HDSBI) Link ................................................. 19

3.1.2 HDBaseT Active mode (Copper) ................................................................ 22

3.1.3 HDBaseT Active mode (Fiber) ................................................................... 31

3.1.4 100BaseTX Phy performance .................................................................... 33

3.2 PoH ............................................................................................................. 34

3.3 HDCD ........................................................................................................... 38

3.3.1 Vendor ID .................................................................................................. 38

4 Network ....................................................................................................... 40

4.1 Discovery ..................................................................................................... 40

5 Interfaces over HDBaseT ............................................................................... 41

5.1 HDMI ........................................................................................................... 41

5.1.1 External HDMI Source interface ................................................................ 41

5.1.2 Embedded HDMI Source interface ............................................................ 48

5.1.3 External HDMI Sink interface .................................................................... 51

5.1.4 Embedded HDMI Sink interface ................................................................ 58

5.2 USB.............................................................................................................. 62

5.2.1 USBH .......................................................................................................... 62

5.2.2 USBD .......................................................................................................... 65

5.3 SPDIF ........................................................................................................... 68

5.3.1 SPDIF TX ..................................................................................................... 68

5.3.2 SPDIF RX .................................................................................................... 72



5.4 Ethernet ...................................................................................................... 76

5.4.1 Ethernet..................................................................................................... 76

5.5 CIR ............................................................................................................... 80

5.5.1 CIR TX (Receiver) ....................................................................................... 80

5.5.2 CIR RX (Transmitter) .................................................................................. 84

5.6 UART ........................................................................................................... 89

6 HDBaseT Recommended Cable ..................................................................... 91

7 HDBaseT Recommended Fiber Optic SFP ....................................................... 93

8 Test Report ................................................................................................... 95

8.1 Device Test Report ....................................................................................... 95

8.2 Recommended CATx Cable Test Report ...................................................... 104

8.3 Recommended SFP Test Report .................................................................. 105

9 Capabilities Declaration Form (CDF) ............................................................ 106



Table of Figures

Figure 1: HDBaseT TX Golden Unit ...................................................................................................................... 13

Figure 2: HDBaseT RX Golden Unit ...................................................................................................................... 14

Figure 3: Basic Test Setup .................................................................................................................................... 19

Figure 4: HDBaseT TX Class A/B – Test Setup ................................................................................................... 22

Figure 5: HDBaseT Sink – Test Setup .................................................................................................................. 27

Figure 6: PSE detection output voltage test setup ................................................................................................ 34

Figure 7: PSE Feeding Voltage ............................................................................................................................. 35

Figure 8: Non PSE connected to PD GU .............................................................................................................. 37

Figure 9: External HDMI SRC test setup ............................................................................................................... 41

Figure 10: Embedded HDMI SRC test setup ........................................................................................................ 48

Figure 11: External HDMI SNK test setup ............................................................................................................. 52

Figure 12: Embedded HDMI SNK test setup ......................................................................................................... 58

Figure 13: USBH External ..................................................................................................................................... 62

Figure 14: USBH Embedded ................................................................................................................................. 64

Figure 15: USB External Device Connect Through External Hub ......................................................................... 65

Figure 16: Embedded USBD ................................................................................................................................. 67

Figure 17: SPDIF TX External ............................................................................................................................... 68

Figure 18: SPDIF TX Embedded ........................................................................................................................... 70

Figure 19: SPDIF RX External .............................................................................................................................. 72

Figure 20: SPDIF RX embedded ........................................................................................................................... 74

Figure 21: Ethernet External ................................................................................................................................. 76

Figure 22: Ethernet Embedded Test Setup ........................................................................................................... 78

Figure 23: CIR TX (Reciever) ................................................................................................................................ 80

Figure 24: CIR RX (Transmitter) ........................................................................................................................... 84

Figure 25: External UART test setup ..................................................................................................................... 89

Figure 26: Embedded UART test setup ................................................................................................................ 90

Figure 27: HDBaseT Recommended Cable Test Setup ........................................................................................ 91

Figure 28: HDBaseT Recommended Fiber Optic SFP Test Setup........................................................................ 93



Table of Tables

Table 1: Class supported feature and cable distances.......................................................................................... 11

Table 2: Interfaces supported by each Type ......................................................................................................... 14

Table 3: CATx Cable Assembly Configurations for classA, classB setups ............................................................ 15

Table 4: Recommended Test Equipment .............................................................................................................. 16

Table 5: Required Tests per the device’s CDF ..................................................................................................... 17

Table 6: HDBaseT Downstream Link Quality Test Limits Supported TMDS clock =<225hz ................................. 23

Table 7: HDBaseT downstream Link Quality Test Limits Supported TMDS Clock >225hz ................................... 23

Table 8: BIST HDCD values ................................................................................................................................. 25

Table 9: Test performance configuration and Pass Criteria .................................................................................. 26

Table 10: HDBaseT upstream link quality test limits ............................................................................................. 28

Table 11: HDBaseT Downstream Link Quality Test Limits Supported TMDS clock =<225hz ............................... 29

Table 12: HDBaseT downstream Link Quality Test Limits Supported TMDS Clock >225hz ................................. 29

Table 13: Recommended Cable Pass Criteria ...................................................................................................... 92

Table 14: Test Report Table ................................................................................................................................. 96

Table 15: Class C/D HDBaseT performance test result ........................................................................................ 98

Table 16: Class A/B HDBaseT Performance Test Result ..................................................................................... 99

Table 17: Video Data Reliability Test Result ....................................................................................................... 101



1 Overview

1.1 Scope

The scope and purpose of this document is to define procedures, tools and criteria for testing the compliance of systems with HDBaseT Specification Version 2.0.

Section ‎1.3 provides an overview of the Certification Test Specification document.

Chapter ‎2 discusses test setups and equipment.

Chapter ‎2.1.4 contains a list of required tests.

Chapter ‎3 describes the HDBaseT port test procedures.

Chapter ‎4 describes the HDBaseT network test procedures.

Chapter ‎5 describes the interfaces over HDBaseT test procedures.

Chapter ‎6 describes the HDBaseT recommended cable test procedure.

Chapter ‎7 describes the HDBaseT recommended SFP test procedure.

Chapter ‎8 contains a sample test report.

Chapter ‎9 contains sample Capabilities Declaration Forms (CDFs).

1.2 References

HDBaseT Specification Version 2.0, August 4th 2014

IEEE 802.3 Section 2

CEA-861-E Standard

High-Definition Multimedia Interface Specification Version 1.4

1.3 Introduction

HDBaseT is a connectivity standard for whole-home and commercial distribution of uncompressed ultra-high-definition multimedia content. The cornerstone of HDBaseT technology is 5Play, a feature set that converges uncompressed ultra-HD digital video and audio, 100BaseT Ethernet, USB 2.0, up to 100W of power over cable, and various control signals through a single LAN cable for up to 100 meters/328 feet. The latest specification of HDBaseT also enables the transmission of audio & video, Ethernet, USB and controls over fiber optic, for even longer distances.

HDBaseT define 5 classes of HDBaseT products. Table 1 shows each class supported features and cable distances



Table 1: Class supported feature and cable distances

Class/

Features

A B C D E

Supported

distances per

cable type and

HDBaseT

Bandwidth/

Video

resolution

1080P60 36bit/

6Gbps

CAT5E/6/6A/7up to

100 meter

4k/2K/1080P60 48 bit

/8 Gbps

CAT5E/6 up to

70 meter

CAT6A/7 up to

90 meter

1080P60 36bit/

6Gbps

CAT5E/6 up to

60 meter

CAT6A/7

up to 70 meter

4k/2K/1080P60 48

bit/8 Gbps

CAT5E/6 up to

35 meter

CAT6A/7 up to

40 meter

1080P60 36bit/

6Gbps

CAT5E/6/6A/7up

to 100 meter

4k/2K/1080P60

48 bit/8 Gbps

CAT5E up to

90 meter

CAT6/6A/7 up to

100 meter

1080P60 24bit/ 6Gbps

CAT6A/7

up to 30 meter

Fiber OM3 – 600 meter for

any video resolution /

HDBaseT Bandwidth

Fiber OM4– 800 meter for

any video resolution /

HDBaseT Bandwidth

HDMI Mandatory Mandatory Optional Optional Optional

USB Not supported Not supported Optional Optional Optional

Ethernet

Optional Not supported Optional Not supported Optional

SPDIF Not supported Not supported Optional Not supported Optional

CIR Optional Optional Optional Optional Optional

UART Optional Optional Optional Optional Optional

PoH Optional Optional Optional Optional Not supported

In order to ensure the various components in an HDBaseT system function optimally and according to specification, comprehensive compliance tests must be conducted. These tests are structured in this document to provide a description of the purpose, resources, and procedures for each test. Each test description consists of the following components:

Test ID: Test ID number and title

Test Setup: Describes the configuration of the test environment

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

Test References: Specifies source material external to this document



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

test

Test Procedure: Describes the test method in detail

Test Pass/Fail Criteria States the test limits for pass and fail



2 Test Set Up and Equipment

A typical test setup contains the following:

HDBaseT Golden Units (GUs)

A PC with HDBaseT2.0_CTS software and RS232 cable connected to the Debug port

Set of LAN and/or Fiber Cables and HDMI cables

Various test equipment

2.1 Golden Units

In general, all tests require connection of the device under test (DUT) to a Golden Unit (GU). There are three types of Golden Units, named classes- for each class there shall be an HDBaseT TX Extender GU and an HDBaseT RX Extender GU:

Type 1: Tx & Rx units that includes VS100 chipset For Class A&B tests

Type 2: Tx & Rx units that includes VS2310 chipset For Class C&D tests

Type 3: Tx & Rx units that includes VS2310 chipset and VS2311 chipset (Fiber interface) For Class E tests.

Golden Unit

HDBaseT™

HDBaseT™

TX

Fiber/Copper EthernetUSBH

Spdif

in

Spdif

outHDMI

In

USBD

External

CIR

Transmitter

Type A&B

External

CIR

Receiver

Type B

Integrated

CIR

Receiver

Type A

MNG

UART

External

UARTPower

Figure 1: HDBaseT TX Golden Unit



Golden Unit

HDBaseT™

HDBaseT™

RX

Fiber/Copper EthernetUSBH

Spdif

in

Spdif

outHDMI

Out

USBD

External

CIR

Transmitter

Type A&B

External

CIR

Receiver

Type B

Integrated

CIR

Receiver

Type A

MNG

UART

External

UARTPower

Figure 2: HDBaseT RX Golden Unit

The GUs include the following interfaces:

Table 2: Interfaces supported by each Type

Interface Type 1 Type 2 Type3

HDBaseT Copper Yes Yes No

HDBaseT Fiber (SFP) No No Yes

HDMI In/Out Yes Yes Yes

USBH/USBD No Yes Yes

Ethernet Yes Yes Yes

UART Yes Yes Yes

Integrated CIR receiver

Type A

Yes Yes Yes

External CIR receiver

Type B

Yes Yes Yes

External CIR Transmitter

Type A&B

Yes Yes Yes

External SPDIF in /out No Yes Yes

PSE/PD configuration Yes Yes No

2.1.1 PC with CTS Software

PC with window 7 32/64 bit

Software:



For class A,B chipsets: HDBaseT_CTS_V2.3 software installed.

For class C,D chipsets: HDBaseT2.0_CTS software installed.

RS-232 (UART) cable - control cable connection to the GU through MNG UART port

2.1.2 Cables

2.1.2.1 Cables for all class setups

The following cable types are used for all setups (A,B,C,D,E):

HDMI cables: 2 x 2-m HDMI 1.4 compliant cables with standard type A connectors

RS232 cable

2.1.2.2 Cables for class A, B,C, D setups

The following CAT5E/6/6A Cables and CAT5E patches are to be used when HDBT

Class of DUT is class A,B,C,D (all compliant with ANSI/TIA/EIA-568):

Table 3: CATx Cable Assembly Configurations for classA, classB setups

Cfg# Supported per class Yes/No HDBaseT cables assembly configuration

Class A Class B Class C Class D

#1 Yes No No No F/STP CAT 6A 100 m

#2 Yes No No No UTP CAT 5E 90 m + 2x5 m CAT 5E patch

#3 Yes Yes No No UTP CAT 5E 55m + 1m CAT 5E patch + 5m CAT 5E patch

#4 Yes Yes No No F/STP CAT6A 20 m

#5 Yes Yes No No UTP CAT5E 0.5 m

#6 No No Yes No F/UTP CAT5E 90 m + 2x5 m CAT5e patch

#7 No No Yes No U/STP CAT6 90 m + 2x5 m CAT5e patch

#8 No No Yes Yes F/STP CAT6A 30 m

2.1.2.3 CTS Cable Kit manufacture part number/model

Cables Manufacture part number

F/STP CAT 6A: Teldor 83G0204xxx Cat. 6A 4x2x23/1 AWG U/FTP FR-LSZH

UTP CAT5E : Teldor 7562004129 4x2x24# UTP

U/STP CAT6 : Teldor 830024129 4x2x23# STP HFFR

F/UTP CAT5E :Teldor 8375204129 4x2x24# FTP HFFR

Recommended RJ45 connector types for testing the HDBaseT link masks:



BTR NETCOM - Art-Nr 140 140 5012-I E-DAT industry IP20 RJ45 cat 6A field plug.

WESTERN WIRE Cat 6A shielded plugs P/N GLA-00820+GLA-0821.

Any standard Cat 5E RJ45 connector.

2.1.2.4 Fiber cables for class E

The following fiber cables are to be used when HDBT Class of DUT is class E:

Fiber optic OM3 600 meter cable

Fiber optic OM4 800 meter cable

2.1.3 Test equipment

The following table shows the recommended test equipment.

Table 4: Recommended Test Equipment

Equipment Manufacture Model Notes

Video Test

Instrument

Quantum

Data

QD882EA Networked Video Tests - Pattern generator and

protocol analyzer

Video Test

Instrument

Quantum

Data

QD980D

GEN3

Networked Video Test Instrument - Pattern generator

and protocol analyzer for 4K video formats

Audio Generator and

Analyzer

PrismSound dScope

Series III

Scope various various Calibrated

Multimeter various various

PoE Test Fixture Valens

Fiber Attenuator various various 4db

PC various ICH family Windows 7 or 8

Based on Intel chipsets using an I/O Controller Hub

(ICH) family component

USB Mouse/

Keyboard

various various

USB Disk-On-Key various various

High Speed USB Hub Belkin various

2.1.4 Device Required Tests

While the devices ID and the declaration of the Device’s feature list are always tested, all other tests are executed depending on the devices capabilities and features as define in the Capabilities Declaration Form (CDF), as describes in section ‎9.

Table 5 describes the various optional and mandatory tests for the HDBaseT devices, and correlates between the test to be executed and the actual capabilities/feature in the CDF.



Table 5: Required Tests per the device’s CDF

Test name CDF condition

3.1.1.1 HDSBI ClassA,B Tests HDBaseT class=A, B

3.1.1.2 HDSBI ClassC,D Tests HDBaseT class =C,D

3.1.2.1 HDBaseT ClassA,B Tx Phy downstream

performance Test HDBaseT class =A, B

3.1.2.2 HDBaseT ClassA,B Tx Phy upstream

perfromanceTest HDBaseT class =A,B

3.1.2.3 HDBaseT ClassC,D Tx Phy performance Test HDBaseT class =C,D

3.1.2.4 HDBaseT ClassA,B Rx Phy upstream

performance Test HDBaseT class =A,B

3.1.2.5 HDBaseT ClassA,B Rx phy downstream

performance Test HDBaseT class =A,B

3.1.3.1 HDBaseT fiber (ClassE )TX Phy performance

Test HDBaseT class =E

3.1.3.2 HDBaseT fiber (ClassE) RX Phy performance

Test HDBaseT class =E

3.2.1.1 PSE detection output voltage Test PoE=PSE

3.2.1.2 PSE feeding voltage Test PoE=PSE

3.2.1.3 Non PoE output voltage test PoE=No or PD

3.3.1.1 Vendor ID Test Mandatory for all DUTs

3.3.1.2 ClassA,B Feature list Test HDBaseT class=A, B

4.1.1.1 ClassC,D,E Feature list Test HDBaseT class =C,D,E

5.1.1.2 External HDMI-SRC HPD Test HDMI source type ≠Embedded

5.1.1.3 External HDMI-SRC pass-through EDID Test HDMI source type ≠Embedded &

Internal EDID = Not supported

5.1.1.4 External HDMI-SRC internal EDID Test HDMI source type ≠Embedded &

Internal EDID = Supported

5.1.1.5 External HDMI-SRC HDCP Test HDMI source type ≠Embedded

5.1.1.6 External HDMI-SRC CEC HDMI source type ≠Embedded &

CEC=supported

5.1.2.1 Embedded HDMI-SRC Data reliability Test HDMI-Source type=Embedded

5.1.2.2 Embedded HDMI-SRC CEC Test HDMI-Source type=Embedded

5.1.3.1 External HDMI-SNK Data reliability Test HDMI-Sink type≠ Embedded

5.1.3.2 External HDMI-SNK 5V Test HDMI-Sink type≠ Embedded

5.1.3.3 External HDMI-SNK pass-through EDID Test HDMI-Sink type≠ Embedded

Internal EDID = Not Supported

5.1.3.4 External HDMI-SNK internal EDID Test HDMI-Sink type≠ Embedded

Internal EDID = Supported

5.1.3.5 External HDMI-SNK HDCP Test HDMI-Sink type≠ Embedded

5.1.3.6 External HDMI-SNK CEC Test HDMI-Sink type≠ Embedded &



CEC=supported

5.1.4.1 Embedded HDMI-SNK Data reliability Test HDMI-Sink type= Embedded

5.1.4.2 Embedded HDMI-SNK EDID Test HDMI-Sink type= Embedded

5.1.4.3 Embedded HDMI-SNK HDCP Test HDMI-Sink type= Embedded

*Optional for Camera Receiver product category

5.1.4.4 Embedded HDMI-SNK CEC Test HDMI-Sink type= Embedded

& CEC=supported

5.2.1.1 External USBH Test USB-H=External

5.2.1.2 Embedded USBH Test USB-H=Embedded

5.2.2.1 External USBD Test USB-D=External

5.2.2.2 Embedded USBD Test USB-D=embedded

‎5.3.1.1 External SPDIF TX Test SPDIF TX interface type =External

5.3.1.2 Embedded SPDIF TX Test SPDIF TX interface type =Embedded

5.3.2.1 External SPDIF RX Test SPDIF RX interface type =External

5.3.2.2 Embedded SPDIF RX Test SPDIF RX interface type =Embedded

5.4.1.1 External Ethernet Test Ethernet interface type≠ Embedded

5.4.1.2 Embedded Ethernet Test Ethernet interface type≠ External

‎5.5.1.1 CIR TX (Receiver) Class C, D, E Test HDBaseT class =C,D,E &

CIR = Receiver, Transmitter & Receiver

‎5.5.1.2 CIR TX (Receiver) Class A, B Test HDBaseT class =A,B &

CIR = Receiver, Transmitter & Receiver

‎5.5.2.1 External CIR RX (Transmitter) Class C, D, E Test HDBaseT class =C,D,E &

External IR Transmitter Type ≠ None

‎5.5.2.2 External CIR RX (Transmitter) Class A, B Test HDBaseT class =A,B &

External IR Transmitter Type ≠ None

‎5.5.2.4 Integrated (Embedded) CIR RX (Transmitter)

Class A, B Test

HDBaseT class =A,B &

Integrated IR Transmitter Type ≠ None

‎5.5.2.4 Integrated (Embedded) CIR RX (Transmitter)

Class A, B Test

HDBaseT class =C,D,E &

Integrated IR Transmitter Type ≠ None

5.6.1.1 External UART Test UART interface type = External

5.6.1.2 Embedded UART Test UART interface type = Embedded



3 HDBaseT Port

3.1 HDBaseT Link performance

3.1.1 HDBaseT Stand by Interface (HDSBI) Link

3.1.1.1 HDSBI Class A,B Tests

Test Overview

Test Purpose To verify the DUT HDSBI™ Transceiver performance

Test References HDBaseT Specification 2.0, Section 2.4 HDSBI Link Layer

Test Setup Figure 3: Basic Test Setup

Test Resources

PC/Laptop with HDBaseT CTS SW

HDBaseT Source (Tx)/Sink(RX) GU

Cables Kit CFG#2

HDBaseT™

Golden Unit

RS

-23

2

DUT

HDBaseT™

TX Device

or

HDBaseT™

RX Device

HD

Ba

se

T™

Po

rt #

1

HD

Ba

se

T™

Po

rt #

N

HDBaseT LAN /Fiber cableTX/RX

Figure 3: Basic Test Setup

Test Procedure

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

2. Configure the DUT and the GU to HDSBI test mode.

3. Configure the DUT HDSBI transmitter on channel C and the HDSBI RX on channel D.

4. Receive 1000 Packets of type Long.

5. Configure the DUT HDSBI transmitter on channel D and HDSBI RX on channel C.

6. Receive 1000 Packets of type Long.



Test Pass/Fail Criteria

If the HDSBI Link Down event occurs in any cable assembly configuration or any channel swap, the test fails.

If the GU receives an error packet greater than 0 in any cable assembly

configuration or any channel swap, the test fails.

If the DUT receives an error packet greater than 0 in any cable assembly configurations or any channel swap, the test fails.



3.1.1.2 HDSBI Class C,D Tests

Test Overview

Test Purpose To verify that the DUT HDSBI™ link performance

Test References HDBaseT Specification 2.0, Section 2.4 HDSBI Link Layer


Test Resources PC/Laptop with HDBaseT CTS SW

Cable CFG#6 /CFG#8

Test Procedure

1. Connect GU HDBaseT port to DUT HDBaseT port using CFG#6 if DUT defined as Class C or CFG#8 if DUT define as Class D

2. Verify that the HDBaseT link is active.

3. Set GU mode to LPPF1 mode.

4. GU monitor HDSBI link status and run HLIC commands for 5 minutes.

5. In case that (according to CDF) the DUT supports LPPF2 perform, set GU to LPPF2 mode and repeat steps ‎1 to ‎4.

Pass/Fail Criteria

If no HDSBI link errors monitored and no HLIC error than the test pass.



3.1.2 HDBaseT Active mode (Copper)

3.1.2.1 HDBaseT Class A,B TX Phy downstream performance Test

Test Overview

Test Purpose Establish an HDBaseT link and verify the DUT’s downstream transmitter performance

and bit error rate for different cable assembly configurations.

Test References HDBaseT Specification 2.0 section 3

Test Setup Figure 4: HDBaseT TX Class A/B – Test Setup

Test Resources

PC/Laptop with HDBaseT GU CTS SW

HDBaseT RX Extender GU

Cables kit according to Table 2 CFG#1-#5.

Cfg#1 – DUT with Embedded HDMI interface

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 with External HDMI interface

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 TX Class A/B – Test Setup

Test Procedure

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

2. Configure the QD to transmit HDMI at maximum video pixel clock according to the DUT CDF. If the supported TMDS clock >222.5 MHz, set the QD format to 1080P60 36 bit.

3. Receive at least 1E9 video packets and measure the CRC error count.

4. Read the HDBaseT GU RX receiver slicer performance matrices; slicer mean square error (MSE) and slicer max error.

5. Repeat step 3-4 for each cable configuration as define in tables 5,6



Test Pass/Fail Criteria 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 by the following:

For a DUT with a supported TMDS clock =<225, refer to Table 6: HDBaseT Downstream Link Quality Test Limits Supported TMDS clock =<225hz.

For DUT with supported TMDS clock >225 refer to Table 7: HDBaseT downstream Link Quality Test Limits Supported TMDS Clock >225hz.

Table 6: HDBaseT Downstream Link Quality Test Limits Supported TMDS clock =<225hz

HDBaseT Cable Assembly Configuration Maximum CRC Error Count

HDBaseT classA HDBaseT classB

Minimum Mean Square Error

Maximum Slicer Max Error



STP CAT6A 100 m CFG#1 10 -14. 00dB 1.8 N/A N/A

UTP CAT 5E 90 m + 2x5 m CAT 5 E patch CFG#2 10 -10.00dB 2.00 N/A N/A

UTP CAT 5E 55m + 1m patch + 5m patch CFG#3 10 -16.50dB 1.8 -13.50dB 1.8

STP CAT6A 20 m CFG#4 10 -18.00dB 1.8 -18.00dB 1.8

UTP CAT5E 0.5 m CFG#5 10 -19.00dB 1.8 -19.00dB 1.8

Table 7: HDBaseT downstream Link Quality Test Limits Supported TMDS Clock >225hz

HDBaseT Cable Assembly Configuration Maximum CRC Error Count







UTP CAT 5E 90 m + 2x5 m CAT 5 E patch CFG#2 10 -10.00dB 2 N/A N/A

UTP CAT 5E 55m + 1m patch + 5m patch CFG#3 10 -16.50dB 1.1 -13.50dB 1.5





3.1.2.2 HDBaseT Class A,B TX Phy upstream performance Test

Test Overview

Test Purpose Establish an HDBaseT link and verify performance and bit error rate for different cable

assembly configurations.


Test Setup Figure 4: HDBaseT TX Class A/B – Test Setup

Test Resources



Cables kit according to Table 3.

Test Procedure

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

2. Enable Ethernet BIST on the DUT and the GU.

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

4. Read the HDBaseT DUT Source Receiver slicer performance matrices; slicer mean-square error (MSE) and slicer max error.

5. Repeat steps 1-4 on each cable configuration as define in table 8


For each cable assembly configuration, if the Ethernet error count, slicer mean square error (MSE), or slicer max error do not comply with the upper and lower test limits as defined in the table below, the test fails.

Table 8: HDBaseT Upstream Link Quality Test Limits

HDBaseT Cable Assembly Configuration

HDBaseT classA

HDBaseT classB

Ethernet Error Count

Mean Square Error

Slice Max Error

STP CAT6A 100 m CFG#1 supported Not

supported 0 -19.25dB 0.825

UTP CAT 5E 90 m + 2x5 m CAT 5 E patch

CFG#2

supported Not

supported 0 -19.00dB 0.88

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

CFG#3 supported supported 0 -19.50dB 0.77

STP CAT6A 20 m CFG#4 supported supported 0 -20.00dB 0.715

UTP CAT5E 0.5 m CFG#5 supported supported 0 -20.50dB 0.605



3.1.2.3 HDBaseT Class C, D TX Phy performance Test

Test Overview

Test Purpose Verify DUT copper TX port HDBaseT active mode performance

Test References HDBaseT Specification 2.0


Test Resources



Cables kit according to Table 3, CFG#6-CFG#8

Table 8: BIST HDCD values

BIST HDCD Name Entity ID Default values

TX port

BIST TX Token Type 0x0482 0x0

BIST TX payload length 0x0483 0xBE

BIST TX SID 0x0484 0x22

BIST TX Retransmission protection 0x0485 0x1

BIST TX interoperability Packet gap 0x0486 0x1

RX port

BIST TX Token Type 0x0482 0x0

BIST TX payload length 0x0483 0xF

BIST TX SID 0x0484 0x22

BIST TX Retransmission protection 0x0485 0x0

BIST TX interoperability Packet gap 0x0486 0x4E



Test Procedure

1. Connect GU HDBaseT port to DUT HDBaseT port using CFG#6 for class C or CFG#8 for class D


3. GU set BIST HDCD values according to Table 8: BIST HDCD values

4. Perform the following steps on each specified configuration as defined in Table 9: Test performance configuration and Pass Criteria, according to the device class and the supported Active mode as defined in CDF.

5. GU enables protected BIST traffic on the DUT TX port according to Table 9.

6. GU monitor retransmission rate.

7. Enable BIST traffic on the GU RX port, clear statistic and run the BIST for 5 minutes in Test configuration 3,4 or 30 minutes in Test configuration 1,2

8. GU retrieves Main and Aux BIST BER.

Pass/Fail Criteria

If the DUT Active mode Phy performance is within the pass criteria as defined in Table 9: Test performance configuration and Pass Criteria, then the test is passed.

Table 9: Test performance configuration and Pass Criteria

Test Configuration

#

Cable CFG#

Active Mode

Class X Main BIST Token Type

Main Retransmission Rate

Pass criteria

Main BIST BER

Pass criteria

Aux BIST BER

Pass criteria

1 CFG#6 500 Class C TokD12 Retransmission

<1/10000000

1 Error per 10M

packets

BER<10E-

12

BER<10E-12


<1/10000000

1 Error per 10M

packets

BER<10E-

12

BER<10E-12


<1/500

1 Error per 500

packets

BER<10E-9 BER<10E-12

4 CFG#8 500 Class D TokD16 Retransmission

<1/500

1 Error per 500

packets




3.1.2.4 HDBaseT Class A,B Rx Phy upstream performance Test

Test Overview

Test Purpose Establish an HDBaseT link and verify the upstream receiver performance for different

cable assembly configurations.


Test Setup Figure 5: HDBaseT Sink – Test Setup

Test Resources



Cables kit according to Table2 CFG #1-#5.

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 5: HDBaseT Sink – Test Setup

Test Procedure

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

2. Enable Ethernet BIST on the DUT and on the GU.

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

4. Read the HDBaseT DUT Source Receiver slicer performance matrices; slicer mean square error (MSE) and slicer max error.


If for each cable assembly configuration the Ethernet error count, slicer mean square error (MSE), and slicer max error do not comply with the upper and lower test limits as in Table 10: HDBaseT upstream link quality test limits, the test fails.



Table 10: HDBaseT upstream link quality test limits

HDBaseT Cable Assembly Configuration HDBaseT Class A

HDBaseT Class B

Ethernet Error Count

Mean Square Error

Slice Max Error

STP CAT6A 100 m CFG#1 supported Not

supported

0 -19.25dB 0.825

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

supported

0 -19.00dB 0.88

UTP CAT 5E 55m + 1m patch + 5m patch CFG#3 supported supported 0 -19.50dB 0.77

STP CAT6A 20 m CFG#4 supported supported 0 -20.00dB 0.715

UTP CAT5E 0.5 m CFG#5 supported supported 0 -20.50dB 0.605

3.1.2.5 HDBaseT Class A,B RX Phy downstream performance Test

Test Overview

Test Purpose Establish an HDBaseT link and verify the DUT’s downstream receiver performance and

bit error rate for different cable assembly configurations.


Test Setup Figure 5: HDBaseT Sink – Test Setup

Test Resources




Test Procedure

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

2. Configure the QD to transmit HDMI at maximum video pixel clock according to the DUT CDF. If the supported TMDS clock >222.5 MHz, set the QD format to 1080P60 36 bit.

3. Receive at least 1E-9 video packets and measure the CRC error count.

4. Read the 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 by the following:

For a DUT with a supported TMDS clock =<225, refer to Table13



For DUT with supported TMDS clock >225 refer to Table 14

Table 11: HDBaseT Downstream Link Quality Test Limits Supported TMDS clock =<225hz


Maximum CRC Error Count








CFG#2 10 -10.00dB 2.00 N/A N/A


CFG#3 10 -16.50dB 1.8 -13.50dB 1.8



Table 12: HDBaseT downstream Link Quality Test Limits Supported TMDS Clock >225hz


Maximum CRC Error Count








CFG#2

10 -10.00dB 2 N/A N/A


CFG#3 10 -16.50dB 1.1 -13.50dB 1.5





3.1.2.6 HDBaseT Class C, D RX Phy performance Test

Test Overview

Test Purpose Verify DUT copper RX port HDBaseT active mode performance.



Test Resources




Test Procedure

1. Connect GU HDBaseT port to DUT HDBaseT port using CFG#6 for Class C or CFG#8 for Class D


3. GU set BIST HDCD values according to Table 8: BIST HDCD values

4. Perform the following steps on each specified configuration as define in Table 9: Test performance configuration and Pass Criteria according to the device class and the supported Active mode as defined in CDF.

5. GU enables protected BIST traffic on the GU TX port according to table 9.


7. Enable BIST traffic on the DUT RX port ,clear statistic and run the BIST for 5 minutes in Test configuration 4,2 or 30 minutes in Test configuration 1,2

8. GU retrieve Main and Aux BIST BER.

Pass/Fail Criteria

If the DUT Active mode Phy performance is within the pass Criteria as defined in Table 9: Test performance configuration and Pass Criteria Then the test PASS



3.1.3 HDBaseT Active mode (Fiber)

3.1.3.1 HDBaseT fiber (Class E) TX Phy performance Test

Test Overview

Test Purpose To verify DUT HDBaseT TX fiber port performance over OM3 and OM4 cables



Test Resources


Fiber RX GU

OM3 600 meter cable

OM4 800 meter cable

2x GU multimode SFP modules as define in section 2.3

Test Procedure

1. Connect GU SFP and the OM3 cable to both GU and DUT SFP port.


3. Set BIST Packets HDCD as define in Table 8: BIST HDCD values on both GU an DUT.

4. Enable BIST TokD16 packets transmission Both GU RX port and DUT TX port.

5. Clear BIST packet count and Bit Error count.

6. Run BIST traffic for30 minutes and retrieves Bit error count on both RX port and TX port.

7. Repeat steps ‎1 to ‎6 using the OM4 800 meter cable.

Pass/Fail Criteria

If Both TX port and RX port BIST Bit error counters are error-free and no link error events occur during the test then test Pass.



3.1.3.2 HDBaseT fiber (Class E) RX Phy performance Test

Test Overview

Test Purpose To verify DUT HDBaseT RX fiber port performance over OM3 and OM4 fiber optic

cables



Test Resources


Fiber TX GU

OM3 600 meter cable

OM4 800 meter cable

2x GU multimode SFP modules as define in section 2.3

Test Procedure

1. Connect GU SFP and the OM3 cable to both GU and DUT SFP port.


3. Set BIST Packets HDCD as define in Table 8: BIST HDCD values on both GU an DUT.

4. Enable BIST TokD16 packets transmission Both GU TX port and DUT RX port.


6. Run BIST traffic for 30 minutes and retrieves Bit error count on both RX port and TX port.

7. Repeat steps ‎1 to ‎6 using the OM4 800 meter cable

Pass/Fail Criteria

If Both TX port and RX port BIST Bit error counters are free error and no link error events occur during the test than test Passed.



3.1.4 100BaseTX Phy performance

3.1.4.1 100BaseTX Phy performance Test

Test Overview

Test Purpose To verify DUT Ability to Establish 100BaseTX link over cable CFG#1



Test Resources


TX/RX GU

Cable CFG#7

Test Procedure

1. Connect GU HDBaseT port to DUT HDBaseT port using CFG#1 link cable.

2. Set GU to 100BaseTX mode and verify the 100BaseT/Fallback mode is UP

3. Monitor 100BaseTX link status for 5 minutes

Pass/Fail Criteria

If the 100BaseTX link established successfully and the link is error free for 5 minutes then the test Pass.



3.2 PoH

3.2.1.1 PSE detection output voltage Test

Test Overview

Test Purpose To verify that The DUT PSE detection Voltage output is less than 10V


Test Setup

Figure 6: PSE detection output voltage test setup

Test Resources


Calibrated Scope

25 Ohm termination Jig#1 (PoE Test Fixture)

Cable CFG#5

Figure 6: PSE detection output voltage test setup

Test Procedure

1. Connect DUT to the 100Ω load circuit using CFG5# cable

2. Measure the voltage between Load circuit center Taps : A-B,C-D

Pass/Fail Criteria

If measured Voltage between center taps A, B and C, D is less than 10V then Test PASS else test FAIL.



3.2.1.2 PSE feeding voltage Test

Test Overview

Test Purpose To verify DUT PSE feeding voltage is below 58V and above 40V


Test Setup

Figure 7: PSE Feeding Voltage

Test Resources


PSE DUT

PD RX GU

Cable CFG#5

PoE Test Fixture

Figure 7: PSE Feeding Voltage



Test Procedure

1. Connect DUT to the GU with PD module using CFG5# cable and Booster Adaptor

2. Verify the GU is powered by the DUT PSE and HDBaseT link established

3. Measure the voltage between GU center Taps : A-B,C-D

Pass/Fail Criteria

If measured Voltage between centers taps A, B and C, D is less than 57 V and bigger than 37V then the Test PASS.



3.2.1.3 Non PoE output voltage test

Test Overview

Test Purpose To verify that Non PSE DUT ( PD device or None PoE )do not output voltage over the

HDBaseT link


Test Setup Figure 8: Non PSE connected to PD GU

Test Resources


TX GU

Calibrated Scope

Cable CFG#5

PoE test Fixture

Set up:

Figure 8: Non PSE connected to PD GU

Test Procedure

1. Connect DUT to the 100Ω load circuit using CFG5# cable

2. Measure the voltage between all Load circuit center Taps :A-B,A-C,A-D,B-C,B-D,C-D

Pass/Fail Criteria

If measured Voltage between all centers taps doesn’t not Exceed 0.1 V then the test PASS



3.3 HDCD

3.3.1 Vendor ID

3.3.1.1 Vendor ID Test

Test Overview

Test Purpose To verify that the DUT vendor-ID matches to the vendor ID reported by the HDBaseT

alliance LLC.



Test Resources


TX/RX GU

Cable CFG#5

Test Procedure

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

2. Read the DUT’s vendor-ID.

Pass/Fail Criteria

If the vendor-ID does not match the vendor ID reported by the HDBaseT alliance LLC, the test fails.



3.3.1.2 Class A,B Feature list Test

Test Overview

Test Purpose To verify that the DUT declared feature list match to the CDF.



Test Resources


TX/RX GU

Cable CFG#5

Test Procedure

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

2. Read the DUT’s declared Feature list.

Pass/Fail Criteria

If the declared Feature list does not match the CDF, the test fails.



4 Network

4.1 Discovery

4.1.1.1 Class C ,D, E Feature List Test

Test Overview

Test Purpose To verify that DUT publish valid T-adaptor info packets which match the DUT actual

feature list as defined in the CDF.

Test References HDBaseT Specification 2.0 section 5.3


Test Resources


TX/RX GU

Cable CFG#5

Test Procedure

1. Connect GU HDBaseT port to DUT using Cable CFG#5

2. Verify that HDBaseT Active link has Established

3. GU retrieve the received T-adaptor Info messages form DUT

Pass/Fail Criteria

If DUT T-adaptors info messages match to the reported feature list in the CDF then the test PASS



5 Interfaces over HDBaseT

5.1 HDMI

5.1.1 External HDMI Source interface

5.1.1.1 External HDMI-SRC Data reliability Test

Test Overview

Test Purpose To verify External HDMI-SRC DUT video data pixel reliability


Test Setup Figure 9: External HDMI SRC test setup

Test Resources


RX GU

QD 882EA/980 GEN3

HDBaseT cable CFG#5 for class A,B,C,D or 600m OM3 for class E

QD882EA/

980GEN3

CAT5E

cable

DUT

HDMI

cable

HDMI

In-1/RX

HDMI

Out

HDMI

cable

HDBaseT

HDMI

in

HDMI

Out1/

TX1/2

HDBaseT

RX GU

HDBT

Tx

NET

LAN

Figure 9: External HDMI SRC test setup



Test Procedure

1. Establish setup as described in the figure above.

2. Connect the DUT HDMI (in port) to the QD HDMI generator (out port) and the GU HDMI (out port) to the QD analyzer (in port). If using the QD980 then connect both (GU and DUT) to the analyzer.

3. Connect HDBT link with short cable.

4. Set the QD to the highest format supported as reported in CDF

5. Set the QD to transmit 2000 sequences.

6. Start PRN test.

Pass/Fail Criteria

PRN test BER needs to be less than 1 per billion.



5.1.1.2 External HDMI-SRC HPD Test

Test Overview

Test Purpose To verify that External HDMI-SRC DUT pass-through or Provide high HPD signal on its

External HDMI in interface in case that a High indication is provided from the HDBaseT

link



Test Resources


RX GU

QD 882EA/980 GEN3


2xHDMI1.4 cables

Test Procedure


2. Connect the DUT HDMI (in port) to the QD882EA HDMI generator (out1 port) and the GU HDMI (out port) to the QD882EA analyzer (in1 port).


4. Open the ACA (Auxiliary Channel Application) and monitor port out1.

5. Disconnect HDMI cable from the GU to the QD882EA and verify HPD to source is down.

6. Reconnect the HDMI cable and verify HPD is up.

Pass/Fail Criteria

HPD is down when HDMI cable from GU is disconnected. HPD is up when HDMI cable is connected.



5.1.1.3 External HDMI-SRC pass-through EDID Test

Test Overview

Test Purpose Verify DUT External HDMI-SRC interface Handle EDID transaction correctly over

HDBaseT



Test Resources


HDBaseT (RX) GU

QD882EA with network connection and configured IP


2 x 2 m HDMI 1.4 cable, as specified in Section ‎2.1.2.

Test Procedure

1. Connect to the QD882EA and open the EDID comparison tool

2. Connect the QD882EA HDMI generator (out1 port) to the QD882EA HDMI analyzer (in1 port) using HDMI cable.

3. Capture the reference EDID.


5. Connect the DUT HDMI (in port) to the QD882EA HDMI generator (out1 port) and

the GU HDMI (out port) to the QD882EA analyzer (in1 port).


7. Open the ACA (Auxiliary Channel analyzer) and monitor port out1.

8. Start monitoring the EDID transactions on the ACA tool, and compare EDID to the reference. Repeat this step 10 times.

Pass/Fail Criteria

The comparison should pass with no errors on EDID transactions monitored on the ACA tool.

5.1.1.4 External HDMI-SRC internal EDID Test

Test Overview

Test Purpose To verify DUT HDMI-SRC external internal EDID compliancy with VESA


VESA EDID 1.3




Test Resources


HDBaseT (RX) GU



2 x 2 m HDMI 1.4 cable, as specified in Section ‎2.1.2.

Test Procedure



3. Connect the DUT HDMI (in port) to the QD882EA HDMI generator (out1 port) and

the GU HDMI (out port) to the QD882EA analyzer (in1 port).

4. Connect HDBT link.

5. Open the ACA (Auxiliary Channel analyzer) and monitor port in-1.



8. Open the compliance controller of the QD882EA.

9. Set auto CDF. And press USE.

10. Perform EDID compliance test.

Pass/Fail Criteria


Compliance should pass with no failures.



5.1.1.5 External HDMI-SRC HDCP Test

Test Overview

Test Purpose To verify that DUT HDMI-SRC external passes through HDCP functionality over

HDBaseT



Test Resources


HDBaseT (RX) GU



2 x 2 m HDMI 1.4 cable as specified in Section ‎2.1.2.

Test Procedure


2. Connect the DUT HDMI (in port) to the QD882EA HDMI generator (out1 port) and the GU HDMI (out port) to a monitor.


4. Set the QD882EA to transmit 1080P60 with HDCPprod image.

5. Monitor the screen and verify no HDCP test failed. Monitor at least 10 HDCP transactions.

Pass/Fail Criteria

HDCP test pass and all transactions pass.



5.1.1.6 External HDMI-SRC CEC

Test Overview

Test Purpose To verify DUT HDMI-SRC external pass through CEC functionality over HDBaseT



Test Resources


HDBaseT (RX) GU




Test Procedure


2. Connect the DUT HDMI (in port) to the QD882EA HDMI generator (out-1 port) and the GU HDMI (out port) to the QD882EA analyzer (in-1 port).


4. Set CEC out-1 port address to 0x4 and CEC in-1 port address to 0x0.

5. Send 10 echo requests from address 00 to CEC1 (out-1 port).

6. Send 10 echo requests from address 04 to CEC3 (in-1 port).

Pass/Fail Criteria

All echo requests gut response successfully.



5.1.2 Embedded HDMI Source interface

5.1.2.1 Embedded HDMI-SRC Data reliability Test

Test Overview

Test Purpose To verify DUT Embedded HDMI-SRC Video data reliability over HDBaseT


Test Setup Figure 10: Embedded HDMI SRC test setup

Test Resources


HDBaseT (RX) GU




CAT5

cable

DUT

HDMI

cable

HDMI

Out

HDBaseT HDBaseT RX

GUHDBT

Tx

Net

HDMI

In-1/

RX

LAN

QD882EA/

980 GEN3

HDBT

RX

Figure 10: Embedded HDMI SRC test setup



Test Procedure


2. Connect the GU HDMI (out port) to the QD analyzer (in port).


4. Set the DUT Video format to the highest format supported.

5. Set the DUT to transmit a still image.

6. Set the QD to PIXERR test 2000 sequences with auto reference.

7. Start PIXERR test.

Pass/Fail Criteria

PIXERR test BER needs to be less than 1 per billion.



5.1.2.2 Embedded HDMI-SRC CEC Test

Test Overview

Test Purpose To verify DUT Embedded HDMI-SRC CEC functionality over HDBaseT


Test Setup Figure 10: Embedded HDMI SRC test setup

Test Resources


HDBaseT (RX) GU



1x 2 m HDMI 1.4 cable as specified in Section ‎2.1.2

Test Procedure


2. Connect the GU HDMI (out port) to the QD882EA analyzer (in-1 port).


4. Set CEC in-1 port address to 0x0.

5. Send one command supported by the DUT to address 0x4. Supported command available in CDF.

Pass/Fail Criteria

CEC Command get acknowledge from the DUT and command function performed successfully.



5.1.3 External HDMI Sink interface

5.1.3.1 External HDMI-SNK Data reliability Test

Test Overview

Test Purpose To verify External HDMI-SNK DUT video data pixel reliability


Test Setup

Figure 11: External HDMI SNK test setup

Test Resources


TX GU

QD 882EA/980 GEN3


1x 2 m HDMI 1.4 cable as specified in Section ‎2.1.2



QD882EA/

980GEN3

CAT5E

cable

DUT

HDMI

cable

HDMI

In-1/RX

HDMI

Out

HDMI

cable

HDBaseT

HDMI

in

HDMI

Out1/

TX1/2

HDBaseT

TX GU

HDBT

Tx

NET

LAN

HDBT

RX


Test Procedure


2. Connect the GU HDMI (in port) to the QD HDMI generator (out-1 port) and the DUT HDMI (out port) to the QD analyzer (in-1 port). If using the QD980 then connect both (GU and DUT) to the analyzer.


4. Set the QD to the highest format supported.

5. Set the QD to transmit 2000 sequences.

6. Start PRN test.

Pass/Fail Criteria

PRN test BER needs to be less than 1 per billion.

5.1.3.2 External HDMI-SNK 5V Test

Test Overview

Test Purpose To verify External HDMI-SNK DUT ability to provide 5Vsiganl to a native HDMI sink


Test Setup


Test Resources


TRX GU

QD 882EA/980 GEN3




Test Procedure


2. Connect the GU HDMI (in port) to the QD882EA HDMI generator (out1 port) and the DUT HDMI (out port) to the QD882EA analyzer (in1 port).


4. Open the ACA (Auxiliary Channel Application) and monitor port in-1.

5. Disconnect HDMI cable from the GU to the QD882EA and verify 5V to sink is down.

6. Reconnect the HDMI cable and verify 5V is up.

Pass/Fail Criteria

5V is down when HDMI cable from GU is disconnected. 5V is up when HDMI cable is connected



5.1.3.3 External HDMI-SNK pass-through EDID Test

Test Overview

Test Purpose To verify that DUT External HDMI-SNK pass-through EDID transactions over The

HDBaseT link.


Test Setup


Test Resources


TX GU

QD 882EA/980 GEN3


Test Procedure


2. Connect the QD882EA HDMI generator (out1 port) to the QD882EA HDMI analyzer (in1 port) using HDMI cable.



5. Connect the GU HDMI (in port) to the QD882EA HDMI generator (out1 port) and

the DUT HDMI (out port) to the QD882EA analyzer (in1 port).




Pass/Fail Criteria




5.1.3.4 External HDMI-SNK internal EDID Test

Test Overview

Test Purpose To verify DUT External HDMI-SNK internal EDID compliancy


VESA EDID 1.3

Test Setup


Test Resources


TRX GU

QD 882EA/980 GEN3


Test Procedure



3. Connect the GU HDMI (in port) to the QD882EA HDMI generator (out1 port) and the DUT HDMI (out port) to the QD882EA analyzer (in1 port).








Pass/Fail Criteria





5.1.3.5 External HDMI-SNK HDCP Test

Test Overview

Test Purpose To verify that DUT External HDMI-SNK pass-through HDCP transactions over HDBaseT


Test Setup


Test Resources


TX GU

QD 882EA/980 GEN3


Test Procedure


2. Connect the GU HDMI (in port) to the QD882EA HDMI generator (out1 port) and the DUT HDMI (out port) to a monitor.


4. Set the QD882EA to transmit 1080P60 with HDCPprod image.

5. Monitor the screen and verify no HDCP test failed. Monitor at least 10 HDCP transactions.

Pass/Fail Criteria

HDCP test pass and all transactions pass.



5.1.3.6 External HDMI-SNK CEC Test

Test Overview

Test Purpose To verify DUT External HDMI-SNK CEC over HDBaseT


Test Setup


Test Resources


TX GU

QD 882EA/980 GEN3


Test Procedure


2. Connect the GU HDMI (in port) to the QD882EA HDMI generator (out-1 port) and the DUT HDMI (out port) to the QD882EA analyzer (in-1 port).


4. Set CEC out-1 port address to 0x4 and CEC in-1 port address to 0x0.

5. Send 10 echo requests from address 00 to CEC1 (out-1 port).

6. Send 10 echo requests from address 04 to CEC3 (in-1 port).

Pass/Fail Criteria

All echo requests gut response successfully.



5.1.4 Embedded HDMI Sink interface

5.1.4.1 Embedded HDMI-SNK Data reliability Test

Test Overview

Test Purpose To verify Embedded HDMI-SNK DUT video data pixel reliability


Test Setup Figure 12: Embedded HDMI SNK test setup

Test Resources


TX GU

QD 882EA/980 GEN3


CAT5

cable

DUT

HDMI

cable

HDMI

Out-1/

TX1/2

HDBaseTHDBaseT TX

GUHDBT

Tx

NET

HDMI

In

LAN

QD882EA/

QD980GEN3

HDBT

RX

Figure 12: Embedded HDMI SNK test setup

Test Procedure


2. Connect the GU HDMI (in port) to the QD882EA HDMI generator (out-1 port).


4. Set the QD to transmit the highest format available in DUT EDID according to CDF.

5. Set the image to color bar.

6. Perform visual inspection for 1 minute.

Pass/Fail Criteria

If the visual inspection is error free then the test PASS



5.1.4.2 Embedded HDMI-SNK EDID Test

Test Overview

Test Purpose To verify DUT Embedded HDMI-SNK EDID compliancy with VESA EDID 1.3



Test Resources


TX GU

QD 882EA/980 GEN3


Test Procedure



3. Connect the GU HDMI (in port) to the QD882EA HDMI generator (out1 port).


5. Open the ACA (Auxiliary Channel analyzer) and monitor port out-1.






Pass/Fail Criteria





5.1.4.3 Embedded HDMI-SNK HDCP Test

Test Overview

Test Purpose To verify that DUT Embedded HDMI-SNK DUT provide a High HPD indication only when

its EDID is available



Test Resources


TX GU

QD 882EA/980 GEN3


Test Procedure




4. Set the QD to transmit the highest format available in DUT EDID according to CDF.

5. Set the image to HDCPprod.

6. Verify all HDCP test pass successfully and monitor HDCP transaction for at least 10

transactions.

Pass/Fail Criteria

All tests pass successfully. No errors in HDCP transactions.



5.1.4.4 Embedded HDMI-SNK CEC Test

Test Overview

Test Purpose To verify DUT Embedded HDMI-SNK CEC functionality over HDBaseT



Test Resources


TX GU

QD 882EA/980 GEN3


Test Procedure




4. Set CEC out-1 port address to 0x4.

5. Send one command supported by the DUT to address 0x0. Supported command available in CDF.

Pass/Fail Criteria

Command requests get acknowledge and the command action is performed successfully.



5.2 USB

5.2.1 USBH

5.2.1.1 External USBH Test

Test Overview

Test Purpose To verify DUT Embedded USBH interface interoperability with the GU USBD External

interface when the Golden device are attached to the GU USBD port interface and

when the DUT External USBH interface is connected to the Golden Host


Test Setup Figure 13: USBH External

Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#6 for Class C ,CFG#8 for class D or 600m OM3 for class E

D-link USB HUB 7

Microsoft Keyboard 200

Microsoft Optical Mouse 200

SanDisk Cruiser blade Disk on Key

DUT

USBH

USB

storageHost

GU

USBDExternal

Hub

Figure 13: USBH External



Test Procedure


2. Connect all USB devices to GU external HUB


4. Connect DUT to the HOST computer

5. Test basic functionality of every device.

6. Read USBH of DUT actual speed (Full speed or High Speed)

7. Perform Host reset


Pass/Fail Criteria

All USB devices function ok, USBH speed of DUT is according to CDF.



5.2.1.2 Embedded USBH Test

Test Overview

Test Purpose To verify DUT Embedded USBH interface interoperability with the GU USBD External

interface when the Golden device are attached to the GU USBD port interface


Test Setup Figure 14: USBH Embedded

Test Resources


HDBaseT (RX/TX) GU


D-link USB HUB 7




DUT

USBH

USB

storage

GU

USBDExternal

Hub

Figure 14: USBH Embedded

Test Procedure


2. Connect all USB devices to GU external HUB. In case that the DUT support special USB device use the special devices.






Pass/Fail Criteria

All USB devices function ok, USBH speed of DUT is according to CDF.



5.2.2 USBD

5.2.2.1 External USBD Test

Test Overview

Test Purpose To verify DUT External USBD interface interoperability with the GU USBH External

interface when the GU USBH interface is connected to the Golden USB host and the

golden USB devices are attached to the DUT external USBD interface port


Test Setup Figure 15: USB External Device Connect Through External Hub

Test Resources


HDBaseT (RX/TX) GU


USB golden Host

D-link USB HUB 7



SanDisk Cruiser blade Disk on key

Figure 15: USB External Device Connect Through External Hub

Test Procedure


2. Connect USB HUB to DUT

3. Connect all USB devices to DUT external HUB.


5. Connect GU to the HOST computer

GU

USBH

USB

storageHost

DUT

USBDExternal

Hub




7. Read USBD of DUT actual speed (Full speed or High Speed)


9. Read USBD of DUT actual speed (Full speed or High Speed)

Pass/Fail Criteria

All USB devices function ok, USBD speed of DUT is according to CDF.



5.2.2.2 Embedded USBD Test

Test Overview

Test Purpose To verify DUT Embedded USBD interface interoperability with the GU USBH External

interface when the GU USBH interface is connected to the Golden USB host .


Test Setup Figure 16: Embedded USBD

Test Resources


HDBaseT (RX/TX) GU


USB golden Host

D-link USB HUB 7




GU

USBH

Host

DUT

USBD

Figure 16: Embedded USBD

Test Procedure



3. Connect GU to the HOST computer

4. Test basic functionality of DUT

Pass/Fail Criteria

DUT basic functionality ok.



5.3 SPDIF

5.3.1 SPDIF TX

5.3.1.1 External SPDIF TX Test

Test Overview

Test Purpose To verify DUT SPDIF TX External interface functionality over HDBaseT

Test References HDBaseT Specification 2.0 clause 10.3

Test Setup

Figure 17: SPDIF TX External

Test Resources


HDBaseT (RX/TX) GU


Dscope

Digital

In

HDBaseT

GU

dScope

SPDIF generator

DUT

Digital

out

SPDIF in SPDIF out

USB

Figure 17: SPDIF TX External



Test Procedure


2. Configure the highest available clock rate supported by the dScope & DUT (32K<->192K)

3. Configure highest bits available (16 ,20,24 bits)

4. Verify clock rate as configured (dScope output vs dScope Input )

5. Verify ‘lock’ indication on the ChA /ChB (green led)

6. Verify No errors indication on the ‘Log’ file.

7. Reset DUT and verify clock recovery

8. Disconnect HDBST LAN cable and verify recovery

NOTE

Test should be done with the available SPDIF interface (TOS link / BNC).

Pass/Fail Criteria

Clock rate as configured, indication at dScope is ’locked’ (Channel A/B green led) and no errors in ‘Log’ file.



5.3.1.2 Embedded SPDIF TX Test

Test Overview

Test Purpose To verify DUT SPDIF TX Embedded interface functionality over HDBaseT


Test Setup Figure 18: SPDIF TX Embedded

Test Resources


HDBaseT (RX/TX) GU


Dscope

Digital

In

HDBaseT

GU

dScope

SPDIF generator

DUT

SPDIF out

USB

SPDIF TX

Figure 18: SPDIF TX Embedded



Test Procedure


2. Configure the highest available clock rate supported by the DUT, the SPDIF generator (32K<->192K)

3. Configure highest bits available by the DUT, the SPDIF generator, (16 ,20,24 bits)

4. Push SPDIF data toward the HDBaseT link.

5. Verify in dScope that the clock rate indication is as configured by DUT.





Pass/Fail Criteria




5.3.2 SPDIF RX

5.3.2.1 External SPDIF RX Test

Test Overview

Test Purpose To verify DUT SPDIF RX External interface functionality over HDBaseT


Test Setup

Figure 19: SPDIF RX External

Test Resources


HDBaseT (RX/TX) GU


Dscope

Digital

In

HDBaseT

DUT

dScope

SPDIF generator

GU

Digital

out

SPDIF in SPDIF out

USB

Figure 19: SPDIF RX External



Test Procedure


2. Configure the highest available clock rate supported by the dScope &DUT (32K<->192K)


4. Verify clock rate as configured (dScope output vs dScope Input )





NOTE

Test should be done with the available SPDIF interface (TOS link / BNC).

Pass/Fail Criteria




5.3.2.2 Embedded SPDIF RX Test

Test Overview

Test Purpose To verify DUT SPDIF RX Embedded interface functionality over HDBaseT


Test Setup Figure 20: SPDIF RX embedded

Test Resources


HDBaseT (RX/TX) GU


Dscope

DUT Speakers

HDBaseT

DUT

dScope

SPDIF

generator

GU

Digital

out

SPDIF in

USB

Figure 20: SPDIF RX embedded



Test Procedure


2. Configure the highest available clock rate supported by the dScope & DUT (32K<->192K)


4. Connect DUT’s SPDIF output to an external speakers

5. Verify Audio sounds as expected.

6. Reset DUT and verify Audio recovery

7. Disconnect HDBST LAN cable and verify Audio recovery

Pass/Fail Criteria

Continuously, clear, quality Audio for a human hearing sense.



5.4 Ethernet

5.4.1 Ethernet

5.4.1.1 External Ethernet Test

Test Overview

Test Purpose To verify DUT External Ethernet interface functionality over HDBaseT


Test Setup Figure 21: Ethernet External

Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#2 for Class A & Class C/600m OM3 for Class E

PC station 1# ,2#

Ethernet

DUTHDBTGU

EthernetTest station#1 Test station#2

HDBT

Figure 21: Ethernet External



Test Procedure


2. Configure static IP address on both Station#1 and Station#2 (Ethernet port) ,Use same subnet mask for both ( i.e. 192.168.1.1 and 192.168.1.2 )

3. Send 100 ICMP echo packets, 1280 bytes/packet (ping) from Station#1 to Station#2

4. Verify ping reply.

5. Verify no Link disconnection during the test.

6. Reset DUT and verify Ping recovery

7. Disconnect HDBST LAN cable and verify Ping recovery.

Pass/Fail Criteria

Continuous Ping between the stations, no link disconnection and no packet request time out.



5.4.1.2 Embedded Ethernet Test

Test Overview

Test Purpose To verify DUT Embedded Ethernet interface functionality over HDBaseT


Test Setup Figure 22: Ethernet Embedded Test Setup

Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#2 for Class A & Class C/600m OM3 for Class E

PC station 1#

DUTHDBTGU

EthernetTest station#1

HDBT

Figure 22: Ethernet Embedded Test Setup



Test Procedure


2. Configure static IP address on both Station#1 and DUT , Use same subnet mask for both ( i.e. 192.168.1.1 and 192.168.1.2 )

3. Send 100 ICMP echo packets, 1280 bytes/packet (ping) from Station#1 to Station#2

4. Verify ping reply.

5. Verify no Link disconnection during the test.

6. Reset DUT and verify Ping recovery

7. Disconnect HDBST LAN cable and verify Ping recovery.

Pass/Fail Criteria

Continuous Ping between the stations, no link disconnection and no packet request time out.



5.5 CIR

5.5.1 CIR TX (Receiver)

5.5.1.1 CIR TX (Receiver) Class C, D, E Test

Test Overview

Test Purpose To verify DUT CIR TX (Receiver) interface functionality over HDBaseT and to verify that

the DUT maintain a valid CIR T-adaptor info which reflect his actual CIR type A or B


Test Setup Figure 23: CIR TX (Reciever)

Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#8 for class C,D/600m OM3 for class E

GU external transmitter CIR adapter

DUT CIR receiver external DUT adaptor

TV with IR remote control 38kHz IR carrier frequency

DUTHDBaseT HDBaseT

GU

T.V Remote

Integrated IR

Receiver

External IR

Receiver

External IR

Transmitter

Type A&B

T.V

Figure 23: CIR TX (Reciever)



Test Procedure


2. Verify that the DUT’s CIR T adaptor info is according to the CDF (IR Transmitter/Receiver types)

3. Verify that the TV’s remote control is pointing to the DUT receiver IR and not directly to the TV

4. Verify that the GU’s IR transmitter is pointing the TV.

5. Try to control the TV (power, volume, Menu etc…) while pointing the RC toward the DUT

6. Verify the TV is being controlled remotely via HDBT link.

Pass/Fail Criteria

If the CIR T-adaptor info matches to the CDF and the TV CIR control function without any error through HDBaseT then the test PASS.



5.5.1.2 CIR TX (Receiver) Class A, B Test

Test Overview

Test Purpose To verify that DUT which has an IR receiver transmits the received IR signal correctly

over the HDBaseT link and maintains a valid HDCD Entity ID 0x414.


Test Setup Figure 23: CIR TX (Reciever)

Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#5 for Class A,B

GU external transmitter CIR adapter

DUT CIR receiver external DUT adaptor


Test Procedure

1. Connect the DUT HDBaseT port to the HDBaseT port on the HDBT GU using Cable CFG#5

2. Verify that the HDBT link is established.

3. Verify that the DUT Local IR configuration HDCD entity ID 0x414 bits 0 and 2 matches the CDF IR parameters.

4. If the DUT has an External IR receiver plug in DUT’s IR receiver and perform steps 5-7

5. Verify that the DUT local IR configuration HDCD entity ID 0x414 bit 8 and GU remote IR configuration HDCD 0x415 bit 8 are set as follow :

Equal to 1 in Case that the DUT External IR receiver defined as Type B.

Equal to 0 in Case that the DUT External IR receiver defined as Type A.

6. Test the following control functions on the TV’s remote control:

Power up

Volume control



7. If DUT has an Integrated IR receiver perform steps 8- 10

8. In case that DUT supports both integrated and External IR receiver plug out the external IR receiver.

9. Verify that the DUT local IR configuration HDCD entity ID 0x414 bit 8 and GU remote IR configuration HDCD 0x415 bit 8 are set as follows:

a. Equal to 1 in Case that the DUT External IR receiver defined as Type B.

b. Equal to 0 in Case that the DUT External IR receiver defined as Type A.

10. Test the following control functions on the TV’s remote control:

a. Power up

b. Volume control

Pass/Fail Criteria

If the TV CIR control function without any error over HDBaseT and Entity ID 0x414 bits 0 and 2 matches the CDF and Entity ID 0x414 bit 8 and GU Entity ID 0x415 bit 8 equals to the expected value as defined in steps 5 and 9 the test Pass.



5.5.2 CIR RX (Transmitter)

5.5.2.1 External CIR RX (Transmitter) Class C, D, E Test

Test Overview

Test Purpose To verify DUT’s external CIR RX (transmitter) interface functionality over HDBaseT and

to verify that the DUT maintain a valid CIR T-adaptor info which reflect his actual CIR

type A or B


Test Setup Figure 24: CIR RX (Transmitter)

Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#8 for class C,D or 600m OM3 for class E


GU

HDBaseT

DUT

External

IR

Transmiter

Host

I/F

AARDVARK

Integrated

IR Receiver

IR Receiver

External

Integrated

IR

Decoder

IR

Figure 24: CIR RX (Transmitter)



Test Procedure



3. Set the GU’s CIR type according to the GU’s CIR type.

4. Verify that the TV’s remote control is pointing to the GU receiver IR and not directly to the TV

5. Verify that the DUT’s IR transmitter is pointing the TV.

6. Try to control the TV (power, volume, Menu etc…) while pointing the RC toward the GU


Pass/Fail Criteria

If the CIR T-adaptor info matches to the CDF and the TV CIR control function without any error through HDBaseT then the test Pass.



5.5.2.2 External CIR RX (Transmitter) Class A, B Test

Test Overview

Test Purpose To verify that DUT which has an external IR transmitter handles properly the received

IR signal from HDBaseT link and maintain a valid HDCD Entity ID 0x414



Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#5


Test Procedure

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

2. Verify the HDBT link is established.

3. Verify the DUT Local IR configuration HDCD entity ID 0x414 bits 1, 3, and 4 through 7 match the CDF IR parameters.

4. If the CDF external IR transmitter type is Ext IR transmitter pass-through (Type B)/both(Type A&B) perform the following steps:

a. Plug in the DUT IR Transmitter blaster.

b. Plug in the GU External IR receiver cable type B.

c. Test the following control functions on the TV’s remote control:

i. Power up

ii. Volume control

5. If the CDF External IR Transmitter type is Ext IR transmitter modulated(Type A)/both(Type A&B), perform the following steps:

a. Plug in the DUT IR Transmitter blaster.

b. Plug in the GU External IR receiver cable type A or verify that the GU External IR receiver is unplugged and use the GU integrated IR receiver.

6. Test the following control functions on the TV’s remote control through the GU integrated IR receiver:

Power up

Volume control

Pass/Fail Criteria

If the TV CIR control function without any error over HDBaseT and Entity ID 0x414 bits 1, 3, and 4 through 7 matches the CDF then the test Pass.



5.5.2.3 Integrated (Embedded) CIR RX (Transmitter) Class C, D, E Test

Test Overview

Test Purpose To verify DUT Embedded CIR RX (transmitter) interface functionality over HDBaseT and

to verify that the DUT maintain a valid CIR T-adaptor info which reflect his actual CIR

type A or B



Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#8 for class C,D/600m OM3 for class E


Test Procedure



3. Set the GU’s CIR type according to the GU’s CIR type.

4. Try to control the DUT (power, volume, menu etc…) while pointing the DUT’s RC toward the GU’s IR Receiver.

5. Verify that the DUT’s IR transmitter is pointing the TV.

6. Try to control the TV (power, volume, Menu etc…) while pointing the RC toward the GU.


Pass/Fail Criteria

If the CIR T-adaptor info matches to the CDF and the TV CIR control function without any error through HDBaseT then the test Pass.



5.5.2.4 Integrated (Embedded) CIR RX (Transmitter) Class A, B Test

Test Overview

Test Purpose To verify that DUT with an integrated IR Transmitter properly handles the received IR

signal from the HDBaseT link and maintains a valid HDCD Entity ID 0x414



Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#5 for Class A, B

DUT’s IR remote control

Test Procedure

1. Connect the DUT HDBaseT port to the HDBaseT port on the HDBT GU using cable CFG#5

2. Verify that the HDBT link is established.

3. Verify the DUT Local IR configuration HDCD entity ID 0x414 bits 1, 3, and 4 through 7 match the CDF IR parameters.

4. If the CDF Integrated IR decoder type is LPF (type B)/both( type A&B), perform the following steps:

a. Plug in the GU IR receiver cable type B.

b. Try to control the DUT with its remote control, according to the supported control functions which are specified in the CDF.

5. If the CDF integrated IR Transmitter type is pass-through (Type A)/both Type A&B), perform the following steps:

a. Verify the GU IR Receiver cable is unplugged or Plug GU External IR receiver Type A.

b. Try to control the DUT with its remote control, according to the supported control functions which are specified in the CDF.

Pass/Fail Criteria

If the TV CIR control functions without any error over HDBaseT and Entity ID 0x414 bits 1, 3, and 4 through 7 matches the CDF then the test Pass.



5.6 UART

5.6.1.1 External UART Test

Test Overview

Test Purpose To verify DUT External UART interface functionality over HDBaseT


Test Setup Figure 25: External UART test setup

Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#5 class A,B, C,D/600m OM3 for class E

UART loop

HDBaseT

DUTHDBaseT

GU

HDBaseT

RS

-23

2

RS232 Loop

Rif

UART

Figure 25: External UART test setup

Test Procedure


2. Open Serial session with every legal Serial configuration (Baud Rate , Parity, Cross/Straight cable etc…)

3. Connect the RS232 ‘loopback connector’ on the DUT’s serial port.

4. Disable automatic ‘Echo’

5. Verify all serial commands are echoed back.

6. Reset DUT and verify Echo recovery.

7. Disconnect HDBaseT LAN cable and verify echo recovery

Pass/Fail Criteria

All Serial commands are echoed back.



5.6.1.2 Embedded UART Test

Test Overview

Test Purpose To verify DUT Embedded UART interface functionality over HDBaseT


Test Setup Figure 26: Embedded UART test setup

Test Resources


HDBaseT (RX/TX) GU

HDBaseT cable CFG#5 for class A, B C,D/600m OM3 for class E

UART loop

HDBaseT

DUTHDBaseT

GU

HDBaseT

RS

-23

2

Rif

UART

Figure 26: Embedded UART test setup

Test Procedure


2. Open Serial session according to the customer’s configuration instructions (Baud

Rate, Parity, Cross/Straight cable etc…)

3. Enable automatic ‘Echo’

4. Type Serial commands string as given by the customer (power on/off ,volume etc..)

5. Verify all serial commands are functioning.

6. Reset DUT and verify serial commands recovery.

7. Disconnect HDBST LAN cable and verify serial commands recovery.

Pass/Fail Criteria

All Serial commands are echoed back.



6 HDBaseT Recommended Cable

6.1.1.1 HDBaseT Recommended Cable Test

Test Overview

Test Purpose To verify GU Active mode performance with 80 meterCAT5E/90 meterCAT6 Cable

under test +2xCat5E 5 meter patches.


Test Setup Figure 27: HDBaseT Recommended Cable Test Setup

Test Resources


TX&RX GU

2xCat5E 5 meter patches

90 meter un-terminated cable under test

HDBaseT

RX

GU

RS

-23

2HDBaseT

TX

GU

HDBaseT LAN cable

Figure 27: HDBaseT Recommended Cable Test Setup

Test Procedure

1. Connect TX GU HDBaseT port to RX GU HDBaseT port using 80 meter CAT5E or 90 meter CAT6/6A/7 Cable under test and 2x5 meter Cat 5E patches.

2. Set GU to mode 500 and Verify that the HDBaseT link is active.

3. GU enables TOKD16 protected BIST traffic on the DUT TX port according to table 9.


5. Enable BIST traffic on the GU RX port ,clear statistic and run the BIST for 5

6. GU retrieves Main and Aux BIST BER.

Pass/Fail Criteria

If the Cable under test passes criteria as defined in table 15 then the cable is recommended for HDBaseT



Table 13: Recommended Cable Pass Criteria

Active Mode Main BIST Token type Main Retransmission Rate

Pass criteria

Main BIST BER

Pass criteria

Aux BIST BER

Pass criteria

1 500 TokD16 Retransmission rate

<1/500

(1 Error per 500

packets)




7 HDBaseT Recommended Fiber Optic SFP

Test Purpose To verify Fiber optic SFP module under test HDBaseT performance over OM3 600m and

OM4 800m


Test Setup Figure 28: HDBaseT Recommended Fiber Optic SFP Test Setup

Test Resources


TX&RX GU

OM3 600 meter cable

OM4 800 meter cable

Fiber optic Attenuator

HDBaseT

RX

GU

RS

-23

2

HDBaseT

TX

GU SFP SFP

Fiber

Optic

attenuator

Figure 28: HDBaseT Recommended Fiber Optic SFP Test Setup



Test Procedure

1. Connect GU RX fiber to GU TX fiber port using the SFP under test and 600 meter OM3 cable through the Fiber optic Attenuator


3. Set Fiber Attenuator to -2db

4. Set BIST Packets HDCD as define in Table 8: BIST HDCD values.

5. Enable protected BIST TokD16 packets transmission on Both GU RX port and GU TX port.


7. Run BIST traffic for 30 min and retrieves Bit error count on both RX port and TX

port.

8. Repeat steps ‎1 to ‎7 using the OM4 800 meter cable

Pass/Fail Criteria

If Both TX port and RX port BIST Bit error counters are less than 10E-12 and no link error events occur during the test then test Pass.



8 Test Report

8.1 Device Test Report

Test report includes 2 sections: Informative section and Results section.

Informative section describes general information about the tested product:

RTF Name

Valens Semiconductor

TSC

01yyyymmdd01

Test Completion Date

dd/mm/yyyy

Overall Result

PASS/FAIL

RTF Contact

Peretz Ben-Haviv

Contact Phone

+97297626900

Contact Email

[email protected]

Reporter

Email of reporter

Approver

[email protected]

Vendor Name

Name of company

Product Name

Name of product

Device Vendor ID

Vendor ID from CDF

Product HW revision

Product HDBaseT transceiver FW version

HDBaseT Class A/B/C/D/E

Device Category

Device capabilities

100BaseTX Supported /Not supported

PoH PSE Type Not supported /Type1/2/3/4/Twin

PoH PD class Not supported /Class 1/2/3/4

100BaseTX Supported /Not supported

Ethernet over HDBaseT Supported /Not supported

UART Supported /Not supported

IR-Receiver Supported /Not supported

CEC Supported /Not supported

USB-H Supported /Not supported

USB-D Supported /Not supported

SPDIF RX Supported /Not supported



SPDIF TX Supported /Not supported

MAX supported TMDS clock number of MHz

Test ID - Title Non-Conformant Behavior Description

Test ID: #

For HDBaseT Alliance Use Only

Date Results Received

Date Vendor Application Received

Date Admin Fee Received Date Certification Awarded

Notice emailed to vendor

Product posted on web TSC Closed

Results section describes expected results for the various test configurations as well as typical formats of the test results.

Table 14: Test Report Table

x.x.x.x: Title Result Pass/Fail

Note

3 HDBaseT Port

3.1 HDBaseT Link performance

3.1.1.1 HDSBI ClassA,B Tests

3.1.1.2 HDSBI ClassC,D Tests

3.1.2.1 HDBaseT ClassA,B Tx Phy downstream performance Test

3.1.2.2 HDBaseT ClassA,B Tx Phy upstream perfromanceTest

3.1.2.3 HDBaseT ClassC,D Tx Phy performance Test

3.1.2.4 HDBaseT ClassA,B Rx Phy upstream performance Test

3.1.2.5 HDBaseT ClassA,B Rx phy downstream performance Test

3.1.3.1 HDBaseT fiber (ClassE )TX Phy performance Test

3.1.3.2 HDBaseT fiber (ClassE) RX Phy performance Test

3.2 PoE

3.2.1.1 PSE detection output voltage Test

3.2.1.2 PSE feeding voltage Test

3.2.1.3 Non PoE output voltage test

3.3 HDCD

3.3.1.1 Vendor ID Test



3.3.1.2 ClassA,B Feature list Test

4 Network

4.1 Discovery

4.1.1.1 ClassC,D,E Feature list Test

5 Interfaces over HDBaseT

5.1 HDMI

5.1.1.2 External HDMI-SRC HPD Test

5.1.1.3 External HDMI-SRC pass-through EDID Test

5.1.1.4 External HDMI-SRC internal EDID Test

5.1.1.5 External HDMI-SRC HDCP Test

5.1.1.6 External HDMI-SRC CEC

5.1.2.1 Embedded HDMI-SRC Data reliability Test

5.1.2.2 Embedded HDMI-SRC CEC Test

5.1.3.1 External HDMI-SNK Data reliability Test

5.1.3.2 External HDMI-SNK 5V Test

5.1.3.3 External HDMI-SNK pass-through EDID Test

5.1.3.4 External HDMI-SNK internal EDID Test

5.1.3.5 External HDMI-SNK HDCP Test

5.1.3.6 External HDMI-SNK CEC Test

5.1.4.1 Embedded HDMI-SNK Data reliability Test

5.1.4.2 Embedded HDMI-SNK EDID Test

5.1.4.3 Embedded HDMI-SNK HDCP Test

5.1.4.4 Embedded HDMI-SNK CEC Test

5.2 USB

5.2.1.1 External USBH Test

5.2.1.2 Embedded USBH Test

5.2.2.1 External USBD Test

5.2.2.2 Embedded USBD Test

5.3 SPDIF

‎5.3.1.1 External SPDIF TX Test

5.3.1.2 Embedded SPDIF TX Test

5.3.2.1 External SPDIF RX Test

5.3.2.2 Embedded SPDIF RX Test

5.4 Ethernet

5.4.1.1 External Ethernet Test

5.4.1.2 Embedded Ethernet Test

5.5 CIR

‎5.5.1.1 CIR TX (Receiver) Class C, D, E Test

‎5.5.1.2 CIR TX (Receiver) Class A, B Test



Table 15: Class C/D HDBaseT performance test result

‎5.5.2.1 External CIR RX (Transmitter) Class C, D, E Test

‎5.5.2.2 External CIR RX (Transmitter) Class A, B Test

‎5.5.2.4 Integrated (Embedded) CIR RX (Transmitter) Class A, B Test

‎5.5.2.4 Integrated (Embedded) CIR RX (Transmitter) Class A, B Test

5.6 UART

5.6.1.1 External UART Test

5.6.1.2 Embedded UART Test

# Cable HDBaseT mode

Main TokD Pass Criteria Measured value

Pass/ Fail

1 CFG#1 500 ToKD12

Main Retransmission rate <1/10000000

Main BER <10E-12

Aux BER <10E-12

2 CFG#1 250 TokD16


Main BER <10E-12

Aux BER <10E-12

3 CFG#2 500 TokD16


Main BER <10E-9

Aux BER <10E-12

4 CFG# 3 500 TokD16


Main BER <10E-12

Aux BER <10E-12



Table 16: Class A/B HDBaseT Performance Test Result

TMDS Clock

Cable Cfg Parameter Unit Spec Result PASS / FAIL

Notes

Min Max ChA ChB ChC ChD W.C.

#1 (Cat6A

100 m)

#DS Packet MPkt 1000

#DS CRC Error Pkt 10

#Ethernet Bit Error Pkt 0

DownStream MSE dB -14.00

MAX 1.8

UpStream MSE dB -19.25

MAX 0.75

#2 (Cat5E

90 m +

2x5 m)





MAX 2.00


MAX 0.80

#3 (Cat5E

55 m + 1

m + 5 m)





MAX 1.8


MAX 0.70

#4 (Cat6A

20m)





MAX 1.8


MAX 0.60

#5 (Cat5E

0.5m)





MAX 1.8


MAX 0.55





Table 17: Video Data Reliability Test Result

CEA code

Format Name

QD Format Name

Bits Per Color

TMDS Clock [MHz]

Spec Range BER

Measure Value

Result

1

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.

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

PASS->No VIC greater than 64 found

PASS->All VICs are non-zero



8.2 Recommended CATx Cable Test Report

RTF Name


TSC

01yyyymmdd01


dd/mm/yyyy

Overall Result

PASS/FAIL

RTF Contact

Peretz Ben-Haviv

Contact Phone

+97297626900

Contact Email

[email protected]

Reporter

Email of reporter

Approver

[email protected]

Vendor Name

Name of company

Product Name

Name of product

Cable Type

HDBaseT mode

Pass Criteria Measured value

Pass/Fail

500 Main Retransmission rate <1/500

Main BER <10E-9

Aux BER <10E-12



8.3 Recommended SFP Test Report

RTF Name


TSC

01yyyymmdd01


dd/mm/yyyy

Overall Result

PASS/FAIL

RTF Contact

Peretz Ben-Haviv

Contact Phone

+97297626900

Contact Email

[email protected]

Reporter

Email of reporter

Approver

[email protected]

Vendor Name

Name of company

Product Name

Name of product

SFP type

# HDBaseT mode OMX

Pass Criteria Measured value Pass /Fail

1 500 OM3


Main BER <10E-12

Aux BER <10E-12

Link Error event 0

2 500 OM4


Main BER <10E-12

Aux BER <10E-12

Link Error Event 0



9 Capabilities Declaration Form (CDF)

0 Initial Information Description Value

0.1 Request Type New certification or certification based on similarity? New Certification,

Similarity Request

0.2 Insert role model name For similarity request, insert name of the already certified product

0.3 Product/Cable/SFP Certification for a product or a cable? Product,

Cable

0.4 Cable Type What is the cable type? CAT5e,

CAT6,

CAT6A,

CAT7,



1 General information Description Value

1.1 Product/Cable Vendor Name:

1.2 Product/Cable Name(s)/Model Name(s):

1.3 Vendor ID DUT Vendor ID as defined by HDBaseT LLC

1.4 Product revision DUT HW revision

1.5 HDBaseT class DUT HDBaseT Class for HDBaseT Copper port type Class A(VS100): *Supports Full HD Video up to 100 meter CAT5E *Support s video Ultra HD video up to 90 meter CAT6 Class B(VS010): *Support Full HD to 30 meter CAT6A Class C (VS2310): *Supports Full HD Video up to 100 meter CAT5E *Support s video Ultra HD video up to 90 meter CAT6 Class D (VS2110): *Support Full HD to 30 meter CAT6A Class E(VS2310+VS2311GF): DUT HDBaseT Class for HDBaseT Fiber port type Support video Ultra HD video up to 600 meter OM3 or 800 meter OM4.

Class A(VS100), Class B(VS010), Class C (VS2310), Class D (VS2110), Class E(VS2310+VS2311GF):

1.6 Product Category DUT consumer electronics category Display /Projector

AV Receiver/ Bluray Player/ Matrix

Extender/

Camera-Receiver/

Camera-Transmitter/

Cable/SFP

Repeater/Fiber Extender

1.7 Notes/Remarks:



2 Port configuration Description Value

2.1 HDBaseT Tx port number Number of HDBaseT TX ports 0,1,2-N 0-N

2.2 HDBaseT Rx port number Number of HDBaseT RX ports 0,1,2-N 0-N

2.3 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

If all ports are similar specify : All

else specify the group of the similar ports which are specified in the

CDF :1,2 ,N 0-N

2.4 POE declaration Description Value

2.4.1 PoE

Does DUT supplies power over the HDBaseT line or powered from

the HDBaseT line

No

PsE

PD

2.4.2 PoE compliancy

Does DUT comply with HDBaeT1.1PoH clause 6 ? Yes

No

2.4.3 PSE Type

PSE Type N/A

Type1

Type2

Type3

Type2-TWIN

Type3-TWIN

2.4.4 PD class PD class

NOTE

Section 2.4 is N/A for fiber port type



3 Operation mode support Description Values

3.1 Active mode Which Active HDBaseT operation

mode is supported?

*HDBaseT mode 500(Normal mode &

Long Reach) &250

*HDBaseT mode 250(Long Reach)

HDBaseT mode 500&250,

Mode 250,

Mode 500

3.2 LPPF mode *Which LPPF mode is supported?

*LPPF1

*LPPF1&LPPF2

LPPF1,

LPPF1&LPPF2

3.3 Fall Back mode (100BaseTX mode) Does DUT support Ethernet

100BaseTX port operation mode?

Not supported,

Supported



4 Supported Interfaces over HDBaseT

4.2 HDMI over HDBaseT

4.2.1 HDMI -Source type

HDMT-Source type: *External-Pass-through: -DUT has an External HDMI input port -DUT pass through the HDMI format as is to the HDBaseT *Embedded: -DUT does not have a native/External HDMI input port. -DUT has an internal HDMI source *External&Scaler: -DUT has an External HDMI input port -DUT perform scaling on the input HDMI format before transmitting it over HDBaseT *External&Scaler&Embedded -DUT has an External HDMI input port -DUT perform scaling on the input HDMI format before transmitting it over HDBaseT - DUT has an internal HDMI source

External-pass-through,

Embedded,

External & Scaler,

External&Scaler&Embedded

4.2.2 HDMI-Sink type

HDMT-sink type *External-Pass-through: -DUT has an External HDMI output port -DUT pass through the HDMI format as is from HDBaseT to the HDMI out *External&Scaler -DUT has an External HDMI output port -DUT perform scaling on the HDMI format which is received from HDBaseT *Embedded -DUT does not have an External HDMI native output port. -DUT has a built video display which displayed the received video from HDBaseT

External-pass-through,

Embedded,

External&Scaler

4.3 Ethernet interface type Dose Ethernet interface over HDBaseT is supported?

Not supported,

Pass through,

Termination,

Termination&Passthrough



4.4 SPDIF

Not Supported,

Passthrough,

Termination&Passthrough

4.4.1 SPDIF TX interface type

External -DUT Pass-through the SPDIF frame to HDBaseT from an External SPDIF input. Embedded -DUT generate SPDIF frame from an Embedded SPDIF source and pass-through it to HDBaseT. Not supported

Not supported,

External,

Embedded

4.4.2 SPDIF RX interface type

External -DUT Pass-through the SPDIF frame to HDBaseT from an External SPDIF input. Embedded -DUT generate SPDIF frame from an Embedded SPDIF source and pass-through it to HDBaseT. Not supported

Not supported,

External,

Embedded

4.4.3 SPDIF RX maximum supported frame rate

Please specify DUT maximum supported frame rate in Hertz

32K,

44.1K,

48K,

192K

4.4.4 SPDIF TX maximum supported frame rate

Please specify DUT maximum supported frame rate in Hertz

32K,

44.1K,

48K,

192K



4.5 USB over HDBaseT

Supported,

Not Supported

4.5.1 USB-H interface type Dose DUT support USB-H interface

Embedded,

External,

Not Supported

4.5.2 USB-D interface type Dose DUT support USB-D interface

Embedded,

External,

Not Supported

4.5.3 USBH Embedded USB interface support

Does DUT Embedded USBH support USB devices?

Supported,

Not Supported

4.5.3.1 USBH Embedded Interrupt support

Does DUT Embedded USBH supports interrupt USB devices? (Mouse/keyboard)

Supported,

Not Supported

4.5.3.2 USB Bulk support Does DUT Embedded USBH device supports interrupt USB devices?

Supported,

Not Supported

4.5.3.3 USB ISO support Does DUT Embedded device supports ISO USB devices?

Supported,

Not Supported

4.5.4 USBH Embedded device general description

Please describe USBH Embedded device functionality

4.5.5 USBD Embedded device general description

Please describe USBD Embedded device functionality



4.6 CIR Does IR over HDBaseT function supported?

Not Supported,

Transmitter,

Receiver,

Transmitter & Receiver

4.6.1 Integrated IR Receiver Type (CIR-TX)

None - DUT does not contain an Integrated IR receiver. Type A - • The IR receiver is mounted on the product's closure • Supports 38KHz CIR • IR receiver demodulates and sends un-modulated signal over HDBaseT Type B - • Supports 0 – 60KHz CIR signal • IR receiver sends the received CIR signal over HDBaseT AS IS (i.e. modulated)

None,

Type A,

Type B

4.6.2 External IR Receiver Type (CIR-TX)

None - DUT does not contain an External IR Receiver Type A - • Supports 38KHz CIR • IR receiver demodulates and sends un-modulated signal over HDBaseT Type B - • Supports 0 – 60KHz CIR signal • IR receiver sends the received CIR signal over HDBaseT AS IS (i.e. modulated)

None,

Type A,

Type B



4.6.3 External IR Transmitter Type (CIR-RX)

None - DUT Does not contain an External IR Transmitter Pass-through /Type B - Product has an IR TX 3.5 mm Jack and the IR signal from HDBaseT drives the light emitter directly. Modulated/Type A - DUT has an IR TX 3.5 mm jack; The IR signal from HDBaseT is modulated with 38K clock before driving the light emitter. Both /Type A&B - The device can multiplex between two paths of IR signal: either sends the IR signal to the emitter as is or modulate it with 38KHz. The selection between the options is :

None,

Pass-through/Type B,

Modulated/Type A,

Both/ Type A&B

4.6.4 Integrated IR Transmitter type (CIR-RX)

None - DUT Does not contain an External IR Transmitter Pass-through/Type A - The device receives the signal from HDBaseT link as is and decodes the IR message as-is. LPF /Type B - The device filters the 38KHz carrier to create a baseband signal prior to decoding the message. Both Type A&B - The device can select between two options: filtered or non-filtered IR signal. The selection is done using a dedicated GPIO.

None,

Pass-through/Type A,

LPF/Type B,

Both/ Type A&B



4.7 UART

4.7.1 UART interface Type

Does DUT supports UART over HDBaseT? *Embedded UART -DUT has an Embedded UART interface -The UART Data is pass-through between DUT controller and the HDBaseT UART interface *External UART -DUT has an External UART interface -The UART Data is pass-through between the External UART interface and the HDBaseT UART interface *Not Supported

Not Supported,

External,

Embedded

4.7.2 UART max baud rate

DUT maximum supported Baud rate 9600,

19200,

57600,

115200

4.7.3 Embedded interface UART command description

Please specify set of commands + response which are supported over the UART interface or provide instruction & application in order to operate DUT over UART



Embedded_Source_HDMI CDF

4.2.1.1 TMDS clock(MHz) What is the MAX supported TMDS clock (25 - 300)

4.2.1.2 HDMI Input Max format supported

Which of the following format supported?

1920X1080p/60Hz 16:9

1920x1080p/50Hz 16:9

4Kx2K/24Hz

4Kx2K/30Hz

other

4.2.1.3 HDMI Input Other Max format supported

If max supported format is other please specify it

4.2.1.4 Max supported bit per color Supported Bit per color on Max format 8,10,12,16

4.2.1.5 CEC Does the DUT support CEC function Supported,

Not Supported

4.2.1.6 CEC operation instruction Operation instruction for one supported CEC command

4.2.1.7 HDCP Does the product support HDCP?

Supported,

Not Supported



Embedded_Sink_HDMI CDF


4.2.1.2 HDMI Output Max format supported


1920X1080p/60Hz 16:9,

1920x1080p/50Hz 16:9,

4Kx2K/24Hz,

4Kx2K/30Hz,

Other

4.2.1.3 HDMI Output Other Max format supported


4.2.1.4 Max supported bit per color Supported Bit per color on Max format 8,10,12,16

4.2.1.5 CEC Does the DUT support CEC function Supported,

Not Supported

4.2.1.6 CEC operation instruction Operation instruction for one supported CEC command

4.2.1.7 HDCP Does the product support HDCP?

Supported,

Not Supported



External_HDMI_Source CDF


4.2.1.9 HDMI Input Max format supported


1920X1080p/60Hz 16:9,

1920x1080p/50Hz 16:9,

4Kx2K/24Hz,

4Kx2K/30Hz,

Other

4.2.1.10 HDMI Input Other Max format supported


4.2.1.11 Max Supported Bit per color Max supported bit per color on Max supported format 8,10,12,16

4.2.1.12 Scaler Does the DUT perform HDMI format scaling Yes, No

4.2.1.13 HDMI Scaler Max out format supported

Which of the following format supported ?

1920X1080p/60Hz 16:9,

1920x1080p/50Hz 16:9,

4Kx2K/24Hz,

4Kx2K/30Hz,

Other

4.2.1.14 HDMI Scaler Max out -other format


4.2.1.15 CEC support Does the DUT support CEC function Supported,

Not Supported

4.2.1.16 Internal EDID Does the product Has an Internal EDID Supported,

Not Supported



External_HDMI_source CDF


4.2.1.9 HDMI Output Max format supported


1920X1080p/60Hz 16:9,

1920x1080p/50Hz 16:9,

4Kx2K/24Hz,

4Kx2K/30Hz,

Other

4.2.1.10 HDMI Output Other Max format supported


4.2.1.11 Max Supported Bit per color Max supported bit per color on Max supported format 8,10,12,16

4.2.1.12 CEC support Does the DUT support CEC function Supported,

Not Supported

4.2.1.13 Internal EDID Does the product Has an Internal EDID Supported,

Not Supported

END OF DOCUMENT

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