Smart-M HDR-8x8-XT Manuale utente

Made in U.S.A. www.SmartAVI.com 1-800-AVI-2131

HDR‐8x8‐XT

UserManual

Distribute 8 4K HDMI sources to 8 local monitors

and 8 remote displays via HDBaseT (CAT5e/6/7)

with IR, RS-232, and TCP/IP control support

4K Ultra-HD 8X8 HDBaseT HDMI Matrix with POE

TABLE OF CONTENTS 

WHAT'S IN THE BOX? 2

INTRODUCTION 3

FEATURES 3

APPLICATIONS 3

TECHNICAL SPECIFICATIONS 4

FRONT PANEL FUNCTIONS 5

EDID 6

REAR PANEL 7

REMOTE CONTROL 8

IR CONTROL SYSTEM 9-10

HDBaseT RECEIVER 11

HARDWARE INSTALLATION 12

POWER OVER ETHERNET (POE) 13

RS-232 CONTROL 13

GLOBAL IR CONTROL 14

HDBaseT LAN SERVING 15

ESTABLISHING AN RS-232 CONNECTION 16

LIMITED WARRANTY STATEMENT 17

Figure 2-1

Figure 2-2

PART NO. QTY DESCRIPTION

HDR-8x8-XTS 1 4K-Ready 8x8 HDMI Matrix Switch with CAT5/6/7 HDBaseT

CCPWR06 1 6' Power Plug Cable

1 Quick Start Guide

RMHDR8X8 1 IR Remote Control

WHAT’S IN THE BOX?

Brackets for mounting this device in a standard 19” rack may be optionally ordered from Smart-AVI.

INTRODUCTION

The HDR-8x8-XT with simultaneous CAT5e/6/7 and HDMI outputs connects eight HDMI input sources to

sixteen displays. This matrix features eight mirrored HDMI outputs, providing 8 HDMI output ports and 8

CAT-Cable output ports simultaneously. The HDR-8x8-XT supports the transmission of video (resolutions

up to 1080p Full HD and 4Kx2K@30Hz) and supports high resolution digital audio formats such as LPCM

7.1CH, Dolby TrueHD, Dolby Digital Plus and DTS-HD Master Audio. Connect a HDBaseT Receiver to each

of the CAT-Cable outputs to extend the HDMI signal up to 328ft/100m (100m Version) or 230ft/70m

(70m version) for multi-room connectivity. The HDR-8x8-XT works with Blu-Ray players, Set-Top boxes,

Home Theater PCs, and game consoles that connect to an HDMI display. Any source is accessible at all

times by any display through the supplied IR Remote Control, RS-232, TCP/IP, or by using the selection

buttons on the front panel. This device supports High Definition Audio, and 3D signal compatibility.

FEATURES

 HDMI input supports: HDMI2.0, HDCP 2.2 and DVI1.0 compliant

 Supports HDMI 3D pass-through

 Supports resolutions from VGA~WUXGA and HD resolutions from 480i~1080p~4Kx2K@30 dependent

upon the EDID settings

 Supports transmission distances up to 328ft/100m (100m Version) or 230ft/70m(70m version)

through CAT5e/6/7 cable

 Supports Power Over Ethernet (POE) function

 Supports simultaneous HDMI and CAT5e/6/7 outputs

 Supports wideband IR(30-60Khz) matrix system, IR transport

 Channels can be forward or backward. And supports GLOBAL IR input and output.

 Supports RS-232, remote control, front panel buttons control and TCP/IP Control

 Supports smart EDID management

 Supports Digital Audio and stereo audio outputs

 Support bi-directional IR & RS232 control

 Supports HDBaseT LAN Serving function

 Supports LPCM 7.1CH, Dolby TrueHD, Dolby Digital Plus and DTS-HD

 Master Audio transmission

APPLICATIONS

 Sports Arenas

 Concert Halls

 Cinemas & Multiplex Theaters

 Convention Centers

 Hotel Lobbies

 Transportation Hubs (Airports, Train Stations)

TECHNICAL SPECIFICATIONS

VIDEO and AUDIO

Format HDMI 1.4

Video Bandwidth 297MHz[10.2Gbps]

Input Resolution Up to 4K (3840x2160 @ 30Hz)

Output Resolution Up to 4K (3840x2160 @ 30Hz)

HDMI Connector Type A 19 pin female

RJ-45 Connector WE/SS 8P8C

Audio Connectors 3.5mm, Coaxial

CONTROL

Front Panel Front panel buttons

IR Infrared Remote Control 3.5mm connector: (TX and RX) IR Receiver/IR Blaster

RS-232 RS-232 serial commands

TCP/IP Control via Ethernet-connected computer

OTHER

Input Ports (8) HDMI, (10) IR Receiver, (1) RS-232, (1) RJ-45(Control), (8) RS-232

Output Ports (8) CAT5e/6/7, (9) IR Blaster, (8) HDMI (8) Audio, (8) Digital audio

Power Supply Internal 100-240 VAC 50/60Hz

Max Consumption 100 W

Dimensions 17.5” W x 14.75” D x 4” H

Weight 14.65 lbs

Approvals UL, CE, ROHS Compliant

Operating Temp. 32 to +104°F (0 to 40°C)

Storage Temp. -4 to +140°F (-20 to 60°C)

Humidity Up to 90% RH (non-condensing

FRONT PANEL FUNCTIONS

EDID Mode EDID Description EDID Mode EDID Description

1 1080i, 2CH AUDIO 13 4Kx2K@60Hz,2CH AUDIO

2 1080i, DOLBY/DTS 5.1 14 4Kx2K@ 60Hz,DOLBY/DTS 5.1

3 1080i, HD AUDIO 7.1 15 4Kx2K@60Hz,HD AUDIO 7.1

4 1080p, 2CH AUDIO 16 Copy from HDMI OUTPUT A

5 1080p, DOLBY/DTS 5.1 17 Copy from HDMI OUTPUT B

6 1080p, HD AUDIO 7.1 18 Copy from HDMI OUTPUT C

7 3D,1080p, 2CH AUDIO 19 Copy from HDMI OUTPUT D

8 3D, 1080p,DOLBY/DTS 5.1 20 Copy from HDMI OUTPUT A

9 3D,1080p, HD AUDIO 7.1 21 Copy from HDMI OUTPUT B

10 4Kx2K@30Hz,2CH AUDIO 22 Copy from HDMI OUTPUT C

11 4Kx2K@30Hz,DOLBY/DTS 5.1 23 Copy from HDMI OUTPUT D

12 4Kx2K@30Hz,HD AUDIO 7.1

Table 5-2 EDID MODES

Figure5-1

1. LCM: Displays all information regarding individual input settings/output settings and EDID manage-

ment

2. IR: IR Receiver window (accepts only the HDR 8x8 -XT remote control signal ).

POWER: Press this button to power the device on/off. The LED will illuminate green when the power is on,

red when it is in 'Standby' mode.

LOCK: Press this button to lock all the buttons on the panel, press again to unlock.

3. OUTPUT/INPUT: To assign an output to an input using the front panel buttons, press the desired out-

put button followed corresponding input.

Example: Press OUTPUT ALL, then INPUT 1 and OUTPUTs A/B/C/D/E/F/G/H will be set to INPUT 1. Press

PTP, then OUTPUTs A/B/C/D/E/F/G/H will "point to point" map to INPUTs 1/2/3/4/5/6/7/8.

4. EDID: Smart EDID management, the LCM will display the EDID operation.

Press the MENU button will enter the EDID management window, press UP or DOWN button to select the

needed EDID setting, press ENTER button to select the download input source. It can easy download any

EDID mode to any input source.

EDID

EDID. What is it and what is it used for?

Under normal circumstances, a source device (digital and analog) will require information about a con-

nected device/display to assess what resolutions and features it can produce. Using this information

from the display, the source can then cater its output to send only resolutions and features that are com-

patible with the attached device/display. This information is called EDID (Extended Display Information

Data). A source device can only accept and read one EDID from a connected device/display. Likewise, the

source an only output one resolution for use by a connected device/display.

Why is EDID so important with the HDR 8x8 XT ?

The HDR 8x8-XT is a complex piece of technology that replicates and switches between multiple inputs

and outputs. Each connected source device will require one EDID to read. EDID management is carefully

handled by HDR 8x8 XT to provide a single EDID for each source to read.

What options do I have to manage the EDID in the HDR 8x8 XT ?

Each source device can only output one video/audio signal type (including resolutions and timings). When

multiple devices/displays are used, such as with the HDR 8x8 XT, using devices/displays that have com-

patible resolutions/features will reduce EDID errors. This will ensure that the single video/audio signal

produced by the source device is accepted by all of the connected output devices/displays. The user has

the option, through the EDID management window, to choose how the unit will manage the EDID from

multiple HDMI devices/displays. The HDR 8x8 XT has multiple EDID management modes that will control

how the EDID information from multiple devices/displays are combined, ignored, and routed.

REAR PANEL

Figure 7-1

1. GND: Connect the Housing to ground.

2. IR Matrix

IR EXT: if the panel sensor is obstructed or the unit is installed in a closed area out of infrared line of sight, the

IR RX receiver included can be inserted into the IR EXT port at the rear to extend the IR sensor range and en-

able local control of the matrix.

IR IN/OUT: Super IR control system interface. For further details, please refer to the IR control system section

starting on page 9.

3. PC CONTROL

TCP/IP: This port is the link for TCP/IP control, connect to an active Ethernet link with an RJ45 terminated ca-

ble.

RS232: Connect to a PC or control system with D-Sub 9-pin cable for the transmission of RS-232 commands.

4. AUDIO OUTPUT: The coaxial and analog audio output connects to the audio amplifier. The TX and RX for

RS232 communication with the HDBaseT Receiver TX and RX.

5. HDMI INPUT: Connect to the HDMI input source devices such as a DVD player or a Set-top Box with HDMI

cable.

6. VIDEO OUTPUT: The HDMI OUTPUT connect to HDMI equipped TVs or monitors and the HDBaseT OUTPUT

connect to the HDBaseT Receiver.

7. Ethernet: This slot provides Internet connectivity to the devices connected to the 8 RJ45 ports shown in Fig-

ure 7-1, section 6.

8. AC POWER INPUT: Connect to AC power with AC power cable.

REMOTE CONTROL

1. Power on /Standby：Press this button for power on the matrix or set it to standby mode.

2. Input port selection area：Press these buttons to select input 1-8. Press forward/backward button will

cycle from input 1-8.

3. Output port selection area：Press these buttons to select output A-H, including ALL.

How to operate the Matrix Remote?

1. Power on and standby

Q. How to power on and standby?

A. Press Power on /Standby button and wait a while.

2. How to select Output and Input Port?

Q. OUTPUT-X select INPUT-Y:

A. Press OUTPUT-X (X means 1 to 8 of outputs, including ALL) Press INPUT-Y (Y means 1 to 8 of inputs)

Figure 8-1

IR CONTROL SYSTEM

(IR Call-back of Matrix and Source Devices)

The matrix is not only a switcher and extender of multiple HDMI signals to multiple HDMI receivers lo-

cated remotely, it also passes IR control signals through the IR call-back system to the matrix and HDMI

sources for full, independent control of all connected inputs from output locations.

Two-way IR Call-back Between matrix, Sources and Displays from Multiple Locations

A key feature on the matrix is discrete IR control of the matrix, sources and displays from any location –

so inputs at the matrix end can be controlled at a display location and displays can be controlled at the

matrix location. This is accomplished by placing a series of IR Emitters on devices to control and IR Re-

ceivers at all locations you wish to control from to enable the IR signal to travel both ways via the single

Cat5e/6/7 cable.

Figure 9-1

At Matrix end: Insert the 3.5mm jacks of the IR TX Emitters included with the unit into the IR TX Emitter

ports at the rear of the matrix according to input. The IR signal is added to the HDMI of the input device

so, for example, if the user is watching Blu-ray on input 1, the IR signal will be directed through the IR TX1

socket to control the device.

As each IR TX port is allocated to an individual HDMI input port, if the user is unable to establish IR con-

trol of the device, care should be taken to check firstly, that the IR emitter and HDMI input ports match

(Input 1-TX1, Input2-TX2 etc.) with plugs secured in correct ports, and secondly, that the IR TX emitter

sensors are firmly attached directly to the front of inputs and covering infrared sensor windows of the

source devices. Some later adjustment may be needed to the location of the sensor to achieve the best

performance results - sometimes moving the sensor to different areas on the source can improve IR

performance.

NOTE: Infrared receiving areas of devices can be located by shining a flashlight onto the front of the de-

vice – the sensor should be able to be seen through the plastic as a small, round object inside. Insert

3.5mm jacks of IR RX receivers into RX ports, making sure the receivers themselves are placed in clear

view to receive an infrared signal from the remote handset used to control the display outputs.

At display end: Insert the IR RX Receiver jack into the IR RX port of the display receiver balun, with the re-

ceivers themselves placed in clear view on or near the displays to receive an infrared signal from the

remote handset used to control inputs. Insert the IR TX Emitter jack into the IR TX port of the display re-

ceiver balun, ensuring that the emitter sensor is securely attached to infrared sensor window of the dis-

play. Follow the same connection and positioning for all baluns/displays connected to the matrix. If all IR

TX Emitters and IR RX Receivers are positioned and connected correctly with sources, displays and dis-

play receivers fully powered and the matrix set to IR call-back enabled and IR TX Switch mode activated,

two-way IR will now be possible.

Note: Misplaced or poorly secured IR Emitters and Receivers may result in intermittent IR control signals

passed to and from the matrix. Check your placement and adjust if necessary.

Figure 10-1

IR CONTROL SYSTEM (Continued)

Figure 10-2

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