Features and functions are subject to change since the manual was written. Please visit the related website to download the latest version of manual for reference.

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Any other trademarks mentioned in this manual are acknowledged to be the property of the trademark owners.

RoHS

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Introduction

Overview

The HDMI over Giga LAN Extender is a perfect solution for audio and video signal extension via existing LAN (Local Area Network) system. With multicast technology, one local unit can drive multiple remote units with no extra network load. Via IGMP Giga

Hub, there are 16 channels selectable and up to 4 channels can be transmitted simultaneously. Amazingly, each channel can be shown to an incredible 256 displays using a standard IT Ethernet structure on a LAN system. For each source device a local unit is required, and a remote unit is needed for each display device.

The HDMI over Giga LAN Extender is Full HD 1080p supported, HDCP compliant and

Blu-ray ready. Moreover, this has been common used in applications that require greater distance, high speed transmission, real-time high video resolution, security, and

Based on Giga LAN structure, it supports super-high speed transmission. It is ideal for situations that need live presentation, such as public broadcasting, education center, boardrooms, etc.

Features

 Extend high definition video signal over LAN, depending on performance network

 16 selections on the DIP rotary switch available for pairing

 Up to 4 pairings can be transmitted simultaneously over the Giga LAN Hub (IGMP)

 Each pairing can be broadcasted up to 65536 locations (TVs/ Projectors)



Using Giga LAN system for low latency network and well-grouping management

 Automatic EDID configuration

 Support HDMI with 2ch. Audio

 HDCP-compliant and Blu-ray ready



HDTV compatible; support 1080p, 1080i, 720p, 720i

 Compatible with most of the popular screen resolution to XGA, SXGA, UXGA,

WSXGA….Full HD system

 Optional VESA mounting bracket supported

Video Wall Function

 Assign video sources to any monitors of the video wall



Support 2x2, 3x3, 4x4...8x8 Screen Array (max. 8x8)

 Provide several cutting modes for 1xN (1x2, 1x3...) 2x3, 2x4 for wide variety of applications, such as commercial office buildings, exhibition hall and interactive digital signage

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------------------- Product Description

Video Connector

T2 R2 RJ-45

T3 R3 Reset Button

T4 R4 Power Supply

T5 R5 F2 Push Button

T6 R6 F1 Push Button

T7 R7 Rotary Switch

T8 R8 Serial Port 1

T9 R9 Serial Port 2

T10 R10 Network Status LED

T11

R11

Power/Link LED

Connect to the HDMI source

Connect to the HDMI monitor

Connect to Giga Hub

(IGMP Giga Hub recommended)

System reset

Apply the proper power to the unit

See Push Button Control section

Set up ID numbers

For system control

For data communication

Flashing: Connected to network

Off once: Abnormal

Green: Unlink / Blue: Link OK

Flash Blue + Green: Linked but no video source input

Red: Unlink / Blue: Link OK

Flash Blue + Red: Linked but no video source input

------------------------ Operation

The LEDs on the Extender Units show the real-time status indicating the linking and communication between the Transmitter/Sender Unit and the Receiver Unit. Users can identify the current status through the LED indicators on the unit.

The quality of the output signal will depend largely upon the quality of video source, cable and display device used. Low quality cables degrade output signal causing elevated noise levels. Please use the proper cable and make sure the display device is capable of handling the resolution and refresh rate selected.

NOTE

1. The system will disable the video output signal when it detects non-HDCP compliant display(s) on playing the HDCP video source. All the connected output displays

MUST be HDCP compliant, when the video source is HDCP compliant.

2. It is NOT suggested setting up your screen array as N (row) x 1 (column) when horizontal resolution is greater than 1280 pixels.

Push Button Control

HDMI Screen Array over Giga LAN

 Press once (click within 0.3 sec.) - Link/ Unlink video (also functions for all Tx & Rx in the same channel)

 Press and hold – Reserve for further version

 Factory Default Setting for Tx: Power off the unit → Press and hold the button → Power on the unit → Release the button after 17 sec. (the

Power/Link LED flashes green & blue) → Re-power the unit

 Press for 1 sec. - Select Graphic Mode or Video Mode (also functions for all Tx & Rx in the same channel)

(Factory default: Graphic Mode)

 Press for 3 sec. – Enter Anti-Dither Adjustment Mode: Level 1 /Level 2 /

Off (also functions for all Tx & Rx in the same channel)

(Factory Default: Off)

Reset  Reboot the system



Press once (click within 0.3 sec.) - Link/ Unlink video (also functions for all Tx & Rx in the same channel)

 Press and hold – Reserve for further version

 Factory Default Setting for Rx: Power off the unit → Press and hold the button → Power on the unit → Release the button after 17 sec. (the

Power/Link LED flashes red & blue) → Re-power the unit

 Press for 1 sec. - Select Graphic Mode or Video Mode (also functions for all Tx & Rx in the same channel)

(Factory default: Graphic Mode)

 Press for 3 sec. – Enter Anti-Dither Adjustment Mode: Level 1 /Level 2 /

Off (also functions for all Tx & Rx in the same channel)

(Factory Default: Off)

 *EDID Copy: Power off the unit → Press and hold the button → Power on the unit → Release the button after 12 sec. (the Network Status LED flashes yellow)

Reset  Reboot the system

If you use HDMI-to-DVI converter, the copied DVI EDID data may not be applicable to

HDMI monitors.

For Single-Host Web Control

Network Configuration

1. It is suggested using “Safari” web browser or “Google Chrome.” If you use “Google

Chrome” you’ll need to install “bonjour SDK”: Go to the website http://developer.apple.com/opensource/ and look for “bonjour SDK download” for installation.

2. Configure the control PC’s network setting as 169.254.xxx.xxx IP domain with netmask 255.255.0.0

3. Open web browser and insert the address: http://ast-gateway 0000 .local

The four digits after ast-gateway depends on the position of the Rotary Switch you’ve set. Please refer to the form below. For example, if the position is set up as 7, then the address should be http://ast-gateway 1110 .local

Rotary

Four digits

Switch

0 0000

1 1000

2 0100

3 1100

4 0010

5 1010

6 0110

7 1110

8 0001

9 1001

A 0101

B 1101

C 0011

D 1011

E 0111

F 1111

Video Wall Setting

If you log in, you may see the following first. On System page, it shows the version information.

◆ Basic Setup : Click on Video Wall Setup for Basic Setup first

1. Bezel and Gap Compensation

＊

OW = Outside Width

＊

OH = Outside Height

＊

VW = View Width

＊

VH = View Height

Adjust dimensions (mm) for the monitors of video wall. If you don’t need this, just set all values “OW=VW, OH=VH.” And please notice that the unit is 0.1mm and the value

MUST be integer.

2. Wall Size and Position Layout

Step 1.

● Vertical Monitor Count x Horizontal Monitor Count: If the video wall is 2 x 2, then set up Vertical Monitor Count and Horizontal Monitor Count as 2. (maximum: 8x8)

Step 2.

● Single Host Mode: MUST check this item for single host application

Step 3.

● Apply To: Select “All” and check “Apply” button for your settings and you will see all screens refreshing.

3. Configure row and column position for each display

＊

OSD: On-Screen Display. The system automatically assigns a number to each monitor.

＊

Vertical Monitor Count: The number of monitors on vertical line

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Horizontal Monitor Count: The number of monitors on horizontal line

＊

Row Position: Set up row position for a monitor. For example, if the monitor situated on the 1 st

row, the row position should be 0; if the monitor situated on the 2 row position should be 1. nd

row, the

＊

Column Position: Set up column position for a monitor. For example, if the monitor situated on the 1 the 2 nd st

column, the column position should be 0; if the monitor situated on

column, the column position should be 1.

Step 1.

● Show OSD: Check this item and all monitors will show its number on the screen.

Step 2.

● Row Position / Column Position: Decide which part of the screen will be applied to a monitor.

Step 3.

● Apply To: Select one of the clients (OSD number) for the following setting.

Step 4.

For all monitors setup, please follow above steps 1 to 3.

● Show OSD: Uncheck this item if all settings are done.

E x x a m p l l e e o o f f

2 x

2 V i i d e o

W a a l l l l

Part 1: Wall Size and Position Layout

Part 2: Configure row and column position for each display

◆ Advanced Setup : After the Basic Setup is done, users may enter this page for advanced setting. Please notice that each monitor should have its own part of screen section and do not overlap.

Step 1: Choose Control Target

● Show OSD: Check this item and all monitors will show its number on the screen

Step 2: Control Options

● Single Host Mode: MUST check this item for single host application

● Horizontal Scale Up & Vertical Scale Up: It is NOT suggested configure these two items for it may result flickering images.

● Tearing Delay: The typical value is 10000~16000 μs. Before setting up Tearing Delay, users need to choose control target (each or several rows).

------------------------ EDID Configuration

EDID (Extended Display Identification Data) is greatly important which contains information about manufacturer name and serial number, product type, maximum image size, color characteristics, factory pre-set timings, frequency range limits, etc. In some cases display problems may occur due to incorrect EDID communication between the display monitor and the unit or inappropriate EDID data programmed by display manufactures. Therefore, by adopting “EDID COPY” function, it will allow the system to copy EDID information from EDID compliant displays in order to assure accurate display performance.

● EDID Copy (on Receiver Unit only)

Step 1. Power off the unit

Step 2. Press and hold the button F2

Step 3. Power on the unit

Step 4. Release the button after 12 sec. (the Network Status LED flashes yellow)

However, owing to a variety of monitor model types, EDID data may not be usable to all.

For example, if you use an HDMI-to-DVI converter to a REAL DVI monitor, the copied

EDID (DVI) data may NOT be applicable to HDMI monitors. On the other hand, if using an HDMI-to-DVI converter to a DVI monitor (but in fact it’s an HDMI monitor with DVI connector), the copied EDID (HDMI) data may be applicable to HDMI monitors.

RVW130L RVW130R

Limited Warranty

IN NO EVENT SHALL THE DIRECT VENDOR'S LIABILITY FOR DIRECT OR INDIRECT, SPECIAL,

INCIDENTIAL OR CONSEQUENTIAL DAMAGES, LOSS OF PROFIT, LOSS OF BUSINESS, OR

FINANCIAL LOSS WHICH MAY BE CAUSED BY THE USE OF THE PRODUCT EXCEEDS THE

PRICE PAID FOR THE PRODUCT.

The direct vendor makes no warranty or representation, expressed or implied with respect to the contents or use of this documentation, and especially disclaims its quality, performance, merchantability, or fitness for any particular purpose.

The direct vendor also reserves the right to revise or update the product or documentation without obligation to notify any user of such revisions or updates. For further information, please contact your direct vendor.

All the brand names and registered trademarks are the property of their respective owners.

Printed in Taiwan

CD5-MVM582Z-000

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