IHD-200PR - Adapter / Network Card Planet - Free user manual and instructions

Product Type	HDMI over IP Receiver with PoE
Model	IHD-200PR
Dimensions (W x D x H)	130 x 96 x 25 mm
Weight	492 g
Power Supply	9-12V DC, 1.5A or PoE (IEEE 802.3af)
Power Consumption	13.5W per unit
Network Interface	1 x RJ-45 (10/100/1000Base-T Ethernet)
Video Interface	HDMI Type A
Maximum Video Resolution	Full HD 1920 x 1080, WUXGA 1920 x 1200 @ 60 Hz
HDCP Support	Yes, HDCP-compliant
Audio Support	HDMI with 2ch audio (dts)
Maximum Transmission Distance	100 meters point-to-point or multicast
Channel Selection	16 channels via rotary DIP switch
Casting Modes	Unicast, Multicast
Video Wall Support	Up to 8x8 screens
EDID Management	EDID copy function
Management	Web UI, button controls, DIP switches
Cabling	Cat. 5/5e/6 UTP
Operating Temperature	0°C to 50°C
Storage Temperature	-20°C to 60°C
Operating Humidity	0% to 90% (non-condensing)
Standards Compliance	IEEE 802.3, 802.3u, 802.3ab, 802.3af
Emission Compliance	FCC Class A, CE
Mounting	VESA mounting bracket included
Package Contents	Receiver unit, CD, Quick Guide, Ethernet cable, VESA bracket, screws, foot pads, plastic screw driver

Frequently Asked Questions - IHD-200PR Planet

What kind of switch should I use with the IHD-200PR?

We strongly advise using a switch that supports IGMP snooping (v2) and Gigabit Ethernet. For PoE, the IHD-200 PoE series has passed Mid-span and End-span testing. Each unit consumes 13.5W.

What is the maximum distance between transmitter and receiver?

Point-to-point and multicast distance is 100 meters. If using switches, there is theoretically no distance limit, depending on cable and switch quality.

How can I convert the video source?

There are three ways: 1) Use the DIP switch (16 channels) on all units. 2) Set up port-based VLAN on the switch and swap the receiver to a different VLAN. 3) Use an HDMI splitter/matrix.

Why is there no display when connecting to my computer?

Check cables, set display input to HDMI, verify PC BIOS video output, test direct HDMI connection, ensure the DIP switch is correct, and try EDID copy (see manual). Also reboot the unit.

What is the maximum number of receivers (Rx) that can connect to one transmitter (Tx)?

For video wall: up to 8x8 (64). For video extender: theoretically up to 1000 receivers, as long as each gets an IP from the available pool.

Can I use different screen resolutions for a video wall?

It is recommended to use the same resolution for best performance. If using different resolutions, try EDID copy to resolve display issues. Video extender mode is more tolerant.

How do I update the firmware?

Use Safari browser or install BonjourSDK. Access the Web UI of each unit, go to System > Update Firmware, choose the correct firmware (transmitter vs. receiver), upload, and wait about 5 minutes for reboot. Do not interrupt.

What is the purpose of the screw hole over the HDMI port?

The screw hole is for a security screw that can be tightened to secure the HDMI cable, preventing accidental disconnection.

How do I perform an EDID copy?

On the receiver unit, power off, press and hold button B2, power on, release when the Network Status LED flashes. This copies EDID from the connected display.

What should I do if screen tearing occurs?

Try switching to a different video resolution, adjust the Tearing Delay value via Web UI (typical 10000-16000 µs), or use multiple transmitters (one per row) as a hardware solution.

USER MANUAL IHD-200PR Planet

HDMI / Video Wall over IP with PoE

IHD-200PT / IHD-200PR

Copyright

Copyright (C) 2013 PLANET Technology Corp. All rights reserved.

The products and programs described in this User's Manual are licensed products of PLANET Technology, This User's Manual contains proprietary information protected by copyright, and this User's Manual and all accompanying hardware, software, and documentation are copyrighted.

No part of this User's Manual may be copied, photocopied, reproduced, translated, or reduced to any electronic medium or machine-readable form by any means by electronic or mechanical. Including photocopying, recording, or information storage and retrieval systems, for any purpose other than the purchaser's personal use, and without the prior express written permission of PLANET Technology.

Disclaimer

PLANET Technology does not warrant that the hardware will work properly in all environments and applications, and makes no warranty and representation, either implied or expressed, with respect to the quality, performance, merchantability, or fitness for a particular purpose.

PLANET has made every effort to ensure that this User's Manual is accurate; PLANET disclaims liability for any inaccuracies or omissions that may have occurred.

Information in this User's Manual is subject to change without notice and does not represent a commitment on the part of PLANET. PLANET assumes no responsibility for any inaccuracies that may be contained in this User's Manual. PLANET makes no commitment to update or keep current the information in this User's Manual, and reserves the right to make improvements to this User's Manual and/or to the products described in this User's Manual, at any time without notice.

If you find information in this manual that is incorrect, misleading, or incomplete, we would appreciate your comments and suggestions.

FCC Compliance Statement

This Equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.

However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

CE mark Warning

The is a class A device, In a domestic environment, this product may cause radio interference, in which case the user may be required to take adequate measures.

WEEE

To avoid the potential effects on the environment and human health as a result of the presence of hazardous substances in electrical and electronic equipment, end users of electrical and electronic equipment should understand the meaning of the crossed-out wheeled bin symbol. Do not dispose of WEEE as unsorted municipal waste and have to collect such WEEE separately.

Trademarks

The PLANET logo is a trademark of PLANET Technology. This documentation may refer to numerous hardware and software products by their trade names. In most, if not all cases, these designations are claimed as trademarks or registered trademarks by their respective companies.

Revision

User's Manual for PLANET HDMI / Video Wall over IP with PoE

Model: IHD-200PT / IHD-200PR

Rev.: 1.0 (October, 2013)

Part No. EM-IHD-200 PoE Series

Contents

CHAPTER 1: PRODUCT INTRODUCTION....5

1.1 PACKAGE CONTENTS 5
1.2 PRODUCT DESCRIPTION 5
1.3 PRODUCT FEATURES 9
1.4 PRODUCT SPECIFICATIONS....10
1.5 PHYSICAL DESCRIPTION....11
1.6 DEVICE CONNECTION TOPOLOGY 13

CHAPTER 2: HARDWARE INSTALLATION....16

2.1 INSTALLATION INSTRUCTIONS 16

CHAPTER 3: INTERNET CONNECTION SETUP ....18

3.1. USING BONJOUR BROWSER.EXE....18
3.2. SETTING TCP/IP ON YOUR PC 19

CHAPTER 4: WEB UI FUNCTION INSTRUCTIONS....25

4.1 SYSTEM 25

4.1.1. Version Information....25
4.1.2. Updating Firmware....25
4.1.3. Updating Firmware 25
4.1.4. Statistics....26

4.2 VIDEO WALL 27

4.2.1. Basic Setup 27
4.2.2. Setup Step (Examples)....30
4.2.3. Advanced Setup 32
4.2.4. Tearing Delay 34

4.3 NETWORK 36

4.3.1. IP Setup....37
4.3.2. Casting Mode....37

4.4 FUNCTION 37

4.4.1. Video over IP 37
4.4.2. Serial over IP 38

CHAPTER 5: EDID INSTRUCTION....40

5.1 EDID CONFIGURATION....40

CHAPTER 6: DISPLAY QUALITY ADJUSTMENT....41

6.1 GRAPHIC MODE & VIDEO MODE 41
6.2 ANTI-DITHER 41
6.3 CONCLUSION....42

CHAPTER 7: FIRMWARE UPDATING....43

7.1 UPDATING ENVIRONMENT 43
7.2 UPDATING STEP 43

CHAPTER 8: VESA MOUNTING BRACKET ....46

8.1 HOW TO INSTALL 46

APPENDIX FAQ 48

Chapter 1: Product Introduction

1.1 Package Contents

■ Media Extender x 1
■ CD x 1 (User's Manual, Quick Guide)
■ Quick Installation Guide x 1
■ Ethernet Cable x 1
■ VESA Mounting Bracket x 2
Screws x 9
■ Foot Pad x 4
■ Plastic Screw Driver x 1

If any of the above items are missing, please contact your dealer immediately.

1.2 Product Description

Product Function

PLANET IHD-200PT / IHD-200PR HDMI / Video Wall over IP with PoE deliver a great HD video distribution solution such as bringing an efficient and effective advertising deployment. The IHD-200 PoE series is the combination of the transmitter, IHD-200PT, and the receiver, IHD-200PR. They allow you to simultaneously send out a HDMI signal to one or more HDMI displays over a single cat. 5/5e cable (or above) Ethernet infrastructure.

Besides, by supporting PoE function, meaning there is no additional power supply needed, the IHD-200 PoE series thus reduces the complexity of cable installation.

The IHD-200 PoE series can distribute HD digital content from multiple sources to practically any number of remote displays on a LAN and deliver ultra high quality 1080P HDMI video broadcast over IP network. It not only offers smooth vivid 1080P full motion video with audio quality as CD, but also ensures the sharp images and text give the viewers the maximum visual effect and ease of reading.

By cascading multiple Ethernet switches as the backbone of the IHD-200 PoE series, it allows displays to be distributed far away from the source devices while sustaining consistent 1080P video and audio quality. The video sources can be rack centralized or decentralized, or even have a mixture of both. It thus increases the flexibility, scope and scalability of audio and video distribution via the Ethernet networks.

High-Speed Ethernet Connection via Gigabit Ethernet

The IHD-200 PoE series is a perfect solution for audio and video signal extension via the existing LAN. Designed with Gigabit LAN interface, it supports super high speed transmission, which makes it ideal for live presentations, public broadcasting, education training, boardrooms, etc.

IHD-200 Series HDMI over IP Performance

Exclusive Video Transmission by IGMP Multicast Technology

One IHD-200PT in local site can drive multiple IHD-200PR in remote sites without consuming extra network loading. Integrating with Gigabit switch built-in with IGMP multicast functions, there are 16 channels selectable via the IHD-200 PoE series and up to 4 channels can be transmitted simultaneously. IGMP is an integral part of IP multicast and a communications protocol used by hosts and adjacent routers on IP networks to establish multicast group memberships. IGMP can be used for one-to-many networking applications such as online streaming video and gaming, and allows exclusive transmission and more efficient use of resources.

Extended Display Identification Data (EDID) Support

The IHD-200 PoE series adopts EDID (Extended Display Identification Data) COPY function to make smooth video distribution over different types of display units. EDID is greatly important as it contains information about resources' manufacturer names, serial numbers, product types, maximum image sizes, 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 transmitting unit or inappropriate EDID data programmed by display manufactures. Therefore, with EDID COPY function, the IHD-200 PoE series allows the system to copy EDID information from EDID compliant displays and assures accurate display performance.

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

Without Extended Display Identification Data

Supports Extended Display Identification Data

Easy Video Channel Matching through Network Configuration

The IHD-200 PoE series network can be configured by a central computer over the same LAN within a certain distance. Fully leveraging the mature Gigabit Ethernet with 802.1Q VLAN function, multi-casting can be performed to allow more video source/senders in the network and be remotely managed. Just adjust and match video channel setting by the simple DIP switch in both the IHD-200PT and IHD-200PR. The video distribution is easily deployed through Plug and Play.

Network Configuration

High Quality Output and Performance

The IHD-200 PoE series supports Full HD 1080P, HDCP and Blu-ray quality, which have been commonly used for applications that require real-time high video resolution and transmission in long distance. It also contains security and noise immunity as well as HDMI with 2ch. audio (dts.) functions to offer the superior video distribution.

Full HD Resolution

1.3 Product Features

HDMI Network

■ 1080P ultra high quality video transmitter
■ Assigns video sources to any monitor of the video wall
■ Up to 8 x 8 Screen Array supported
■ Extends high definition video signal over Gigabit LAN and IGMP
■The selectable 16-channel DIP switch is easily applied for multi-casting group matching
■ 1-to-1, 1-to-many and multi-casting broadcasting architectures allow to add more displays without adding LAN bandwidth loading

Video Output Characteristics

■ HDCP compliant and Blu-ray ready
■ Supports HDMI with 2ch. audio (dts.)
■ HDTV compatible, supporting 1080P, 1080i, 720P, 720i
■ Compatible with common screen resolutions from XGA, SXGA, UXGA, WSXGA to the latest Full HD system

Easy Installation & Management

■ PoE function supported; no additional power supply needed
■ Automatic EDID (Extended Display Identification Data) configuration
■ Friendly Web UI and simple utility for ease of use
■ Supports multi-casting group with Gigabit Ethernet Managed Switch (802.1q VLAN & IGMP function required)
■ VESA mounting bracket supported

1.4 Product Specifications

Model	IHD-200 PoE SeriesHDMI / Video Wall over IP with PoE
Hardware Specifications
Network Interface RJ-45 port (10/100/1000Base-T Ethernet) x 1
Console	Control port x 1AUX / EXT. port x 1
Cabling	Cat. 5/5e/6 UTP cable
LED	Power / Link: Solid / Blinking / OffNetwork Status: Blinking / Off
Buttons	Linking button x 1change mode button x 1Reset button x 1
Source interface	HDMI A Type
Mounting Bracket	VESA mounting bracket
Channel Switching	DIP (16 channels)
Standards Conformance
Standards Compliance	IEEE 802.3 10Base-TIEEE 802.3u 100Base-TXIEEE 802.3ab 1000Base-TIEEE 802.3af
Video Resolution (max.)	Full HD (1920 x 1080)WUXGA (1920 x 1200) @ 60 Hz
Security	HDCP-compliant
Audio	HDMI with 2ch. audio (dts.)
Maximum Distance	Point-to-point / multicast, 100 meters
Management Interfaces Web (LAN), Serial
System Expandability (max.)	IHD-200PT: 16IHD-200PR: Broadcast:16000
Video Rx Array (max.)	8 x 8
Resolution Identification	EDID (Extended display identification data)
Environment Specifications
Operating	Temperature: 0~50 degrees CRelative Humidity:0~90% (non-condensing)
Storage	Temperature: -20~60 degrees CRelative Humidity: 0~90% (non-condensing)
Power Supply	9~12V DC, 1.5A
Power Consumption	13.5W (each unit)
Housing Dimensions (W x D x H)	130 x 96 x 25 mm
Weight	492 g
Emission	FCC, CE

1.5 Physical Description

Product Description

Position Name Effect
T1:		Video Connector
R1		Connect to the HDMI source
		Connect to the HDMI monitor
T2 R2:	RJ-45 Jack	Connect to an PoE Switch(IGMP Gigabit PoE Switch recommended)
T3 R3:	Reset Button System reset
T4 R4:	Power Supply DC power input
T5 R5:	B2 Push Button	Refer to Push Button Control section
T6 R6:	B1 Push Button
T7 R7:	Rotary DIP Switch Channel ID Select
T8 R8:	Control Port System control (reserved)
T9 R9:	AUX/EXT Port Data communication (reserved)
T10 R10:	Network Status LED Flashing: Connected to Ethernet network
T11:	Link / Power LED	Blue: Link OKGreen: Video unlinkFlash Blue + Green: Linking and searching video source
R11		Blue: Link OKRed: Video UnlinkFlash Blue + Red: Linking and searching video source

LED Definition

LED Unit Status Description
Network Status	Tx/Rx	Flashing Connected to network
		Off Abnormal
Link / Power	Tx	Green Unlink
		Blue Link OK
		Flash Blue + Green	Linking and searching source
	Rx	Red Unlink
		Blue Link OK
		Flash Blue + Red Linking and searching source

Button Definition

Button	Unit	Function
	IHD-200PT&IHD-200PR	● Press once - Link/ Unlink video
		● Factory Default Setting with steps below: 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 / red & blue) → Re-power the unit
	IHD-200PT	● Press for 1 sec. - Select Graphic Mode or Video Mode (also deploy to all the IHD-200PT and IHD-200PR of the same channel) (Default: Graphic Mode)
		● Press for 3 sec. - Enter Anti-Dither Adjustment Mode: Level 1 / Level 2 / Off (also deploy to all the IHD-200PT and IHD-200PR of the same channel) (Default: Off)
	IHD-200PR	● Press for 1 sec. - Select Graphic Mode or Video Mode (also deploy to all the IHD-200PT and IHD-200PR of the same channel) (Default: Graphic Mode)
		● Press for 3 sec. - Enter Anti-Dither Adjustment Mode: Level 1 / Level 2 / Off (also deploy to all the IHD-200PT and IHD-200PR of thesame channel) (Factory Default: Off)
		● EDID Copy with steps below: 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)

1.6 Device Connection Topology

Video Extender

The IHD-200PT and IHD-200PR are able to send the same video signal to multi-monitors in different locations at the same time. It helps to quickly extend the image and commercial to the public efficiently in such places as expos, food courts, boardrooms, and any public areas.

Video wall

To bring the image and picture in larger size over video wall, the IHD-200PT and IHD-200PR are the ideal solution to distributing one specified image, picture, or video to multiple screens which are usually applicable for sports, department stores, movie theaters, etc.

Efficient Control via 16 Channels Selectable DIP Switch

Where there is more than one transmitter in the video wall system, the rotary DIP switch in the IHD-200PT and IHD-200PR facilitates distinguishing the pair of the transmitter and receiver units in the same channel. It further enables the broadcasting system to perform multi functions including Video Extender and Video Wall simultaneously through matching of the IHD-200PT and IHD-200PR.

Combining the two functions

The selectable 16-channel DIP switch is applied to combine the two main functions as shown in the following diagram:

Chapter 2: Hardware Installation

• The Unit-Cast application is Plug-and-Play basis. It's easy to install in seconds.
  ● The Multi-Cast application can be used as multi-to-multi and video wall which is suitable for digital signage.

2.1 Installation Instructions

System Requirements

1. HDCP compliant monitors with HDMI interface for the HDCP video source
2. CAT5 / 5e / 6 UTP cable (EIA / TIA 568B industry standard compliant)
3. PoE Switch (see Recommended PoE Switch)

Application Recommended Ethernet Switch
Video Wall Application Gigabit PoE	Switch, IGMP & Snooping function
Multiple Video Wall Application	Gigabit PoE Switch, IGMP, Snooping function & VLAN function

Operation:

The LED on the Extender Units shows 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.

Step 1

Connect the video source to the Transmitter / Sender Unit.

Step 2

Connect the monitor to the Receiver Unit.

Step 3

Use CAT5 cables (EIA / TIA 568B industry standard compliant) for connection between TX / RX and Gigabit PoE Switch.

Step 4

Set an identical ID number on Rotary DIP Switch for all Units of the same group.

Step 5

User still could apply the proper power to all connecting devices if without PoE switch.

WARNING!

• Ensure that all devices are powered off before connecting to the Unit.
• Make sure all devices you will connect to are properly grounded.
• Place cables away from fluorescent lights and air conditioners machines that are likely to generate electrical noise.
• Please allow adequate space around the unit for air circulation.

Chapter 3: Internet Connection Setup

3.1. Using Bonjour Browser.exe

After the device connection is complete, you have to use the utility called "Bonjour Browser" to get to the Web UI to do the configuration.

The following picture is the interface of Bonjour Browser.

①: Click Web Server (HTTP) and theoretically, you can see all the devices connected to the same hub/switch (over the same LAN) that are shown on the right side of the grid.
②: Ast-gateway: It represents transmitter. The four digits after ast-gateway depend 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 you'll see ast-gateway1110.

Rotary Switch	0 1	2 3 4	5 6 7
Four digits	0000	1000 0	100 110	000010	1010 0	110 1	110
Rotary Switch	8	9	A	B	C	D	E	F
Four digits	0001	1001 0	101 110	010011	1011 0	111 1	111

③: The IP address of transmitter side.
④: Ast-client: It represents receiver.
⑤: The IP address of receiver side.
⑦: You can see the information here.

⑥: Beware, even though the name of receivers are the same, you can tell the difference by the IP address.

After PC's IP Setting is complete, double click the device's name and then get to the Web UI to do the configuration.

3.2. Setting TCP/IP on your PC

If you are using Windows XP, do as follows:

1. From the desktop, right-click My Network Places > Properties.

1. Right-click on the Local Area Connection and select Properties.

1. Select Internet Protocol (TCP/IP) and click Properties.

1. Select "Use the following IP address".

IP address: You have to set the same network segment between your PC's IP and the transmitter / receiver.

Ex: If the transmitter's IP is 169.254.0.157, then you should set 169.254.0.xxx where xxx can be any number between 2 and 253. (same as receiver)

Subnet mask: Enter 255.255.0.0.

1. If necessary, you may enter "Advanced" to add more that one IP address.

Generally, except for updating firmware, you only need to set the same network segment between your PC's IP and the transmitter to configure all the receivers.

If you are using Windows 7, do as follows:

1. Click on Start > Control Panel > Network and Internet > Network and Sharing Center.

1. Click "Change adapter settings".

1. Right-click on the Local Area Connection and select Properties.

1. Select Internet Protocol Version 4 (TCP/IPv4) and click Properties or directly double-click on Internet Protocol Version 4 (TCP/IPv4).

1. Select "Use the following IP address".

Select "Use the following IP address".

IP address: You have to set the same network segment between your PC's IP and the transmitter / receiver.

Ex: If the transmitter's IP is 169.254.0.157, then you should set 169.254.0.xxx where xxx can be any number between 2 and 253. (same as receiver)

Subnet mask: Enter 255.255.0.0.

1. If necessary, you may enter "Advanced" to add more that one IP address.

Generally, except for updating firmware, you only need to set the same network segment between your PC's IP and the transmitter to configure all the receivers.

Chapter 4: Web UI Function Instructions

Getting to Web UI to do Configuration

• Before doing configuration, ensure that all remote displays and all network cables are connected correctly. (Video source is required.)
• Double click the device's name in Bonjour Browser and then get to the Web UI, or you can simply type the device's IP in the address bar.(ex://169.254.xxx.xxx)

If the link is successful, user will see the web page as follows:

4.1 System

4.1.1. Version Information

Here user can see the current date and the firmware version information.

4.1.2. Updating Firmware

Here is for user to update firmware. Some functions or issues may have to be improved by updating the firmware. For more details, please refer to chapter 7.

4.1.3. Utilities

User can do factory default and reboot, even console API command is issued here.

(Usually, the API command is for engineers to use, but not for endusers.)

4.1.4. Statistics

Below is the detailed information on ID, IP, unit status, casting mode, etc.

4.2 Video Wall

4.2.1. Basic Setup

Click on Video Wall Setup tab 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 note that the unit is 0.1mm and the value must be an integer.

Basic Setup:

Bczcl and Gap Compensation

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: 8 x 8)

Step 2

Single Host Mode: Must check this item for single host application.

Single Host Mode

Step 3

Apply To: Select "All" and check "Apply" button for your settings and all screens will refresh.

Apply To: "All" device(s) in the list

3. Configuring row and column position for each display

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

User can according to the number do individual control with the corresponding receiver's IP.

● Vertical Monitor Count: The number of monitors on vertical line.
● Horizontal Monitor Count: The number of monitors on horizontal line.
- Row Position: Set up row position for a monitor. For example, if the monitor is situated on the 1st row, the row position should be 0; if the monitor is situated on the 2nd row, the row position should be 1.
- Column Position: Set up column position for a monitor. For example, if the monitor is situated on the 1st column, the column position should be 0; if the monitor situated is on the 2nd column, the column position should be 1.

4.2.2. Setup Step (Examples)

1. 1 x 2 video extender

If you want to set a 1 x 2 "video extender" as shown in the following picture, you may refer to the following table and see the steps below:

OSD 0 1
Vertical Monitor Count 1	1
Horizontal Monitor Count		1
Row Position 0 0
Column Position 0 0

1

2. 1 x 2 video wall

If you want to set a 1 x 2 "video wall" as shown in the following picture, you may refer to the following table and see the steps below:

OSD 0 1
Vertical Monitor Count 1	1
Horizontal Monitor Count 2	2
Row Position 0 0
Column Position 0 1

Step 1

Show OSD: Check this item and all monitors will show their 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 the above steps 1 to 3.

After all settings are done, you can uncheck OSD item.

3. 2 x 2 video wall

Part 1: Wall Size and Position Layout

Part 2: Configuring row and column position for each display

To set up "Row Position" and "Column Position", you can refer to the Coordination below:

Wall Size and Position Layout

For video wall application, it is NOT suggested to set up your screen array as N (row) x 1 (column) when horizontal resolution is greater than 1280 pixels.

4.2.3. Advanced Setup

After the Basic Setup is done, users may enter this tab for advanced setting. Please note that each monitor should have its own part of the screen section and does not overlap.

Step 1: Choose Control Target

Show OSD: Check this item and all monitors will show their 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 to configure these two items for it may result in flickering images.

4.2.4. Tearing Delay

Screen tearing may occur when the video feed to the device isn't in sync with the display's refresh or lack of sync between two equal frame rates. During video motion, screen tearing creates a torn look as edges of objects fail to line up. To solve this issue, the HDMI over PoE IP Extender provides three ways by:

1. Switching to different video resolution
2. Setting up Tearing Delay value via GUI control. The typical value is 10000\~16000 µ s. Before setting up Tearing Delay, users need to choose control target (each or several rows) and perform Tearing Delay individually.

1. Hardware solution: Using multiple Tx units. The following is a 4 x 4 example of hard solution.

Steps:

1. Add more Tx units to the system for each row, and set up the ID number for each Rx unit; see below.

To connect multiple Tx units, you can use multiple ports HDMI splitter.

1. Enter "Video Wall Setup"

2. Set up "Wall Size and position Layout"

3. Un-check "Single Host Mode"

Single Host Mode

1. Set up Vertical/Horizontal Monitor Count; for example, 4 x 4.

2. Set up Row/Column Position of Tx units:

a). Choose a host (Tx); the ID number (4 digits) should refer to rotary switch position (1\~F); see Rotary Switch chart.

b). The row & column positions of 1st row should be 0 & 0. The 2nd row is 1 & 0. The 3rd row is 2 & 0, and so forth.

For example: The ID number of "Tx 1 host" is 0000, and the row/column position should be 0 & 0.

c). Press "Apply"

1. Set up Row/Column Position for each client; see Video Wall Setting-Basic Setup.

4.3 Network

User can set the IP mode of each unit here and also can change the casting mode.

4.3.1. IP Setup

Auto IP: Factory default IP.

DHCP: IP dispatched from DHCP server.

Static: IP setting by user.

4.3.2. Casting Mode

Multicast: Multicast is a true broadcast. The multicast source relies on multicast-enabled routers to forward the packets to all client subnets that have clients listen.

Unicast: Unicast is a one-to-one connection between the client and the server. Unicast uses IP delivery methods such as Transmission Control Protocol (TCP) and User Datagram Protocol (UDP), which are session-based protocols.

4.4 Function

Here user can make settings for IHD-200 PoE series.

4.4.1. Video over IP

Enable Video over IP: If user unchecks this item, then it can't work.

Enable Video Wall: If user unchecks this item, then video wall function can't be used; only extender can be used.

Reset EDID to Default Value: User can copy the EDID from this Rx to other Rxs with the same ID. (the same group)

4.4.2. Serial over IP

Enable Serial over IP: If user unchecks this item, then serial 2 can't be used.

Operation Mode:

Type 1 and Type 1 guest modes have to do other commands.

Type 2 (extender transmit) and Type 2 guest mode use telnet through port 6752. (Usually, the API command is for our engineer to use, but not for end users.)

Baudrate Setting: User can set baudrate here for the unit.

Serial over IP

Enable Serial over IP

Operation Mode:

○ Type 1 (Need extra control instruction. For advanced usage.)
Type 2 (Recommended. Dumb redirection.)
○ Type 1 guest mode
○ Type 2 guest mode

Baudrate Setting for Type 2:

Baudrate:	9600
Data bits:	8
Parity:	None
Stop bits:	1

Apply

Chapter 5: EDID Instruction

5.1 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 manufacturers. 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 B2.

Step 3

Power on the unit.

Step 4

Release the button after the Network Status LED flashes.

However, owing to a variety of monitor models, 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.

1. Using HDMI or DVI for all monitors; do not mix them up in one system.

2. It is suggested to use monitors with identical brand and type.

Chapter 6: Display Quality Adjustment

6.1 Graphic Mode & Video Mode

User can press Button "B2" for once(less than 1 sec.) and then convert these two modes. (default is Graphic Mode)

Graphic Mode: It's usually for the static state video. Pictures are the main display contents, and the pixel update processing is not so fast. The CPU consumption is lower than video mode.

Video Mode: It's usually for the dynamic state video. Videos are the main display contents, and the pixel update processing is fast. The CPU consumption is higher than graphic mode.

6.2 Anti-Dither

User can press Button "B2" for 3 seconds (till the subtitle appears) and then convert three levels of Anti-Dither. (default is Anti-Dither off)

There are 3 levels of Anti-Dither:

It would probably cause “Motion Blur” or “Broken Map” when user plays the high quality video, but after “Anti–Dither” adjustment, it can be improved.

Anti-Dither 2: It's the worst performance.

Anti-Dither 1: It's better than Anti-Dither 2.

Anti-Dither off: It's the best performance.

6.3 Conclusion

After changing modes and Anti-Dither adjustment, we can improve the display quality.

Below is the performance from the worst to the best.

Graphic Mode	Graphic Mode	Graphic Mode	Video Mode	Video Mode	Video Mode
Anti-Dither 2	Anti-Dither 1	Anti-Dither off	Anti-Dither 2	Anti-Dither 1	Anti-Dither off
WORST					BEST

Chapter 7: Firmware Updating

7.1 Updating Environment

1. We suggest you to use Safari browser because the BonjourSDKSetup is embedded.

If you use Google Chrome browser or other browsers, you should install BonjourSDKSetup on your PC. (IE is not recommended)

Google "bonjourSDK download" for the installation file or download: http://developer.apple.com/opensource/

1. Make sure your computer and units are connected to the same hub/switch. Then power on, and run Bonjour Browser.exe prepare to get to the Web UI.

(To know how to use Bonjour Browser.exe, please refer to 3.1 Using Bonjour Browser.exe)

7.2 Updating Step

Beware! if you want to update firmware for transmitter, please get to transmitter's Web UI; if you want to update firmware for receiver, please get to the receiver's Web UI.

Ast-client: It represents receiver.

Ast-gateway: It represents transmitter.

Step1: Getting to the Web UI System tab and then choose "Update Firmware"

Step2: Click "Choose File", and then select the right firmware and final click "Upload".

There are two different kinds of firmware available: one for transmitter and the other for receiver. The transmitter firmware must be uploaded to the transmitter unit, and the receiver firmware must be uploaded to the receiver unit. Uploading the

wrong firmware to the wrong unit will cause the unit to malfunction.

Step 3: The upload will take around 5 minutes. After 100% complete, the unit will automatically reboot. The reboot will take 25 seconds. Any interruption during the upload will cause the unit to malfunction.

Step4: Repeat Step 1 through Step 3 for the 2nd unit, 3rd unit, and so on.

Chapter 8: VESA Mounting Bracket

8.1 How to Install

You can use the VESA Mounting Bracket to fix the unit behind the screen or on the wall anywhere you like.

You can refer to the following pictures:

1. VESA Mounting Bracket and screws.

1. Provides two ways to install. (Front)

1. Provides two ways to install. (Back)

1. Provides two ways to install. (Side)

Appendix FAQ

Q1: Where is the Bonjour Browser.exe utility?

A: Basically, there are so many third - party search tools can be used, as long as you can find the IP of the unit. If you want to use Bonjour Browser.exe please e-mail to us and we will provide it to you.

Q2: What kind of switch should user use for this product?

A: We strongly advise user to use the switch which supports IGMP snooping function (V2 is fine), Gigabit Ethernet.As for PoE, IHD-200 PoE series has passed Mid-span and End-span testing. By the way, the power consumption is 13.5W for each unit.

Q3: Can I use power line with this product?

A: Yes, you can use power line instead of switch to work it. Please refer to the topology below:

Q4: Should user use the security DC adapter connector?

A:

No, the normal DC adapter connector is fine, please refer to the photo below. Both of the two connectors can be plugged in, but the left one can be tightened.

Q5: How can I convert the video source?

A:

There are three ways to convert the video source. One is to use DIP switch, while the other is to set VLAN port and go with HDMI splitter (matrix).

1. A Tx (transmitter) supports DIP switch for 16 channels, and every time when you convert the source you have to switch DIP of all units to the same number, and then reboot all the units.

1. You can set VLAN to convert the video source, please refer to the topology below

and imagine that the concept is based on your issue.

You can set up port-based VLAN for that Transmitter (IHD-200PT), and then for the receiver (IHD-200PR), You can just dynamically swap the receiver port to a different VLAN for video source change. You can swap VLAN via Web interface of the switch, say, WGSW-24040.

However, to be faster and easier to swap the sources, you can consider using TELNET or RS232 Console via CLI (command line).

Since the commands are just fixed commands, you can record those commands into a macro, and just double click on specified macro, and then the commands will be sent to the switch in a very short time and swap your video source. By the way, in this setting, all the transmitter(s) and receiver should set as the same group.

Instructions about the topology above:

As for Test A, we set port1 and port3 to a VLAN, and set port2 and port4 to another VLAN. The Rx will convert the source if we change the connection of Rx and switch from port3 to port4.

As for Test B, we set port1 and port3 to a VLAN, and the Rx will convert the source if we issue the command via telnet to set port2 and port3 to a VLAN.

1. You also could use HDMI splitter (matrix) to do the sources convert.

As you see, two sources connect to the input of HDMI matrix, and output to Tx, and then Tx and Rx all connect to the switch.

In this case, we use the HDMI matrix controller to select the source, of which one should be transmitted.

Q6: Users encounter no screen display in computer connection.

A:

1. Make sure the device cables are correctly and firmly attached.
2. Set your display device's (TV, monitor, etc.) input source as HDMI.
3. Check the PC BIOS configuration about the video output setting.
4. Connect your computer to the HDMI Display DIRECTLY to check if the video signal gets through.
5. Slide the Rotary DIP Switch to the correct position.
6. Inappropriate EDID data. Apply EDID Copy to your display.
   Please refer to the 4.1 EDID Configurations.
7. Please reboot or disconnect and connect again.

Q7: Do I have to use the same screen resolution to set video wall?

A:

We suggest user to use the same screen resolution to set video wall so that user can get the best performance. If user uses the different screen resolution please try "EDID copy" to solve no display issue. (But video extender accepted.)

Q8: What's the maximum limit distance between input video source and output video?

A:Point-to-point and multi-cast is 100 meters. But if the connection via switches, theoretically, there is no limit distance. It depends on the cable and switch level you use. (Giga Ethernet switch is recommended or higher level.)

Q9: What's the maximum of Rx units can be linked via one Tx unit?

A:Video Wall: 8 x 8.Video Extender: Theoretically, 1000 are the most, as long as each Rx unit is assigned to an IP from 65534 IP.

Q10: Why did it fail when updating firmware?

A:1. If user doesn't use Safari browser, please download BonjourSDKSetup on PC. (IE browser is not recommended.)2. Then choose the right firmware for the right unit (click in the right Web UI).3. Do not interrupt while updating.4. User should update every unit. (For example, if there are 3 Rx's, user should update for 3 times.)

Q11: I wanted to do Rx individual configuration, but why couldn't I see all the Rx's in the drop-down list?

A:Please make sure you entered the Web UI of Tx unit.

Q12: How can I connect two or more Tx's?

A:User can use HDMI splitter with two or more ports to connect.

Q13: About HDCP issue.

A:The system will disable the video output signal when it detects non-HDCP compliant display(s) playing the HDCP video source. All the connected output displays MUST be HDCP compliant while the video source is HDCP compliant.

Q14: Why is Full HD video source watched on a non Full HD monitor is so blur or choppy?

A:We suggest user do not use the low-resolution monitor to watch the higher quality video source. The screen resolution can only be backward compatible, not forward compatible. So please adjust the video source resolution appropriate for the output screen resolution.

Q15: What is the function of the screw hole over the HDMI port?

A:

Please refer to the following picture.

Step 1: Unscrew the screw from the device.

Step 2: Then you will see the screw hole.

Step 3: Tighten the security screw onto the device.

Step 4: Plug in the HDMI cable and tighten the screw to secure.