SIIG CE-H21F11-S1 Manual de usuario

4x4HDMI1.3CAT5eMatrix

Quick Installation Guide

04-0554A

Introducing the 4x4 HDMI 1.3 CAT5e Matrix

The4x4 HDMI 1.3 CAT5e Matrix providesthemostflexible

and cost effective solution in the market to route high

definition video sources plus multi-channel (up to 7.1-

channel) digital audio from any of the four HDMI sources

to the remote displays.

FeaturesandBenefits

• HDMI 1.3c and HDCP compliant

• Chipset: Silicon Image

• Video bandwidth: 10.2 Gbps (single-link 340MHz)

• Input TMDS signal: 1.2V (peak-to-peak)

• Input DDC signal: 5V (peak-to-peak)

• Resolution: 480i / 480p / 720p / 1080i / 1080p

(60Hz)

• Transmission:

-720p/1080i (HD): 165ft (CAT5e) & 180ft (CAT6)

-1080p (full HD): 115ft (CAT5e) & 130ft (CAT6)

• Power supply: 5V DC, 6A

• Power consumption: 20 Watts (max)

• Housing: metal (for better RF shielding)

PackageContents

• 1x Matrix Transmitter

• 4x Matrix Receiver

• Power Adapter

• IR emitting extension cable

• 4x IR receiving extension cable

• IR Remote Controller

• Installation CD

• Quick Installation Guide

Layout

Figure 1: Transmitter Front Layout

12345

1. Power: Power indicator LED

2. IR: IR receiver LED

3Input: Input source indicator LED (1-4)

4. HP 1–HP 4: Connection status indicator LED

5Port 1–Port 4: Input source channels mapping LED

for each output channel

6Port 1 –Port 4 Selector: Push button to select input

channel

Figure 2: Transmitter Back Layout

7. ON–OFF: Power ON/OFF

8. RS-232: RS-232 control port

9. +5V DC: 5V DC power jack

10. SW Main: DIP switches (see DIP Switch below in

the next page)

11. SW 1–SW 4: DIP switch (see DIP Switch in the next

page)

12. IN 1–IN 4: HDMI inputs

13. IR 1–IR 4: IR extender jacks for individual HDMI

source

14. OUT 1–OUT 4: RJ-45 TMDS/DDC outputs for each

output channel

15. IR Main: IR extender jack for all HDMI sources

(default socket for IR emitter)

78910 11 12 13 14 15

DIP Switch Position

Pin #1 Pin #2 Video Audio Description

Stereo1Default Mode2 : 1080 & Stereo

1080p

Safe Mode3: Enforce the system

output at 720p/1080i video and

stereo audio for basic compatibility

EDID Learning Mode5: For learning

EDID from the display while playing

any received HDMI audio format

EDID Learning & Stereo Mode5:

For learning EDID from the display

while enforcing stereo output if any

HDTV cannot play surround sound

720p Stereo

Bypass4Bypass4

Stereo Stereo

SW 1-SW 4 for EDID/Audio

OFF

Note:

1. If the HDTV shows video without audio, try setting

audio mode to stereo.

2. Default Mode -Factory default of SW1-SW4: Pin#1-

OFF & Pin#2- OFF for 1080p with stereo.

3. If you encounter an audio/video output problem

during system installation, set the appropriate SW

switch to Safe Mode to check your system setup.

4. In Bypass Mode the Matrix will play the audio/

video signals in original format. In this mode you

mayencounter compatibility issuesamongdifferent

HDMI sources and displays. If you cannot get the

audio and/or video to display, change the DIP

switch setting to Default Mode or Safe Mode to

verify functionality of the device.

5. EDID Learning: Set Pin#1- ON first then connect the

HDMI Input to the HDTV through an HDMI cable.

Wait for 20 seconds. The EDID of the display will be

saved. If you want to learn the EDID from another

HDTV, you must set Pin#1 at OFF first and repeat

this process.

Figure 3: Receiver Front Layout

•IN: Push button to switch input source channels in

sequential order

•EQ: 8-level equalization control for HDMI signals.

0-7 = strongest–weakest. It is recommended to

switch from 0 to 7 to find the optimal visual

experience

•Source LED: Indicates input source

•HDMI Out: Connect to HDTV via HDMI cable

•IR: Plugs in IR receiver cable

HDMI Out

Source LED

Figure 4: Receiver Back Layout

+5V DC TMDS DDC

•+5V DC: 5V power jack (optional)

Note: The 4x4 HDMI 1.3 CAT5e Matrix has been

tested extensively and found that it doesn’t require

an external power supply. However, if you find it

not working please connect a 5V power supply

similar to the power supply that powers the

Transmitter.

•TMDS: Connects to TMDS Out of the Transmitter

via RJ45 cable

• DDC: Connects to DDC Out of the Transmitter via

RJ45 cable

IR Sockets

IR Emitter Cable (for Matrix Transmitter)

•IR Main: The default location for IR emitter

extension cable. Transmits IR command signals

received from any of the four remote receivers to all

of the HDMI sources

•IR1: IR emitting cable connected here. Transmits IR

command signals from the remote receivers that are

connected to input channel 1 (IN 1)

•IR2: IR emitting cable connected here. Transmits IR

command signals from the remote receivers that are

connected to input channel 2 (IN 2)

•IR3: IR emitting cable connected here. Transmits IR

command signals from the remote receivers that are

connected to input channel 3 (IN 3)

•IR4: IR emitting cable connected here. Transmits IR

command signals from the remote receivers that are

connected to input channel 4 (IN 4)

IRReceiver Cable(for MatrixReceiver)

•IR: IR receiving cable connected here. Receives IR

command signals from the IR remote control of the

transmitter and all other HDMI source devices.

Hardware Installation

The4x4HDMI1.3CAT5eMatrixas master

1. Connect your HDMI sources to the HDMI inputs

(IN 1 - IN 4) on the Matrix Transmitter.

2. Connect each DDC output on the transmitter to

respective DDC input on the Matrix Receiver.

3. Connect each TMDS output on the Matrix

Transmitter torespective TMDS inputon theMatrix

Receiver.

4. Connect IR emitter cable to the Matrix Transmitter

and direct the IR emitter to the built-in IR receiver of

the HDMI source devices.

5. Connect the +5V DC power supply to the Matrix

Transmitter.

6. Power on all HDMI source devices.

7. Power on the Matrix Transmitter.

The4x4HDMI1.3CAT5eMatrixasreceiver

1. Connect each HDMI output to HDMI displays.

2. Connect the TMDS input on the Matrix Receiver to

the TMDS output on the Matrix Transmitter.

3. Connect the DDC input on the Matrix Receiver to

the DDC output on the Matrix Transmitter.

4. Connect IR receiver cable and place the IR receiver

at the appropriate position to be able to receive the

IR signals sent from the users.

5. Use the EQ dial to adjust the equalization until the

picture and sound are clear.

Operation and IR Control

SourceSide

Method A: Push Button

Push the Port Select button on the front panel, the source

will change in sequential order.

Method B: IR Remote Control

1. Please press to enter IR control mode.

Note: If Matrix Transmitter receives the IR

commands, the LED will flash. If not, try again.

2. Decide which output port to be controlled by

pressing F1 to F4, and wait a few seconds for audio/

video of next channel to appear.

Note: If the setting is correct, the corresponding

LED will flash. If not, press output port select

button or repeat step (1) and (2).

Figure 5: Remote Control

3. Use the left or right keys to select input source

device and wait a few seconds for the audio/video

of the next channel to appear.

Note: If the setting is correct, the corresponding

LED will flash. If there is no response, please wait

until the LED stops flashing, and try again. Left

button to switch channels in ascending order (1, 2, 3,

4,1, ...)Right buttonto switchchannelsindescending

order (1, 4, 3, 2, 1, …)

DisplaySide

Method A: Push button

Push the switch buttons of respective output channels

and the output channel will switch from HDMI source 1

to source 4 in sequential order, wait a few seconds for

audio/video of next channel to appear.

Method B1: IR remote control

1. Press Power on button to enable IR control function.

Note: If Matrix Receiver receives the IR command,

the LED will flash. If not, try again.

HMDI output #1

HMDI output #2

HMDI output #3

HMDI output #4

Power On

2. Press hot key, F1-F4, for input source. Please refer

Figure 5 in page 9.

MethodB2:IRremotecontrolforcontrollingtheHDMI

sources

Users can use the corresponding IR remote to control

respective DVD player or any HDMI compliant devices

including Matrix Receiver itself with IR control at any

display site.

RS-232 Serial Port Control

MethodC:SoftwareControlthroughRS-232

Figure 6: RS-232

Scan

Open

Close Qick Setup Buttons

Output Channel Setup

Input Channel Setup

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