SMART-AVI DVR4X4S User manual

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Made in U.S.A. www.SmartAVI.com 1-800-AVI-2131
DVR 4X4
User Manual
Display Content From Any 4 Computers On Any 4 Screens
Independently Up To 20 Feet Away
4-port DVI-D Matrix Switch

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TABLE OF CONTENTS
WHAT'S IN THE BOX? 2
INTRODUCTION 3
FEATURES 3
APPLICATIONS 3
TECHNICAL SPECIFICATIONS 4
HARDWARE INSTALLATION 5
DDC LEARNING 6
FRONT PANEL CONTROL 7
ESTABLISHING AN RS-232 CONNECTION 7-8
RS-232 CONTROL WITH Smart Control Pro 8-10
LIMITED WARRANTY STATEMENT 11
Figure 2-1
PART NO. QTY DESCRIPTION
DVR4X4S 1 DVI-D 4x4 Router
PS5VDC4A 1 Power Adapter
BRK-SKM08 - Optional, Rack mount brackets
1 Quick Start Guide
WHAT’S IN THE BOX

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INTRODUCTION
The DVR 4x4 is a high-quality switching matrix for up to 4 computer/display signals. The DVR 4X4 can be
placed up to 20 feet away from the attached computers or signal sources. The displays can be placed up
to 20 feet away from the DVR 4X4. This results in up to 40 feet between the computers and the displays.
The DVR 4X4 supports DVI-D operation at the maximum TMDS rate of 1.65 Gb/s on both the input and
output signals up to 20 feet in length each.
FEATURES
 4x4 non-blocking, single-link DVI-D matrix switch
 Supports resolutions up to 1080p, 2K, and 1920x1200
 Simultaneous 4x4 analog matrix switching at 380 MHz bandwidth
 Control from either the Front Panel or RS-232
 Multiple EDID Support
 Programmable EDID from computer
 Automatic EDID learning from monitor
 Automatic receiver equalization
 Control from either Front Panel or remotely via RS-232
 Easy-to-use Windows based software
APPLICATIONS
 Corporate or Educational Presentations
 Airport Installations
 Digital Signage
 Dealer Rooms
 Control Rooms
 Shopping Centers
 Security
 Wall Displays
 Digital Media
 Audio/Visual Presentations
 Point-of-Sale
 Hotels/Resort

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TECHNICAL SPECIFICATIONS
VIDEO
Format DVI-D Single Line
Input Interface (TX) (4) DVI-D 29-pin (Female)
Output Interface (RX) (4) DVI-D 29-pin (Female)
Resolution Up to 1920x1200 @ 60Hz
DDC 5 volts p-p (TTL)
TMDS Rate 1.65Gb/s
Bandwidth 380 MHz
Pixel Clock 165 MHz Maximum
Input Equalization Automatic
Input Cable Length Up to 20 ft.
Output Cable Length Up to 20 ft.
CONTROL
Front Panel Buttons, Select/Switch between sources and view the current selected chan-
nels.
RS-232 DB9 Female - 9600, N,8,1, No flow control
OTHER
Power External 100-240 VAC/5VDC4A
Dimensions 12” W X 6.5” D x 2” H
Weight 2.3 lbs.
Operating Temp. 32 to 131°F (0 to 55 °C)
Storage Temp. -4 to 185 °F (-20 to 85 °C)
Humidity Up to 95% (No Condensation)

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HARDWARE INSTALLATION
1. Power off the computers and displays.
2. Connect the DVI video cables from the computers to the DVI-D inputs on the rear of the DVR 4X4.
3. Connect the DVI displays to the DVI-D outputs on the rear of the DVR 4X4.
4. Optionally connect a computer to the RS-232 port on the DVR 4X4 for additional remote control.
5. Power on the DVR 4X4.
6. Power on the computers and displays. If the monitors don't display correctly see DDC Learning .
Figure 5-1
Figure 5-2

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DDC LEARNING
DDC provides plug-and-play capability to your displays. When you plug a display into your computer, the
DDC table in the display tells the computer the optimal resolution to use. In order to preserve this plug-
and-play capability, we have integrated DDC learning into all of our DVI Solutions.
DDC Learning Menu
Connect 1 monitor only to Output 1.
To access the DDC learning feature of the DVR4X4, press
and hold both the Input Select and Output Select buttons
simultaneously for 3 seconds to enter learning mode. The
red LEDs will read LErn.
MENU Options
To cycle through the menu items, press Input Select. To select a
menu item, press Output Select and you will exit the DDC menu.
To exit the DDC menu, you must select a menu option.
“LE-S” indicates Screen Mode, which learns the type of dis-
play connected to the [Out 1] output port. If no screen is
detected the display will read Err. This DDC will be used by
all the connected computers.
“LE-P” indicates Personal Computer Mode and automati-
cally selects the standard display characteristics of a PC
display, which typically works for any PC/Display combina-
tion. This DDC is stored in the Smart-AVI device and when
selected will be used by all the connected computers.
“LE-A” indicates Apple Mode and selects the best display
mode to accommodate an Apple Mac. This DDC is stored in
the Smart-AVI device and when selected will be used by all
the connected computers.

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FRONT PANEL CONTROL
During normal operation, the unit will display the status
of each output with four red LED number. The number indi-
cates the current INPUT or source for each OUTPUT or dis-
play indicated by the green LED.
Switching Between Ports
To select an output press Output Select.
The green LEDs will change to indicate the selected output.
Then press Input Select and the LED number will change to reflect the selected input. A few seconds later
the selected input or source will display on the selected output or display.
ESTABLISHING AN RS-232 CONNECTION
Before you start:
Controlling a Smart-AVI device via RS-232 requires an RS-232 card installed on your computer or a USB
to RS-232 adapter. Below are instructions on how to create an RS-232 connection between a PC and the
Smart-AVI device.
Check the device and your PC to determine if you need a male to male or a male to female cable and
how long it needs to be. This Smart-AVI device uses a straight through cable. You can use a Null Modem
Adapter to convert a straight through cable to a crossed cable or a crossed cable to a straight through ca-
ble. Examples of crossed and straight thorough cable pin-outs are shown below. The standard maximum
length for an RS-232 cable is 50 feet. Call our Smart-AVI Support Engineer if you require more informa-
tion.
Figure 7-1
Examples of 9 pin RS-232 Straight Through and Crossed Cables

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ESTABLISHING AN RS-232 CONNECTION (Continued)
Establish a connection to the Smart-AVI device:
1. Connect an RS-232 cable to the RS-232 connector on the PC.
2. Connect the other end of the cable to the RS-232 port of the device.
3. Use Windows Control Panel / Device Manager to identify the Com port number. See Figure 8-1 below.
4. Power on the device.
If you are using a USB to COM port adapter on a Windows PC and need to identify the COM port used, do
the following:
1. Click on the start button.
2. Click on Control Panel.
3. Click on Device Manager.
4. Click on the arrow next to Ports
(COM & LPT).
You should see the name of your
adapter and the COM port number
in use.
Figure 8-1
RS-232 CONTROL WITH Smart Control Pro
Go to the Smart-AVI website, www.smartavi.com and click Support.
On the Support page click on “HELPFUL LINKS TO SOFTWARE”
On the HELPFUL LINKS page click on SmartControlPro.
SmartControlPro-v5-0-03_Installer.zip should begin to download.
When the download has finished open the .zip file and extract SmartControlPro-v5-0-03_Installer.exe.
Execute SmartControlPro-v5-0-03_Installer.exe and follow the prompts to install the Smart Control Pro
software on your PC.
When executed Smart Control Pro will present you with an
opportunity to open a saved configuration. If you later de-
velop a configuration that you frequently use you can save
it and load it at this point but for the initial set up click
“No”.
Figure 8-2

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RS-232 CONTROL WITH Smart Control Pro (Continued)
The “Router Count” drop down selection is
for users with more than 1 Smart-AVI device.
Figure 9-1
Use the “Router Type” drop down to select
your connected Smart-AVI device from the
list.
Figure 9-2
Select the COM port your computer is con-
nected to your Smart-AVI device with from the
“Com Port” drop down list. See the section on
Establishing an RS-232 connection if you don't
know which Com Port to select.
Click the “OK” button.
Figure 9-3

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RS-232 CONTROL WITH Smart Control Pro (Continued)
After clicking the “OK” button you
will see the main page. Here by
selecting the File Tab you can Cre-
ate and save different configura-
tions and load existing configura-
tions.
By clicking on a square to the
right of an Input and under an out-
put you can switch that source to
that display.
You can also create and store
Macros and assign names to your
input ports (sources) and output
ports (Displays).