Overview
ATEN Matrix KVM Switches are designed for modern data centers that require reliable, high security access and control of multiple servers. With non-blocked access and flexible expansion support, Matrix KVM switches offer high quality video sessions for secure, real-time control of your entire data center devices.
With automatic skew compensation and Auto Signal Compensation (ASC) techniques, Matrix KVM switches provide greatly enhanced video quality via Cat 5e/6 cabling - 1280x1024 @60Hz for up to 300 meters. The industry’s first full screen Graphical User Interface offers a tree view list of installed devices - providing smooth navigation and convenient access and control - not only saving on training time and costs; but increasing user efficiency, as well.
Specification
Specification
Computer Connections |
Direct |
32 |
Maximum |
8000 (via Cascade) |
Console Connetions |
8 |
Computer Port Selection |
OSD, Hotkey |
Connectors |
Console Ports |
8 x RJ-45 Female (Black) |
KVM Ports |
32 x RJ-45 Female (Black) |
Power |
1 x 3-prong AC Socket |
Daisy Chain Out Ports |
1 x HPDB-50 Female (Black) |
Configuration |
1 x RJ-45 Female (Black) |
Maintenance |
1 x RJ-45 Female (Black) |
Power |
1 x 3 Prong AC Socket |
Switches |
Reset |
1 x Semi-recessed Pushbutton |
Power |
1 x Rocker |
Fi/W Upgrade |
1 x Slide |
Port Selection |
2 x Pushbutton |
LEDs |
On Line (Console Port) |
8 (Green) |
On Line/Selected (KVM Port) |
32 Dual Colored (Green/Red) |
Power |
1 (Blue) |
Emulation |
Keyboard / Mouse |
PS/2; USB (PC, Sun, Mac); Serial |
Video |
1024 x 768@60Hz (300m) |
Scan Interval |
1~255 seconds |
I/P Rating |
100~240 V AC; 50/60Hz; 1A |
Power Consumption |
120V / 19W ; 230V / 20W |
Environment |
Operating Temperature |
0 ~ 50˚C |
Storage Temperature |
-20 ~ 60˚C |
Humidity |
0 - 80% RH, Non-condensing |
Physical Properties |
Housing |
Metal |
Weight |
4.90 kg |
Dimensions ( L x W x H ) |
43.36 x 38.00 x 4.40cm (19"/1U) |
* The specification and pictures are subject to change without notice.
* All trademarks and logos are the properties of their respective holders.