Partner Manufacturers - Product Information
KH1532A - Aten - 32-Port Cat 5 High Density KVM Switch with Daisy-Chaining (KH Range)
KH1532A - FRONT
Description:
The KH1532A KVM switches are control units that allow IT administrators to access and control multiple computers from a single PS/2 or USB KVM console (keyboard, monitor, and mouse). Operators can take control of up to 32 (KH1532A) computers. By daisy chaining up to 31 additional switches, as many as 1024 computers can be controlled from a central KVM console.
These switches have been designed with unique and powerful features that enable administrators to manage their entire server room and data center devices easily and conveniently.
ID, port name, OS, keyboard language, and more. This feature allows administrators to relocate servers to different ports without having to reconfigure the adapters. Other advantages found with these switches includes Full HD video quality and the ability to extend the distance to the servers to up to 50 m* at a resolution of 1280 x 1024.
A KH1532A installation provides one of the best and most economical solutions ATEN has to offer the SMB market. There is no better way to save a data center time, space, and money than with a KH1532A KVM switch.
* With KVM Adapter Cable KA7000 series.
Features:
• One KVM console controls up to 32 directly connected computers
• Space-Saving RJ-45 connectors and Cat 5e/6 cabling
• By daisy chaining up to 31 additional KH1532A switches, as many as 1024 computers can be controlled from the original KVM console
• Console conversion – any KVM console can control any type of computer; mixed combinations (PS/2 & USB) are supported on both the KVM console and computer sides
• Superior video quality – supports video resolutions up to 1920 x 1200 @ 60 Hz up to 30 meters, 1600 x 1200 @ 60 Hz up to 40 meters, and 1280 x 1024 @ 75 Hz up to 50 meters*
• Configure port access rights for users on a port-by-port basis
• Three port selection methods: Manual (via front panel pushbuttons), Hotkey, and multi-language OSD (On Screen Display)
• Multiplatform support – PC, Mac, Sun, and serial
• Multiple user accounts – supports up to 10 user and 1 administrator accounts
• Two-Level password security – supports one administrator and ten user profiles. Password protection prevents unauthorized access to the installation
• Auto Scan mode enables continuous monitoring of user-selected computers
• Broadcast Mode sends commands from the console to all computers – allowing you to perform operations (such as software installations, upgrades, shutdowns, etc.), on all computers simultaneously
• Adapter ID feature
• Firmware Upgradeable
* With KVM Adapter Cable KA7000 series
SETUP:
Specification:
Package Contents
1x KH1532A Cat 5 High-Density KVM Switch
1x Firmware Upgrade Cable
1x Power Cord
1x Rack Mount Kit
1x Foot Pad Set (4 pcs.)
1x User Instructions
Computer Connections
Direct - 32
Maximum 1024 (via Daisy-chain)
Port Selection OSD, Hotkey, Pushbutton
Connectors
Console Ports 2 x USB Type A Female
1 x 6-pin Mini-DIN Female (Purple)
1 x 6-pin Mini-DIN Female (Green)
1 x HDB-15 Female (Blue)
KVM Ports 32 x RJ-45 Female
Daisy Chain Ports 1 x DB-25 Female (Black)
1 x DB-25 Male (Black)
Firmware Upgrade 1 x RJ-11 Female
Power 1 x IEC 60320/C14
Switches
Port Selection 32 x Pushbutton
Reset 1 x Semi-recessed Pushbutton
Firmware Upgrade 1 x Slide
Power 1 x Rocker
LEDs
Online 32 (Green)
Selected 32 (Orange)
Power 1 (Blue)
Station ID 1 x 2 Digit 7-segment (Orange)
Emulation
Keyboard / Mouse PS/2; USB
Scan Interval 1–255 seconds
Video 1920 x 1200 @ 60 Hz (30 m);
1600 x 1200 @ 60 Hz (40 m);
1280 x 1024 @ 75 Hz (50 m)
Maximum Input Power Rating 100–240V AC; 50/60 Hz; 1A
Power Consumption 110V/4.6W; 220V/4.8W
Environmental
Operating Temperature 0 - 40°C
Storage Temperature -20 - 60°C
Humidity 0–80% RH, Non-condensing
Physical Properties
Housing - Metal
Weight 2.81 kg ( 6.19 lb )
Dimensions (L x W x H) - 43.72 x 16.37 x 4.40 cm (17.21 x 6.44 x 1.73 in.)
Note - For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format.
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