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PS/2 VGA KVM Adapter with Composite Video Support


KA7120
  • Connects any Cat 5e KVM switch to a target computer
  • Built in ASIC for greater reliability and compatibility
  • Keyboard and mouse emulation - keeps your server functioning smoothly when it is disconnected from the switch's KVM port or relocated to different KVM port
  • Superior video quality - supports resolution up to 1920 x 1200 (Reduced blanking) *
MSRP: Quote Upon Request

The KA7120 PS/2 KVM Adapter Cable connects the KVM switch to the video and PS/2 mouse and keyboard ports of the target computer. With its small form factor and light weight design, it represents the next generation of PS/2 KVM Adapter Cables - offering superior signal compensation and delay skew techniques for greatly enhanced video quality.

Note: The video quality of KA7120 has been enhanced to Full HD. To distinguish between the FHD and non-FHD versions, please refer to below link: FHD & Non-FHD Comparison

Package Contents

  • 1x KVM Adapter Cable
  • 1x Rack Mount Kit
  • 1x Rack Mounting Guide
  • Connects any Cat 5e KVM switch to a target computer
  • Keyboard and mouse emulation - keeps your server functioning smoothly when it is disconnected from the switch's KVM port or relocated to different KVM port
  • Lifetime firmware upgrades
  • Superior video quality - supports resolution up to 1920 x 1200 (Reduced blanking)*
  • Built in ASIC for greater reliability and compatibility
  • Compact size

    * This maximum resolution may vary depending on the transmission distance. For more details, please refer to the product pages of the connected KVM switches.
Connectors
Link1 x RJ-45 Female
Computer2 x 6-pin Mini-DIN Male
1 x HDB-15 Male
LEDs
Online1 (Green)
Power1 (Orange)
Environmental
Operating Temperature0-50°C
Storage Temperature-20–60°C
Physical Properties
HousingPlastic
Weight0.15 kg ( 0.33 lb )
Dimensions (L x W x H)9.00 x 4.30 x 2.18 cm
(3.54 x 1.69 x 0.86 in.)
NoteFor some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format.