All stock codes associated to this product
KA7183-AX, KA7183AX, KVAKA7183, KVA-KA7183, 4710469341274
Aten KA7183 USB-C Virtual Media KVM Adapter
Overview
The KA7183 KVM Adapter empowers any Cat 5 KVM switch* to connect to and
manage a USB-C compatible target computer. Via just a single USB-C plug, it is
able to connect a target computer while fulfilling keyboard, video, mouse, and
virtual media or smart card / CAC reader functions.
Advanced features provided by KA7183 include superior signal compensation and
delay skew technologies for greatly enhanced video quality, as well as its
user-friendly, compact and lightweight design.
- Connects any Cat 5 KVM switch to a target computer via a single
USB-C*
- Superior video quality supports Full HD resolution of up to 1920 x
1200**
- Auto Signal Compensation (ASC) no DIP switch setting needed for different
distances
- Keyboard and mouse emulation keeps the server functioning smoothly when
its disconnected from the switch's KVM port or is relocated to a different KVM
port
- Virtual media support***
- Smart card / CAC reader support***
- Built-in ASIC for greater stability and compatibility
- Supports hot-plugging
- Compact size
- Upgradeable firmware
*Please refer to the KVM Adapter Cable Compatibility List
(https://www.aten.com/global/en/products/kvmtool/kacablecompatibility/) for
details.
**This maximum resolution may vary depending on the transmission
distance.
***For more details, please refer to the product pages of the connecting KVM
switches.
Specifications
|
Connectors |
|
Link |
1
x RJ-45 Female |
|
Computer |
1
x USB Type C Male |
|
LEDs |
|
Link |
1
(Green) |
|
Power |
1
(Orange) |
|
Power
Consumption |
DC5V:2.61W:12BTU |
|
Environmental |
|
Operating
Temperature |
0-50C |
|
Storage
Temperature |
-2060C |
|
Physical
Properties |
|
Housing |
Plastic |
|
Weight |
0.07
kg ( 0.15 lb ) |
|
Dimensions
(L x W x H) |
9.10
x 5.60 x 2.12 cm |
|
(3.58
x 2.2 x 0.83 in.) |
|
Note |
For
some of rack mount products, please note that the standard physical
dimensions of WxDxH are expressed using a LxWxH
format. |
