Partner Manufacturers - Product Information
ALIF101T-DP - AdderLink ALIF101T-DP Infinity 100 Zero U Transmitter - DisplayPort, High Performance Zero U LAN Network KVM dongle for extension or matrix of video, audio and USB over a single cable. (DisplayPort) *NEW*
IP KVM Matrix | DisplayPort
Description:
ADDERLink™ INFINITY 101T (ALIF101T) is a high performance ZeroU™ IP KVM (Keyboard, Video, Mouse) extender with matrix capability that enables the use of standard IT infrastructure to extend computers away from the user environment.
Features:
• ZeroU™ form factor
• Utilizes existing IP infrastructure
• USB powered
• Low power consumption
• Easy to retrofit into existing infrastructure
• Plug and play
ALIF101T-DP (Diagram) pmvd0424
Specification:
Video resolutions:
The system supports resolutions up to 2560x1600 @60Hz
Operating/storage conditions
Environmental:
Operating temperature: 0°C to 50°C/122°F
Storage temperature: -10 to 60°C/140°F
Storage and operating relative humidity: 10-90% non-condensing
Altitude: <3000m
MTBF: >500,000 hours
Power:
USB power: 2x USB2.0 (2x 500mA @5V) 5W
External power: 5VDC, 1A, (LPS)
Typical power consumption: 3W
BTU: 10.2BTU/hr
Physical Design:
Dimensions: (L)110mm/4.3” x (W)55mm/2.17” x (D)25mm/1” with 30cm/11.8” cable length
Weight: 0.2kg/0.4lb
Materials: ABS and aluminium construction
Connectors:
Computer: 1x DisplayPort™, 2x USB Type-A
Ethernet: 1x 8p8c (RJ45)
Power: 2.5mm socket
Specification:
USB: USB2.0 Low, full and hi-speed
USB features: Keyboard, mouse, touch and hard drives
USB device seen as: 7 or 13 port hub
Max video resolution: Up to 2560x1600 @60Hz
Audio: Bi-directional USB audio 2 channel 16bit 48KHz
DisplayPort™ Audio: 2 channel linear PCM
Ethernet: 1GbE (No 10/100 support)
Requires source to be DisplayPort™ Dual-Mode (DP++) compliant
Packing Box:
Dimensions: (L)292mm/11.5“ x (W)245mm/9.6” x (D)55mm/2.1”
Weight: 0.5kg/1.1lb
Cable Type Recommendations:
Cat5e and above
Cable Length Rules
Ethernet specifications rules apply 100m/300ft maximum run
Approvals/Compliance: CE and FCC
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