Tripp Lite
Tripp-Lite B160-101-HDSI HDMI/DVI Over IP Transmitter & Receiver Kit
Extend and distribute HDMI or DVI audio/video signals, along with RS-232 serial and IR control, across your existing Ethernet network with the Tripp-Lite B160-101-HDSI kit. This solution reliably transmits signals up to 328 feet using Cat6 cabling, supporting multi-display setups with up to 64 transmitters and 255 receivers when using managed network switches. It handles resolutions up to 1080p at 60 Hz and is plug-and-play, requiring no software. The kit is TAA-Compliant and includes all necessary cables and power supplies for immediate setup.
Owner Satisfaction
4.3
/ 5
Category Rank
2289
/ 2596
#2289 in Repeaters & Transceivers
Maximum Signal Range
328.6275.5
/ ft via Cat; ft via Cate
Who it's for
- Highly Scalable Matrix Support
- Unlimited Extension Distance
- Integrated KVM and IR Control
Who should skip it
- Requires Advanced Network Configuration
- Minor Signal Latency
- Higher Initial Investment
Key Specs
Maximum Signal Range
328 ft. via Cat6; 275 ft. via Cat5e
Max Supported Video Resolution
1920x1080 (1080p @ 60Hz)
RS-232 Baud Rate
Up to 57600 Bps
Latency
2-3 seconds
Power Consumption
10 Watts
Unit Dimensions (hwd)
1.2 x 5 x 3.9 in.
Certifications
Tested to CE, FCC, RoHS, REACH
Warranty Period
1-year limited warranty
Features
- Extends A/V, serial, and IR control over IP network
- Supports video resolutions up to 1080p @ 60 Hz
- Scalable system using managed network switches
- Mix and match analog/digital displays easily
- Extends RS-232 baud rates up to 57600 Bps
- Plug-and-play setup requires no software
- Includes local HDMI output on transmitter
- TAA-Compliant for government installations
What customers say
Users consistently praise the Tripp Lite B160-101-HDSI kit for its high reliability and robust build quality, making it durable for commercial use. Its key strength is flexibility, supporting both simple point-to-point extension and complex matrix setups via IP networks, ideal for digital signage. Signal transmission over long distances is generally crisp and dependable when installed correctly. However, performance is heavily dependent on expert network configuration, particularly IGMP snooping. A notable drawback for some is the potential for video latency, which limits suitability for zero lag applications. Furthermore, the initial cost is higher than direct cable extenders, making its value proposition contingent on needing IP scalability.
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