Description
Unlock seamless, high-definition DisplayPort distribution across rooms and campuses with the B160-001-DPSI transmitter. This optimized over-IP extender combines DisplayPort video and audio with RS-232 serial control and IR signaling, all wired through a dedicated Ethernet switch. Designed for reliable, long-distance AV deployment, it supports full HD 1920 x 1080 resolution at distances up to 328 feet (100 meters) via Cat5e/Cat6 cabling. Ideal for corporate boardrooms, digital signage networks, education spaces, and government facilities, this TSCP-compliant unit delivers crisp visuals, robust control, and flexible integration into existing network infrastructure.
- Extends DisplayPort video and audio plus RS-232 serial and IR control over IP across a dedicated Ethernet switch connection
- Delivers high-definition 1920 x 1080 video (Full HD) with reliable, low-latency performance for critical AV applications
- Supports up to 328 ft (100 m) distance over Cat5e/Cat6 cabling, enabling centralized routing and flexible room layouts
- Compact transmitter design suited for rack-mount or discreet wall-mount installations, plus IR pass-through for remote control convenience
- TA A compliant and engineered for enterprise and government environments, offering robust compatibility and consistent operation
Technical Details of Eaton Tripp Lite DisplayPort over IP Extender Transmitter
- Model: B160-001-DPSI
- Function: DisplayPort video + audio with RS-232 serial and IR control transmitted over IP
- Video Standard: DisplayPort output is extended as an IP stream to a compatible receiver
- Resolution Support: 1920 x 1080 (Full HD)
- Distance: Up to 328 ft (100 m) over Cat5e/Cat6 with a dedicated Ethernet switch
- Cabling: Cat5e/Cat6 twisted-pair network cabling
- Control Interfaces: RS-232 serial and IR control signals extended over IP
- Compliance: TAA compliant
- Environment: Suitable for enterprise, education, and government deployments
How to install Eaton Tripp Lite DisplayPort over IP Extender Transmitter
Step 1: Power down all devices before making connections. Connect your DisplayPort video source to the transmitter’s DisplayPort input using a standard DisplayPort cable, and connect the receiver to the display via a DisplayPort cable as well. This establishes the core video path for local presentation and remote viewing.
Step 2: Run Cat5e or Cat6 cables from the transmitter to your network switch, and from the receiver to the same switch or to the next network hop as required by your topology. Ensure each device is connected to the same IP-based network segment to enable proper IP-based distribution of video and control signals.
Step 3: If you plan to use RS-232 serial or IR control, attach the RS-232 control device and/or IR receiver/transmitter per your installation guide. These signals are extended over the network, enabling centralized control of displays, sources, and AV equipment across distances.
Step 4: Power on the transmitter, receiver, and connected devices. If your system uses DHCP, allow devices to obtain IP addresses automatically; otherwise configure static IPs according to your IT policy. Confirm that the video source and display are communicating through the IP extender by selecting the appropriate input on the display and verifying the picture and audio.
Step 5: Perform any required on-screen or management configuration to optimize EDID, audio levels, and RS-232/IR control parameters. Refer to the product manual for guidance on EDID management, baud rates for serial control, and IR command routing to ensure seamless user experiences.
Step 6: Test long-distance performance by routing content from the source to the display across the full 100 m (328 ft) distance. Validate lag-free video, synchronized audio, and reliable control signals in real-world usage, adjusting network switches or cabling if necessary to minimize latency.
Frequently asked questions
Q: What does the Eaton Tripp Lite DisplayPort over IP Extender Transmitter enable?
A: It enables distribution of DisplayPort video + audio, RS-232 serial, and IR control signals over an IP network, allowing centralized routing of AV content to remote displays up to 328 ft away via Cat5e/Cat6 cabling.
Q: What resolution and distance are supported?
A: The system supports 1920 x 1080 (Full HD) resolution with a maximum distance of 328 ft (100 m) over Cat5e/Cat6 networks when used with a compatible receiver and Ethernet switch.
Q: Is this device compliant with government procurement standards?
A: Yes, the unit is TAA compliant, making it suitable for government and enterprise environments requiring traceable, compliant components.
Q: Can RS-232 and IR controls be used simultaneously?
A: Yes. The extender is designed to carry RS-232 serial and IR control signals over IP, enabling remote management of connected displays and devices without local control panels at each location.
Q: How complex is the installation?
A: Installation is straightforward for networked AV environments: connect DP cables, link the devices via Cat5e/Cat6 to a switch, set up IP addressing, and configure EDID and control parameters as needed. The solution is intended to integrate with existing network infrastructure with minimal disruption.
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