The 1080p AV Over IP Matrix Transmitter (PoE) is a high-performance HDMI over IP solution designed to distribute HDMI video and audio signals through standard network infrastructure. It allows users to transmit 1080p content over CAT6/CAT7 cables using an Ethernet network, providing a scalable solution for multi-display installations, digital signage, commercial AV systems, classrooms, conference rooms, and entertainment environments.
This transmitter supports flexible AV distribution with matrix switching and video wall capabilities, allowing multiple sources to be routed to multiple displays when combined with compatible AV over IP receivers. With Power over Ethernet (PoE) support, installation is simplified by reducing the need for separate power connections while maintaining reliable signal transmission.
Features:
- Transmits HDMI video and audio over standard Ethernet networks
- Supports resolutions up to Full HD 1080p @ 60Hz
- Uses CAT6/CAT7 cabling for long-distance AV distribution
- PoE-powered design for easier installation
- Supports AV over IP matrix switching applications
- Plug-and-play IP setup with DHCP support
- Low latency transmission modes for smooth video performance
- Web GUI management for configuration and control
- Supports EDID management and source/display naming
- Compatible with iPad and Android control applications (when supported by system setup)
Specifications:
- Product Type: HDMI AV Over IP Matrix Transmitter
- Video Resolution Support: Up to 1920 x 1080p @ 60Hz
- Transmission Method: HDMI over IP via Ethernet network
- Network Connection: RJ45 Ethernet
- Cable Type: CAT6/CAT7 recommended
- HDMI Compliance: HDMI 1.3
- HDCP Support: HDCP 1.4
- Power: PoE or optional external power supply
- Latency: Approx. 50ms (low latency mode), approx. 250ms (high quality mode)
- Audio Support: HDMI embedded audio and analog audio support
- Control: Web GUI management, IP configuration, EDID settings
- Applications: Matrix switching, video walls, commercial AV distribution, digital signage systems
