Hall HDMI Video Extender With Ultra-HD AV, IR, RS232 and Ethernet

Experience unbeatable video clarity and comprehensive control across long distances with the Hall HDMI Video Extender. This Class A HDBaseT Sender (Transmitter) is engineered to deliver pixel-for-pixel Ultra-HD AV over a single Cat6 cable, extending HDMI, IR, RS-232, and Ethernet (100BaseT) up to 100 meters (328 feet). Designed for professional classrooms, boardrooms, home cinemas, and digital signage, it combines robust performance with simple installation, enabling seamless collaboration and immersive viewing experiences wherever you need it.

• Pixel-for-pixel Ultra-HD transmission over HDBaseT: Maintains outstanding image integrity with minimal latency, ensuring that every detail—from fine text in slides to high-definition video content—remains sharp and accurate from source to display.
• Multi-domain extension on a single cable covers HDMI video, RS-232 control, IR remote control signals, and Ethernet (100BaseT) across a single Cat6 run up to 100 meters: Simplifies wiring, reduces clutter, and lowers installation costs.
• HDBaseT Class A performance ensures reliable, long-reach integration with compatible displays, projectors, and control devices, preserving signal integrity even in environments with electrical or cable interference.
• Rugged, enterprise-grade design built for consistent operation in commercial and residential installations, offering solid shielding, stable power delivery, and compatibility with standard AV equipment.
• Easy integration with existing AV ecosystems supports standard HDMI sources, widely used RS-232 control interfaces, IR pass-through for universal remotes, and Ethernet-ready networks, enabling seamless integration into meeting spaces, classrooms, and digital signage networks.

Technical Details of Hall HDMI Video Extender With Ultra-HD AV, IR, RS232 and Ethernet

• Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference

how to install Hall HDMI Video Extender With Ultra-HD AV, IR, RS232 and Ethernet

• Power off all connected equipment before installation. This protects devices and ensures safe connections.
• Connect the HDMI source device to the Sender's HDMI input port using a high-speed HDMI cable.
• Run a single Cat6 (or Cat6a) cable from the Sender to the Receiver location, ensuring the cable is certified for high-speed data and properly plenum-rated if required by building codes.
• Attach the Receiver to the display or projector with an HDMI output cable, then connect the IR blaster/receiver and RS-232 devices as needed to the appropriate ports on both ends.
• Power up the Sender and Receiver units and verify that the HDMI picture, remote control signals, and network connectivity function correctly on the display.
• Optionally configure EDID and RS-232 control settings if your installation requires specific display modes or external control integration; otherwise, most systems will operate in a plug-and-play manner.

Frequently asked questions

• What is the Hall HDMI Video Extender? It is a HDBaseT-based transmitter system that extends HDMI video along with RS-232, IR, and Ethernet over a single Cat6 cable for distances up to 100 meters, preserving Ultra-HD image quality and enabling remote control and network access.
• What distances does it support? The extender supports up to 100 meters (328 feet) over a standard Cat6 cable when paired with a compatible Receiver, making it suitable for large rooms, classrooms, and lecture halls.
• Which signals are transmitted? HDMI video and audio, RS-232 for device control, IR pass-through for remote commands, and Ethernet (100BaseT) for network access, all carried by one cable.
• Is the setup difficult? No. The system is designed for straightforward installation with a typical plug-and-play approach. Most setups are completed in minutes, with configuration limited to optional EDID and RS-232 settings.
• Do I need a Receiver? Yes. The Sender transmits signals over Cat6 to a Receiver at the display side, which then outputs HDMI to the monitor or projector. Both ends require power.