SIIG 1x8 HDMI Splitter HDbitT Over IP Extender Kit - 120m for Long-Distance 1080p Video Distribution

SIIG 1x8 1080p HDMI Splitter HDbitT over IP Extender Kit - 120m

The SIIG 1x8 HDMI Splitter HDbitT over IP Extender Kit (Part Number: CE-H26W11-S1) is designed to extend high-definition audio and video signals over long distances using a single Cat6 cable. This robust system supports up to 8 displays, making it ideal for commercial, educational, or large-scale digital signage applications. With a maximum range of approximately 394 feet (120 meters), it ensures reliable signal transmission without compromising picture quality. The kit includes a transmitter and 8 receivers, allowing users to expand their display setup efficiently, whether in a point-to-point or multi-display configuration. Its compatibility with unmanaged or smart gigabit switches, including VLAN support, offers flexibility for complex network setups with multiple sources and displays. The system's cascade capability enables connecting up to 30 receivers per transmitter, facilitating expansive visual networks while maintaining high performance.

Features:

• Video Extender Transmitter/Receiver provides efficient and feasible audio/video transmission, decoding, and extending

• Supports maximum video resolution of 1920 x 1080 for sharp, clear displays with enhanced reliability

• HDMI in allows convenient transfer of content and data to the extender system for dependable performance

• HDMI out enables efficient data transfer from connected devices to the extender system

• Twisted pair media type facilitates easy connection and can carry both analog and digital signals simultaneously

• Supports 1 input device for simple, effective source connection

• Supports up to 8 output devices for versatile display expansion

• Maximum operating distance of approximately 394 feet (120 meters) for broad coverage

• Full HD graphics mode provides immersive, high-resolution viewing experiences

• Wall-mountable design allows for flexible installation and increased operational efficiency