The TC-HDMIIP converts HDMI signal into TCP/IP packets for transmission over a standard LAN network. With no visible loss of video quality it is perfect for corporate and digital signage applications. Each receiver on a network uses a compact 18Mbps bandwidth thanks to the H.264 compression.
One to Many
Need to display one source on many screens? This product is perfect! It multi-casts, so you can have one transmitter for the source, and up to 253 x receivers can set on the network - one for each display. Only one transmitter per network.
Point to Point without LAN
Connect one transmitter directly to a receiver and completely bypass a network. This will work with a standard CAT6 cable up to 120m (394 ft) long, or 150m (492 ft) on a high quality cable.
Maximum Length
If using a LAN the signal will be repeated by each node on the network, resulting in unlimited length.
Resolution
Fully HDCP 1.2 compliant, it supports resolutions up to 1920 x 1080 (also known as 1080P).
Audio
Digital audio encoded on the HDMI signal is transmitted.
IR Pass-Through
Control the source device from the display with the IR pass-through. An IR blaster and receiver cable is included, and it supports standard 20-60kHz IR signals.
Plug and Play
EDID (extended display identification data) is automatically passed through. Just connect everything together and it will work immediately.
EQ-Free
The signal passes through a network without the normal skew and balancing distortion.
H.264 Compression
Video is compressed using the H.264 protocol - the same type of compression used on Blu-Ray. Images are full colour with smooth motion.
LAN Protocols
Despite using the standard IP protocols you don't need to be a network engineer. All end points must be on the same subnet... that's all you need to know. For best results use a stand-alone network for this system.
Dual-Power
This product requires a power supply for each transmitter and receiver. It does not use PoE.
Unmanaged Switch
Many video-over-IP solutions require a managed switch so that IGMP snooping can be enabled, but in this case no advanced switch setup is required, so a low cost unmanaged switch can be used.
