The WST-PEX005 Extender is a simple to use plug and play solution which lets the user extend HDMI signals up to 60m using a single low-cost Cat.5/6 UTP cable (not included).
WST-PEX005
The WST-PEX005 Extender is a simple to use plug and play solution which lets the user extend HDMI signals up to 60m using a single low-cost Cat.5/6 UTP cable (not included).
WST-LRP001 is an HDMI 2.1 standard repeater that extends the HDMI cable between the HDMI player and the display by preventing signal loss over long distances.
The WST-PEX010 and WST-PEX011 are chainable HDMI extenders, transmitting 1080P HDMI signals up to 120m via Ethernet cable. The transmitter (WST-PEX010) can connect with multiple receivers (WST-PEX011) to split the signal into 250 HDMI signals simultaneously.
The WST-PEX010 and WST-PEX011 are chainable HDMI extenders, transmitting 1080P HDMI signals up to 120m via Ethernet cable. The transmitter (WST-PEX010) can connect with multiple receivers (WST-PEX011) to split the signal into 250 HDMI signals simultaneously.
The WST-PEX009 Extender is a simple to use plug and play solution which lets the user extend HDMI signals up to 70m using a single Cat.6 UTP cable (not included).
WST-PEX008 is a 4K HDMI chainable extender that uses an Ethernet cable to receive an HDMI signal up to 140m, capable of receiving up to 250 HDMI signals simultaneously.
WST-PIP003 is a powerful and flexible solution for controlling multiple SDVoE (Software Defined Video over Ethernet) based extenders within the same network.
WST-PIP002 is a 4K@60Hz 4:4:4 HDMI/DP over IP with USB2.0 HUB receiver. It is designed for high-quality installations that require AV extensions with minimum latency through IP transmissions.
WST-PIP001 is a 4K@60Hz 4:4:4 HDMI / DP over IP with USB2.0 HUB transmitter. It is designed for high-quality installations that require AV extensions with minimum latency through IP transmissions.
WaveSplitter manufactures optical laser and detector components, reducing optical infrastructure costs while enhancing the performance and capacity of optical networks.