Amphenol 8 Way Digital Splitter MoCA 2.5 ABS318H, Silver
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£ 12.00 |
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£ 12.00 |
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Description
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Amphenol MoCA 2 Way Splitter is a high quality splitter specially designed for multimedia over coaxial networks. It supports the latest MoCA 2.5 technology, which provides faster data rates and improved network performance compared to older versions. It allows you to split your MoCA signal into separate paths, enabling you to connect multiple devices or expand your network coverage at 5-1675 MHz performance. This splitter has excellent insulation and low insertion loss, ensuring optimal signal transmission and minimal interference between connected devices. Features excellent insulation and low insertion loss with a 6-kV ring wave surge resistor, ensuring optimal signal transmission and minimal interference between connected devices. It also features pressure sealed 15 PSI coaxial F ports. The ABS318H splitter is easy to install and compatible with all MoCA-enabled devices, making it an ideal choice for home or office networks that require efficient and reliable signal distribution.
Amphenol MoCA 2 Way Splitter is a high quality splitter specially designed for multimedia over coaxial networks. It supports the latest MoCA 2.5 technology, which provides faster data rates and improved network performance compared to older versions. It allows you to split your MoCA signal into separate paths, enabling you to connect multiple devices or expand your network coverage at 5-1675 MHz performance. This splitter has excellent insulation and low insertion loss, ensuring optimal signal transmission and minimal interference between connected devices. Features excellent insulation and low insertion loss with a 6-kV ring wave surge resistor, ensuring optimal signal transmission and minimal interference between connected devices. It also features pressure sealed 15 PSI coaxial F ports. The ABS318H splitter is easy to install and compatible with all MoCA-enabled devices, making it an ideal choice for home or office networks that require efficient and reliable signal distribution.