Amphenol

Amphenol 2 Way Digital Coaxial Splitter MoCA 2.5 ABS312H

Name: Amphenol 2 Way Digital Coaxial Splitter MoCA 2.5 ABS312H
Brand: Amphenol
SKU: d710aa330d8dce15ad1a1f8d8ec59c78
Price: 24.9 GBP
Availability: InStock

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Amazon

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24.90

Description

Amazon MoCA 2.5 Optimized: Designed specifically for Multimedia over Coax Alliance networks, supporting the latest MoCA 2.5 technology for faster data rates and enhanced network performance Extended Frequency Range: Operates across a broad 5 – 1675 MHz bandwidth, ensuring reliable support for both legacy cable signals and modern MoCA networking applications Durable Construction: Built with a rugged metal housing, pressure-sealed F-ports, and a soldered back plate for high EMI shielding effectiveness, ensuring reliability for indoor and outdoor installations Surge Protection: Features a 6kV ring wave surge withstand capability on all ports to help protect connected equipment from voltage spikes and electrical surges Low Signal Loss: Engineered with excellent isolation and low insertion loss at 1675 MHz to maintain optimal signal transmission and minimize interference between connected devices

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£ 24.90

Description (1)

MoCA 2.5 Optimized: Designed specifically for Multimedia over Coax Alliance networks, supporting the latest MoCA 2.5 technology for faster data rates and enhanced network performance Extended Frequency Range: Operates across a broad 5 – 1675 MHz bandwidth, ensuring reliable support for both legacy cable signals and modern MoCA networking applications Durable Construction: Built with a rugged metal housing, pressure-sealed F-ports, and a soldered back plate for high EMI shielding effectiveness, ensuring reliability for indoor and outdoor installations Surge Protection: Features a 6kV ring wave surge withstand capability on all ports to help protect connected equipment from voltage spikes and electrical surges Low Signal Loss: Engineered with excellent isolation and low insertion loss at 1675 MHz to maintain optimal signal transmission and minimize interference between connected devices