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Failsafe GbE Regeneration Network Tap with Both Aggregational and Non-Aggregational Monitoring. Model No. ETAP-3105

Dualcomm GbE Regeneration network Tap (Model No. ETAP-3105) supports failsafe bypass and provides both
an aggregational monitor port and a pair of non-aggregational monitor ports in a single portable device, a first of its kind in the industry.

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Dual-Mode Copper & Fiber Gigabit Regeneration Network TAP. Model No. ETAP-2306

Dualcomm Dual-Mode Gigabit Copper/Fiber Regeneration Network Tap (Model No. ETAP-2306) implements both a GbE copper regeneration tap and a GbE fiber regeneration tap in a single portable device, a first of its kind in the industry.

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1U Rack-Mount Two-Station GbE Copper-to-Copper/Fiber Regeneration Tap. Model No. mTAP-6215

A first of its kind in the industry, Dualcomm rack-mountable Network Tap (mTAP-6215) includes two GbE copper-to-copper/fiber Ethernet regeneration Tap modules. Each Tap module supports failsafe bypass and provides both a pair of non-aggregational monitor ports and two aggregational monitor ports, one of the aggregational monitor port is a SFP fiber port.

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10/100Base-T Ethernet-over-Coax Adapter Kit
Model No. DECA-100


10/100Base-T Ethernet-over-Coax (EoC) adapter Kit (Model No. DECA-100) is a first product of Dualcomm's EoC solution built on the company's patent pending inventions. DECA-100 Kit includes two EoC adapters which enables full-duplex transmission of 10Base-T or 100Base-TX Ethernet signals over a coaxial cable for up to 240 meters (800 feet).  

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Dualcomm has been a proud sponsor of SHARKFEST since 2010
SharkFest'10 Presentation: "SPAN Out of the Box"
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WiFi-over-Coax Extender Kit
Model No. DWOC-5141


WiFi-over-Coax (WoC) Extender Kit (Model No. DWOC-5141) enables a Distributed Antena System (DAS) for transmitting WiFi RF signals over shared CATV coaxial cables inside a building such as large homes, hotels and apartment complexes. Transmission of WiFi RF signals over coax cables enjoys lower signal attenuations and avoids otherwise the multi-path interference and signal strength degradation by walls and other objects inside a building seen by WiFi over the air, and therfore provides much better WiFi signal coverage range and more robust connection speed with lower RF radiations to human bodies and the environment.   


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