ePMP Force 110AR5-25, 5GHz Connectorized Radio and 25 dBi Dish Antenna, FCC

ePMP Force 110AR5-25, 5GHz Connectorized Radio and 25 dBi Dish Antenna, FCC

Manufacturer PN #: C058900C042B

ePMP Force 110

Wireless service providers and enterprises around the globe are challenged to deliver reliable connectivity in overcrowded RF environment. As spectrum increasingly becomes a scarce commodity, finding the right broadband connectivity solution is vital for all low and high density types of deployments.

Cambium Networks resolved this challenge with a breakthrough technology solution that delivers superior performance, resiliency and reach in the most congested environments. ePMP Force 110 high gain integrated solution enhances range and improves throughput in high interference environments. ePMP Force 110 is comprised of ePMP 1000 Connectorized Radio and ePMP 110A-525 Dish. Operating in the 5 GHz frequency spectrum, the solution brings wireless broadband connectivity to customers over longer distances and provides a superior return on investment.

The platform supports bandwidth-intensive services such as VoIP, video and data with high performance and exceptional reliability even in difficult RF conditions. It is the most effective connectivity solution for reaching the under and unconnected around the world.

Features

Cambium Networks' ePMP 1000 Connectorized High Gain Radio is designed to operate in high interference environments and provides superior throughput of more than 150 Mbps of real user data.

Flexible Mode of operation ensures robust adaptivity to both symmetrical and asymmetrical traffic while providing high performance and exceptionally low 6 ms latency.

QoS management offers an outstanding quality for triple play services - VoIP, video and data and provides three levels of traffic priority.

Long deployment range is enabled by 25 dBi antenna with 30 dBm of transmit power.

This platform can be configured as a Subscriber Module acting as a standalone radio or a high gain Access Point radio in a PTP architecture.