Description

Wireless service providers and enterprises around the globe are challenged to deliver reliable connectivity in overcrowded RF environments. 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 resolves this challenge with a breakthrough technology solution that delivers superior performance, resiliency, and reach in the most congested environments. The ePMP Force 200 high gain integrated solution enhances the range and improves throughput in high interference environments. ePMP Force 200 is a completely redesigned solution from Cambium Networks that combines a highly integrated, high-performance radio with a high-gain dish antenna. The radio supports a gigabit Ethernet interface in order to provide maximum throughput. Operating in the 2.4 and 5 GHz frequency spectrum, the solution brings wireless broadband connectivity to customers over longer distances and provides a superior return on investment.

The ePMP Force 200 adds a subscriber module and point-to-point (PTP) radio to ePMP’s 5 GHz line of products, designed to operate in high interference environments and provide superior throughput of over 200 Mbps of real user data. Long-range deployment is enabled by the 25 dBi antenna. Configurable Modes of operation ensure robust adaptivity…

• Cambium Networks’ ePMP Force 200 is designed to operate in high interference environments and provides superior throughput of over 200 Mbps of real user data.
• Configurable Modes of operation ensure robust adaptivity to both symmetrical and asymmetrical traffic while providing high performance and round-trip latency as low as 2 – 3 ms.
• QoS management offers outstanding quality for triple play services – VoIP, video, and data and provides three levels of traffic priority.
• Long deployment range is enabled by a high gain antenna combined with 30 dBm of transmit power.
• This platform can be configured as a Subscriber Module or a high-gain PTP radio.