These Point-to-Multipoint Wireless Solutions Extend Connectivity Options for Service Providers

Wireless connectivity expert, Cambium Networks, has introduced new point to multi-point wireless broadband solutions providing reliable and affordable connectivity. Extending the ePMP 3000 MU-MIMO platform, the new solutions complement Cambium’s portfolio by offering a connectorized subscriber module and GPS synced ruggedized access point; both of which open up numerous deployment options with 3rd party antennas.

The new additions to the ePMP portfolio will extend wireless connectivity options for service providers, enterprise and industrial operators deploying connectivity with Cambium Networks’ Wireless Fabric portfolio of connectivity solutions. The new solutions include: 

  • ePMP 3000L - Optimized for low density coverage areas, the ePMP 3000L provides micro-pop connectivity. This 802.11ac Wave 2 access point with MIMO technology provides up to 600 Mbps headline data rate in the 5150-5950 MHz bands and utilizes GPS synchronization for scalability and high spectral efficiency.  The ePMP 3000L is a connectorized IP67 device and can be equipped with a sector, narrow beam or omnidirectional antenna to provide targeted coverage.
  • ePMP Force 300 CSM Subscriber Module - To connect hard-to-reach locations, the 802.11ac Wave 2 Force 300 CSM provides up to 600 Mbps headline data rate in 20/40/80 MHz channels using 2×2 MIMO technology. The unit is connectorized to be customized for applications with readily available dishes and horns.
  • ePMP Force 130 – Providing up to 140 Mbps of throughput, the ePMP Force 130 is ideal for short range, high-capacity backhaul or multipoint applications. Operating in 5150-5970 MHz and 2.4 GHz bands, the modules includes QoS and management features. It is available in APAC, CALA and EMEA regions.

Network operators can rapidly design high reliability links with the free LINKPlanner software, and monitor performance and manage the network with the free cnMaestro end-to-end management system.