cnMedusa™ PMP 450m
cnMedusa™ PMP 450m
Cambium Network’s cnMedusa PMP 450m model is a fixed wireless access point that uses industry-leading cnMedusa technology for effective, reliable, and scalable results for businesses at a great price. 5G like wireless broadband solutions are a necessity for unified communications globally, with this technology offering users unparalleled performance to ensure the highest quality results.
Why select the cnMedusa PMP 450m?
Demand for capacity is at an all-time high and growing at an accelerated rate. As a result, the availability of spectrum is leading to challenges for network connections, as more and more users demand higher bandwidth services.
What is cnMedusa?
cnMedusa™ is a first-of-its-kind technology in a fixed wireless broadband access platform that provides Massive Multi-User MIMO (Multiple-Input, Multiple-Output) technology in a commercially available yet cost-effective solution.
The result of this technology means that businesses don’t have to suffer from the results of high demand. High quality 5g fixed wireless broadband solutions are delivered without interruption, to ensure that communications of all types from businesses from all over the world are received instantaneously.
About The cnMedusa PMP 450m
The PMP 450m Access Point (AP) with cnMedusa™ Massive MU-MIMO technology enables network operators to rapidly provide faster Internet connections to significantly more people, places, and things. cnMedusa™ will absolutely change the commercial wireless broadband industry.
Combining Beamforming and multiple RF chains yields more than 3X throughput, (vs. PMP 450), to over 400 Mbps by changing only the AP hardware.
Integrated 90° sector antenna array
Leading Edge antenna innovation brings Smart Beamforming to the 450 platform, ZERO RF cables to connect or weatherproof.
Multiple RF chains
14 x 14 MIMO system allows simultaneous communication to up to seven SMs.
Compatible with existing SM
Protect your investment and realize capacity upgrade without any field dispatches to subscriber sites.