Cambium Networks equipment can operate on 850 MHz of the 6 GHz spectrum band allocated by the FCC and on 950 MHz allocated by Canadian authorities. Cambium Networks collaborates closely with Qualcomm Technologies and leverages its turnkey automated frequency coordination package. Cambium Networks makes the AFC process transparent to the service provider. With the AFC interface integrated into the radio, the service provider can easily utilize the AFC service without additional costs or complications.
6 GHz Spectrum Availability Tool:
Unlicensed 6 GHz spectrum in the United States and Canada requires each radio to connect to the AFC service. This interface is included with every 6 GHz radio and reports the available channels at the radio's deployment location. Cambium offers several options for operators to obtain channel availability information even before purchasing radio equipment. LINKPlanner or Cambium's standalone 6 GHz Spectrum Availability Tool will return information on available frequencies and power limits at any location the operator chooses. Simply selecting the intended 6 GHz deployment location will prompt the tool to provide the channel availability and power levels that would be expected when deploying the radio at that location.
ONE Network for Service Providers:
Cambium's ONE Network provides a network infrastructure portfolio along with cnMaestro X single-pane-of-glass management for the entire network, enabling enterprises and service providers to simplify operations with a secure, converged network. With a complete view from the edge to the cloud, network operators can easily manage a ONE network fabric of multiple technology types from a central location.
Cambium Networks has added the new PMP 450v 2x2 Subscriber Module to its extensive portfolio of network solutions, offering a maximum throughput of over 600 Mbps operating at either 5 GHz or 6 GHz on a single platform. Key features and advantages include high performance, capable of delivering over 600 Mbps; wide channel bandwidth, supporting up to 80 MHz of occupied channel bandwidth; and a carrier architecture that incorporates two component carriers to maximize capacity and coverage while minimizing interference.
