Connectorized Long Range Backhaul, C5c & PoE Bundle - C5c - Mimosa
Connectorized Long Range Backhaul, C5c & PoE Bundle - C5c-PoE - Mimosa
INDUSTRY-LEADING PRICE PERFORMANCE FOR FIXED WIRELESS MARKETS
C5c has been designed specifically to handle long-range backhaul (PTP), point-to-multipoint (PTMP) GigaPoP links, and PTMP MicroPoP links impaired by vegetation. Connectorized by design, the C5c mates with many popular antennas, delivering 500+ Mbps of TCP throughput.
Long-range point-to-point (PTP) backhaul
Rural point-to-multipoint (PTMP) GigaPop
Suburban MicroPop when foliage exists
*Distances vary based on Mimosa C5c and the access point power and antenna gain. Please refer to the Mimosa Design Tools to simulate performance with your regional wireless regulatory restrictions.
FLEXIBLE ANTENNA OPTIONS
Connect to virtually any dual polarization antenna to custom-engineer longer distance client links. The C5c supports 2x2:2 MIMO dual connector RP-SMA for easy cabled antenna connectivity and can be mounted to any pole via hose clamps, or easily clipped onto antenna supporting compatible clip-on mounting bracket systems.
SPECTRUM REUSE SYNCHRONIZATION (SRS) CLIENT
In SRS mode, all uplink and downlink transmissions are scheduled by the Access Point (A5-14/A5c), which greatly improves medium access protocol (MAC) efficiency, allows interference coordination, and reduces jitter. In contrast, in WiFi-Interop mode, clients need to contend with each other to access the channel, which leads to reduced MAC efficiency, higher interference levels, and higher jitter.
A key component to scaling network capacity is leveraging innovative new multi-user MIMO capabilities. With MU-MIMO, multiple clients on the same access point are coordinated to simultaneously share spectrum "spatially" via unique antenna beamforming. All the client devices provide their spatial information to their associated A5/A5c device to facilitate coordination of the shared spectrum. This radically improves multipoint access capacity and spectral efficiency and reduces latency.
* Available in a future release