The C6x sets a new bar for affordable speed, as well as interference reduction. With the latest in Wi-Fi 6E OFDMA technologies, and access to new 6 GHz bands (which varies by country), the C6x achieves extremely low latency speeds of up to 1.75 Gbps. The C6x can be used as a PTMP (point-to-multipoint) client radio.
Max PTMP (IP) Throughput
The C6x’s native 8 dBi gain can be increased to 12, 16, 20, or 25 dBi using Mimosa’s modular X-series twist-on antennas, offering the ease and simplicity of integrated radios, but with so much more flexibility for short to long range deployments.
The C6x reduces in-band noise impact across the operating channel with dramatically smaller 2 MHz resource units (RU) sizes instead of legacy OFDM solutions, where any noise impacted the full channel. Thanks to Wi-Fi 6E and OFDMA, the C6x can even be used in dense, urban environments.
Achieving up to 1.75 Gbps in PTMP (point-to-multipoint) deployments, the C6x pairs together with new multi-user OFDMA scheduling and beamforming technologies on the A6 access point to enable massive subscriber scaling, advanced noise management, and access to the new, low-noise 6 GHz band.
The C6x is IP67 rated, which means it can withstand the harshest elements and environments. Coupled with next-gen RF noise fighting features and new low-noise 6 GHz band support, the C6x leads the way in dependable connectivity.
Yes. You can use the base C6x 8 dBi radio without an antenna for short distance links. Please remove the locking screw from the twist-on screws to serve as a drain hole.
This depends on the antenna size and regulatory power settings. The C6x and all the X-series antenna options are available in Mimosa’s Network Design Tool (NDT). It’s free and very easy to model a link, give it a try at: https://design.mimosa.co/designtool/ndt
Yes, the Fleximount works for the C6x and N5-X12, N5-X16 and N5-X20. For the N5-X25 (25 dBi dish), the Fleximount XL is recommended.
1.75 Gbps (IP) PTMP
0.7kg (1.54 lbs)
20 W max
8 dBi (native)
12–25 dBi (with antennas)
Max Output Power