PTP850CX Dual-Core All-Outdoor Basic Radio, 11GHz Wideband ODU without Diplexers

PTP 850CX Licensed Microwave Radio

The Cambium Networks PTP 850CX is a next-generation ultra-high capacity microwave radio designed to meet the increasing demands for reliable, scalable wireless backhaul. As a compact all-outdoor solution, the PTP 850CX delivers multi-gigabit throughput with low latency and high spectral efficiency, enabling wireless ISPs, municipality, public safety, and enterprises to build resilient networks with simplified architecture.

With support for layer 1 (L1) link aggregation, PTP 850CX can deliver multi-gigabit speeds across dual- or quad-radio configurations, without requiring additional VLAN or queuing logic. The platform is highly adaptable with licensed band support, multiple interface options including 25 GbE, and seamless integration into Cambium's ONE Network architecture through centralized management in cnMaestro[tm].

The 850CX is engineered to deliver the performance and reliability of fiber, without the deployment hurdles.

PTP 850CX Quick Look:

* All-outdoor dual-core, capable of 4096 QAM with ACM

* Supports:

o 11 GHz, 18 GHz

o 1+0 to 4+0, 1+1/2+2 HSB, 2+0 XPIC, 2 x 2+0* east-west configuration

o Multi-band layer 1 link bonding (with PTP 850E)

* Standard license key included for easy deployment

* Compact form factor

Key Advantages:

* Flexible Deployment: All-outdoor radio with scalable configurations including 2+0 and 4+0 setups for increased capacity and link reliability.

* License Keys Already Installed and Activated: All of the most requested features are pre-loaded for simplified provisioning and deployment. Keys for 650 Mbps capacity, 2nd core activation, XPIC, MC-ABC, and 10 GbE port are included at no extra cost.

* Layer 1 Link Aggregation: True physical layer bonding for ultra-low latency multi-gigabit performance without VLAN complexity.

* Cambium ONE Network Integration: Fully managed via cnMaestro Network Management, unifying wireless, wired, and security infrastructure under a single platform.