Cambium Networks - C000065K018A - Cambium C000065K018A PTP 650/670 128-bit AES Encryp per ODU

PTP 650 Series - Reliable, High-Capacity Point-to-Point Wireless Broadband Designed for Your Multi-Service NetworkService providers, government public safety agencies, and critical infrastructure operators such as utilities and energy companies have experienced massive growth in data, voice, and video traffic over the past few years. This growth has imposed large bandwidth demands for reliable and secure broadband connectivity and backhaul Networks disrupts the performance-reliability continuum with the Cambium Point-to-Point (PTP) 650 Series solution. With up to 450 Mbps aggregate throughput, PTP 650 systems let you reliably and securely handle today's needs with scalability to meet future , Spectrally-Efficient, Self-Optimizing Sub-6GHz SolutionBased on our widely-deployed, field-proven non-line-of-sight (NLOS) technology, PTP 650 wireless Ethernet bridges offer an ideal array of features that give you more capacity, greater operational flexibility, and the highest spectral efficiency in the industry. PTP 650 systems provide 4.9 to 6.05 GHz, multi-band flexibility in a single radio and operate in channel sizes from 5 to 45 Dynamic Spectrum Optimization (DSO), PTP 650 systems are constantly optimizing the channel of operation to maximize link reliability and performance. The systems can provide up to 99.999% availability in virtually any environment, including non-line-of-sight, long-distance line-of-sight, high interference, over water and desert, and through extreme weather conditions. As a result, you can deliver more throughput with less spectrum and less investment in even the most challenging With You In MindWhether your organization is an enterprise, government agency, or service provider, PTP 650 systems are ideal solutions for a wide array of applications such as T1/E1 and fiber replacements or extensions; video surveillance backhaul; LTE, macro-cell, and small-cell backhaul; last-mile access; disaster recovery; network redundancy; and building-to-building