PTP800 ODU-A Lower 6GHz, TR252, Hi, B2 (6250.0-6350.0MHz), Rectangular WG, Neg Pol.

PTP 800 SPLIT-MOUNT SOLUTION

Cambium Point-to-Point (PTP) 800 Licensed Ethernet Microwave Solutions can efficiently and affordably transport the data, voice and video that your bandwidth-intensive applications require without having to contend with other communicators in your radio-frequency (RF) band.

Split-Mount Architecture

Within our PTP 800 family of products, we offer two architectures, a split-mount architecture and an all-indoor architecture. In this Specification Sheet, we detail the specifics of our Split-Mount systems. Information on our PTP 800i All-Indoor system is available at PTP 800.

Our PTP 800 Split-Mount systems operate in the 6 to 38 GHz licensed bands, at up to 368 Mbps throughput1 (full duplex), and with user-configured channel bandwidths from 7 to 56 MHz. When deployed, the outdoor radio unit (ODU) and antenna are mounted on a tower or rooftop and connected via cable to the Compact Modem Unit (CMU) located inside your building or equipment housing unit.

Within the split-mount platform, you can choose between our Standard ODU-A or our High Performance ODU-B. ODU-A is available in 6 to 38 GHz frequencies, while the High Performance ODU-B is available in the 11, 18 and 23 GHz bands. The ODU-B offers higher transmit power, lower power consumption, and lighter weight when compared with the ODU-A. In addition, our NTIA-compliant 7 and 8 GHz models support DoD and non-DoD applications within the U.S. Federal Government.

Cost-Efficient Scalability

With upgradeable capacity from 10 Mbps to full capacity via software key, PTP 800 systems offer exceptional cost efficiency and scalability, allowing you to purchase only the capacity you need today and add capacity as your needs grow. Whether your organization is a carrier, service provider, utility company, municipality, public safety organization, government agency or corporate enterprise, PTP 800 radios will provide you with high-performance, ultra-reliable connectivity and backhaul.