ePMP™ 2000 Smart Antenna

Cambium Networks has set the standard, and at an attractive price, for high performance, scalability and reliability in harsh interference environments. EPMP 2000 is the next generation of the access point, which brings interference tolerance to a whole new level. The unique HypureTM technology, which combines intelligent filtering and intelligent beamforming - Smart Beamforming - is designed to achieve new levels of performance in the face of interference. The ePMP 2000 system consists of a high-performance, synchronized access point (GPS Sync) with an intelligent filtering option, a new compact and efficient sector antenna and an optional 'Smart Antenna'.

Intelligent filtering

• It improves both reception and transmission performance. Provides network protection against devices interfering with unused channel (off-channel interferers) - thanks to a filter dynamically moving on the channel. On the transmission side, it protects the RF environment - by reducing off-channel transmission noise.

Smart Beamforming

• Drastically reduces the effects of 'on channel' interference. The system learns about the locations of each supported subscriber (SM) and creates a narrow beam towards the desired subscriber, while the radio sends data in the frequency band through which the signal flows to the communication satellite (uplink). This reduces the gain per uplink for 'on-channel interferers' that send data from a different angle than the subscriber, increasing performance to an unprecedented degree.

Key benefits

• Improved performance of Uplink and Downlink: eliminates packet loss, the amount of TCP retransmission is significantly reduced. Other applications also show significant performance benefits.
• Consistent performance in high interference environments: by mitigating significant sources of interference, packet loss, retransmissions are minimized, keeping your network running smoothly.
• Removing Uplink interference: Smart Beamforming provides a significant performance improvement in case of strong co-channel uplink noise, increasing network efficiency.