ePMP 3000 5GHz Access Point

Description

Cambium Networks' ePMP product line has set the standard for high performance, scalability, and reliability in harsh interference environments, all at an attractive price. The ePMP 3000 is the third-generation access point that advances the interference-tolerant mechanisms of the ePMP 2000 while adding the power of Multi-User MIMO (MU-MIMO). The ePMP 3000 is a 4x4 MU-MIMO access point that can double industry-leading throughput with the same channel bandwidth by serving two subscribers simultaneously. Additionally, the ePMP 3000 integrates interference mitigation techniques with uplink directional antenna support, dynamic adjacent-channel interference filtering, and robust ePMP product line software. The ePMP 3000 AP system consists of the ePMP 3000 AP access point, a 4x4 sector antenna, an optional directional antenna, and 25 dBi and 16 dBi subscriber modules.

The ePMP 3000 system boasts high packet per second performance, 1.2 Gbps peak throughput, and support for subscriber modules with 600 Mbps peak throughput.

Key Benefits

Frequency Reuse: Supports GPS synchronization and SM transmit power control, enabling frequency reuse.

Unmatched Performance and Scalability: With Cambium Networks' efficient MAC protocol and advanced air-fairness scheduler, up to 120 simultaneously active subscriber modules can be served without degradation. Performance.

Industry-Leading Interference Tolerance: Intelligent filtering on the receive side makes the ePMP 3000 immune to the effects of strong off-channel interference, and on the transmit side it serves to reduce off-channel noise for improved radio co-location.

Industry-Leading Spectral Efficiency: MU-MIMO in the downlink doubles the industry's capacity by serving two MIMO users simultaneously.

Key Specifications

• MU-MIMO support with 1.2 Gbps peak throughput
• 256QAM-5/6, 80 MHz support
• Supports a wide frequency range: 4910 - 5970 MHz
• 100/1000BaseT interface compliant with 802.3at
• Frequency Reuse with GPS synchronization, interference mitigation with a directional antenna and dynamic filter