The Flex4G-10000 is an E-band (70/80GHz) millimeter wave system that delivers up to 9.7Gbps capacity, 256-bit AES encryption for the highest data security, and the highest system gain in the industry to ensure maximum throughput at the longest distances. The Flex4G-10000 offers mobile network operators a much lower cost alternative to fiber in macro/cell backhaul and front haul for Centralized Radio Access (C-RAN) networks, supporting up to CPRI Mode 7 (9830.4Mbps) while offering ISPs, enterprises, and government agencies a much lower cost alternative to fiber.

The all-outdoor Flex4G-10000, which operates in the E-band range (71-86GHz) and is already shipping to customers, has been designed to alleviate the strain of backhaul connections by combining advanced radio and modem capabilities with carrier-grade 10G Ethernet, CPRI, and SONET/SDH features. The radio scales from QPSK to 256 QAM, and from 500 MHz to 2000 MHz, allowing the customer to select the optimal combination of range and throughput. The Flex4G-10000 is also easily and cost-effectively scalable to 10Gbps for BridgeWave customers who have installed Flex4G-UHA, Flex4G-3000, or Flex4G-5000 systems because it is fully compatible with the antennas deployed with those systems.

Features

• Up to 9.7Gbps in 1+0 and 19.3Gbps in 2+0 using respectively one or two 2000Mhz channels
• XPIC frequency re-use technology to double capacity when spectrum is scarce and provide up to 10.5Gbps in just a single 1000Mhz channel or up to 6.0Gbps in just a single 500MHz channel
• Adaptive Code Modulation from QPSK through 256QAM
• 2000, 1000, 500, and 250MHz bandwidth support
• Highest bit/Hz spectral efficiency at the longest link distances
• LDPC FEC provides threshold improvement over other FEC technologies
• AdaptRate™ technology, working in conjunction with ACM and QOS, automatically reduces bandwidth during extreme fade conditions to increase availability and deliver critical traffic
• Automatic Transmit Power Control
• Zero-footprint ODU with low power consumption and Power-over-Ethernet