SIAE ASNK ODU 4096QAM, 112MHz Channel, 10W Power
Broadband, Cellular and Data Radios | Broadband Radios | Point-to-Point
The Siklu EH-8010FX-ODUH-2C1P-EX-D FDD Outdoor Unit delivers 10Gbps Full Duplex throughput for high capacity networks in metro, aggregation and trunking applications. The EH-8010FX operates within the 81-86GHz (high) frequencies, and comes with an adapter for an external antenna. The interface is a 1 combo 10GE port: 1x RJ-45/SFP+ (MMF/SMF) and 1Gbps copper; DC & PoE-In.
The EH-8010FX radio delivers 10Gbps full duplex point-to-point wireless Ethernet connectivity with the longest mmWave reach by means of the highest system gain in the market. Incorporating dozens of Siklu innovations, the EH-8010FX is based on the same platform that has been deployed in tens of thousands of links from the EtherHaul family.
High throughput and low latency combine to deliver fiber compatible performance. The EH-8010FX incorporates adaptive bandwidth coding and modulation for high availability and easy integration with Ethernet switches or MPLS routers in highly resilient topologies. The EH-8010FX is designed to connect into existing networks with its support for both copper and fiber 10G interfaces allowing service providers and enterprises to extend their copper or fiber networks.
The all-outdoor radio has a small footprint and is light weight which makes site acquisition a breeze. The product comes pre-configured out of the box with no license to download greatly simplifying the time and cost for installation. The intuitive web GUI manages local and remote units to enable fast commissioning and configuration.
With its IP67 construction, the EH-8010FX is extremely rugged and designed to last for years in the harshest conditions at a price that yields quick Return-On-Investment (ROI) and minimizes Total Cost of Ownership (TCO). The advanced 10Gbps system delivers an unbeatable price per Gb. Its small and light form factor lowers installation costs, increases reliability and reduces site visits.
The EH-8010FX operates over the interference-free 71-76/81-86GHz E-band spectrum, with a total of 10GHz of bandwidth for use worldwide. By using a high-gain pencil-beam antenna, this helps guarantee spectrum will be available everywhere and maximizes spectrum re-use. Additionally, E-band systems are governed by low licensing fees and a quick licensing processes.
