Axxius 800
Wireless Backhaul - Axxius 800 platform
Force10 Networks Axxius platform integrates multiple access and bandwidth management functions into one modular platform for access needs at cell sites. The Axxius 800 enables a highly efficient and cost-effective wireless access and transport network that delivers transport and bandwidth 3/1/0 grooming intelligence to network access points. This eliminates bandwidth under-utilisation, and costly inefficiencies, between central offices (COs) or wireless cell site radios, periphery equipment, and the high-speed carrier edge and core networks. The platform is ideal for deployment in GSM, BSS and UMTS overlay network applications.
Consolidated Functionality and Performance for Cell Site Access
Highly versatile and scalable, the Axxius 800 is a key component of Imtech Telecom Globals solution for wireless backhaul, which enables cost-effective multi-generation service integration and evolution (2G/2.5G, 3G, and 4G).
The Axxius 800 platform's two-rack unit design can support up to eight hot-swappable service cards, providing a scalable mix of interfaces to meet the complex network challenges of today and those of the future. The QuadFLEX DS1/E1 Service Card for the Axxius 800 provides improved backhaul transport optimisation, statistical multiplexing, and inter-working functions that consolidates 2/2.5G, location-based services, remote management, and future 3G Node B equipment over a truly optimised backhaul transport.
Summary of features and benefits:
- Provides a cost-effective, multi-function platform optimised for cell site access, traffic aggregation, and backhaul.
- Integrates 3/1/0 cross-connecting/grooming, access multiplexing, and Ethernet switching/routing functionality.
- Delivers industry-leading port density - up to 36 T1 capacity - in a compact, 2RU enclosure
- Enables remote management and LAN connectivity to all cell site equipment.
- Provides a modular, temperature-hardened design that supports full redundancy.
- Deploys in GSM, BSS, and UMTS overlay network applications.