Optimized for mobile RAN cell sites and customer locations.
Save money by consolidating traffic and protocols into a single uplink.
The Tellabs® 8605 Access Switch enables you to build a managed multi-protocol label switching (MPLS) access and regional network. You can depend on the Tellabs 8605 switch to deliver services with guaranteed quality to the base station, small hub site or customer premises.
Customer Benefits
- Save money by consolidating traffic and various protocols into a single uplink.
- End-to-end management increases network availability, saving operating and maintenance costs.
- Deliver a broad range of services over one platform, combining corporate Ethernet and IP VPN services together with residential broadband service and mobile transport.
- Reduce network downtime with carrier-class reliability and comprehensive redundancy.
Product Features
- Optimized feature set for mobile radio access network (RAN), with E1/T1s, FE and GE interfaces, to support all connectivity requirements from cell sites and customer locations.
- Support of MPLS pseudowire technologies enables the delivery of Ethernet, Asynchronous Transfer Mode (ATM), Frame Relay, High level Data Link Control (HDLC) and Time Division Multiplexing (TDM) on the same platform and transformation to Internet Protocol (IP) whenever needed.
- 1RU-high, compact cell site optimized IP/MPLS router that delivers a variety of connectivity from E1/T1s to GE and services.
- Meets the 3GPP R99 and R4 ATM and R5 IP requirements as well as CDMA-2000 backhauling and Ethernet transport requirements.
- Efficient use of network capacity with statistical multiplexing and advanced Quality-of-Service (QoS) support optimized for mixed voice, data and video traffic
- Environmentally hardened temperature range to support outdoor installations.
- Quality-of-Service implementation that ensures strict service guarantees for premium services and possibility to overbook best-effort traffic to optimize bandwidth use in entire network.
- Extensive synchronization support over TDM and packet networks.
