Cisco SGSN Serving GPRS Support Node
Enhance Mobile Network Performance
For a comprehensive, reliable solution, 3GPP operators choose Cisco SGSN Serving GPRS Support Node. These operators deploy mobile multimedia networks such as:
- Global System for Mobile Communications (GSM)
- Enhanced Data rates for GSM Evolution (EDGE)
- Universal Mobile Telecommunications Service (UMTS)
- High-speed packet access (HSPA)
The SGSN function is supported on the market-leading Cisco ASR 5000 Series, combining subscriber and network intelligence with high performance to:
- Deliver outstanding call transaction rates
- Improve mobile network performance and profitability
Support Multiple Networks and Network Functions on One Platform
The innovative design of Starent's SGSN helps ensure this intelligent and high-capacity solution will support 3GPP mobile operators as they evolve their networks to HSPA and EPC through a Release 8 SGSN.
Other benefits include:
- High-capacity and efficient packet handling
- Full UTRAN/GERAN to core network access support includes mobility management, GTP tunneling and de-tunneling, and PDP context activation and management, as well as attaches/detaches and billing
- Optional support for Cisco’s FastPath architecture and Direct Tunnel improves the subscriber experience and reduces operational and capital expenditures by optimizing the usage of subscriber plane resources
- Increased flexibility by enabling any combination of 2.5G and 3G on a single platform
- SGSN can be combined with GGSN and in the future any of the EPC elements on a single platform to maximize efficiency and flexibility, reduce latency, and simplify and optimize network architecture
- Frame Relay, ATM, and IP-based transport on all radio and core network interfaces enhances performance, offers outstanding scalability, and reduces interconnectivity complexity
- High availability helps ensure subscriber satisfaction and 99.999 percent system availability
Featured Content
Learn how Cisco Fast Path provides all the benefits of Direct Tunnel, but with reduced latency, and without adding network complexity or requiring changes to your RNC or your GGSNs. (3:01 min)
