MyPower S6800-5/S6800-12 carrier class 10G core routing switch is a new generation multi-service high-end core switch. It adopts ASIC+NP design to provide high performance, stable, reliable and secure L2/L3 switching service for next generation networks.

It is supported by advanced 10G Ethernet. Based on line rate forwarding performance, it supports various high-density interface boards and meets the requirements for high density and throughput of core-layer devices. It provides 7 and 14 shelves for new generation high-end core backbone switching devices in service provider networks with services as core.

The two kinds of shelves provide Gbps-level backplane bandwidth and switching capability; Tbps-level backplane bandwidth; Gbps-level switching capability; and Tbps-level backplane bandwidth and switching capability.

MyPower S6800-5/S6800-12 supports passive backplane, control redundancy, power supply redundancy, various reliable telecom methods such as board card, fan, and power supply hot-swap, and STP/RSTP/MSTP/VRRP realizing link redundancy to ensure continuous services. It supports rich IPv6 technologies, including NP-based centralized hardware IPv6 forwarding mode and AISC-based distributed wire speed hardware IPv6 forwarding mode to meet the different IPv6 applications.

It adopts the software system of Maipu switch with excellent security function, and provides rich routing functions, L2/L3 MPLS functions, flow classification technologies and QoS technologies, multicast supporting technologies, and L2 switching technologies. It is suitable for large-scale, multi-service and complicated flow access networks.

As network core platform, MyPower S6800-5/S6800-12 works with all series switches of Maipu to provide solutions for service provider and the users from finance, government and education. It is widely applied in the data center, product network core, area network core, and IP MAN core.

Adopts ASIC+NP system design; provides passive copper backplane; realizes in-board and intro-board L2/L3 line rate distributed forwarding through crossbar switch matrix performs high-speed route search through powerful ASIC chip, improving forwarding performance and expanding capability of S6800-5/S6800-12 carrier class 10G core routing switch to reach Tbps/Gbps-level backplane bandwidth and switching capacity; provides advanced 10G Ethernet support; provides various high-density interface boards to meet the requirements for high density and throughput of core devices.

 

The key parts of the whole system provide excellent dual-redundancy or multi-redundancy design; supports power supply redundancy, management module redundancy, switch matrix redundancy, fan redundancy, and link redundancy. The power supply module, fan modules and all the service boards of the whole system support hot-swap to ensure that the services are not interrupted. Dual engines back up for each other to ensure that core switching platform has telecom-level reliability.

 

Supports rich IPv6/MPLS technologies; provides NP-based distributed hardware IPv6

forwarding mode which can realize the processing of IPv6 packets and in-board and intro-board line rate forwarding of IPv6 packets to avoid centralized forwarding bottlenecks and delay problems, provide effective protection for large-scale commercial use of IPv6, and meet different IPv6 applications.

 

Adopts excellent security design; supports SNMP V3 based on user security policy, MAC+IP+VLAN binding, and 802.1X authentication; supports anti network storm attack, anti DOS/DDOS attack, anti-scan pry attack, anti freaky packet attack, and anti network protocol packet attack to prevent attack and virus. It is fit for large-scale, multi-service, and complicated flow access network.

 

 

According to 10^oC rule, the reliability and life of semiconductor chip are related with working temperature. The working temperature increases 10^oC and the reliability of semiconductor reduces a half, while working temperature and power consumption are in proportional. The maximum power consumption of MyPower S6800-5/S6800-12 carrier class 10G core routing switch is lower than 1800W, which makes the temperature of the board card semiconductor chip low. Therefore, the lower power consumption design improves the use life and stable running of high-end devices and saves running energy consumption of devices.

 

 

MyPower S6800-5/S6800-12 carrier class 10G core routing switch adopts 19" standard chassis, which can be installed on standard rack. The optimized structure design has the features of anti shake, anti high temperature, anti electromagnetic radiation and easy to install/uninstall, which makes the device more stable and reliable.