Fengine S7800 series switches are next-generation high-end terabit routing switch-es developed by FiberHome for service providers and enterprise networks. The S7800 provides high density of GE ports and 10GE ports, and supports intelligent network optimizations using MPLS, traffic analysis, comprehensive QoS, multicast, load balancing, and security as well as high-performance of Layer 2 to Layer 4 switching.In addition, S7800 adopts high-reliability technologies such as non-stop forwarding, ring protection, redundant control and power supply. It can be deployed in various scenarios, such as core and convergence layer of WANs, MANs campus networks, and data centers.

FEATURES AND BENEFITSSCENARIOSTECHNICAL SPECIFICATIONS     

Carrier Grade Reliability

The S7800 adopts redundant design of key components, such as main control, power supply, fan and monitoring. The seamless switching can

be achieved via the redundant main control card. All cards are hot swappable to make sure that service could not be interrupted when switcho-

ver to redundant parts.

And S7800 provides enhanced Ethernet reliability technologies such as STP/RSTP/MSTP, VRRP, R-link, Ethernet Ring Protection Switching

(G.8032) at millisecond-level protection switchover to ensure link-level reliability.

The S7800 also supports 802.1ag,802.3ah and Y.1731 Ethernet OAM standards and BFD to make sure that it is 99.999% reliable.

Excellent Security Design

The S7800 offers a comprehensive ACL security solution including standard ACL, extended ACL.

It also supports MPLS VPN, as well as MPLS OAM to insure the data security and robustness.

And subscriber security are protected by DHCP

Snooping, ARP Inspection. IP Source Guard can be used to identify each customer based on MAC,

IP address and port information to help prevent malicious attack.

High-performance IPV6 Service Support

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The S7800 supports IPv4/IPv6 dual stack.IPv6 wire-rate processing is achieved by hardware forwarding.

And it supports other IPv6 features,

such as tunneling, IPv6 static routes, RIPng, OSPFv3, BGP4+, IS-ISv6, and IPv6 PIM, IPv6 ACL.

to meet the requirements of independent IP networks andIPv4/IPv6 integrated networks.