Software features on SR66 series routers are introduced in eight volumes as the following:
l Access Volume: Configuration of interfaces and link layer protocols supported on the router.
l IP Services Volume: Configuration of IP-related features such as IP address, ARP, DNS, DHCP, IP performance, IP unicast routing, ACL, and IPv6 basics.
l IP Routing Volume: Configuration of routing protocols such as static route, RIP, RIPng, OSPF, OSPFv3, IS-IS, BGP, BGP4+ and routing policy.
l MPLS&VPN Volume: Configuration of MPLS and VPN related protocols such as MPLS, MPLS TE, GRE, MPLS L3VPN, and MPLS L2VPN.
l QoS Volume: Configuration of QoS related protocols and features supported on the router, such as traffic classification, policing, and shaping, QoS policy, congestion management, congestion avoidance, MPLS QoS and Frame Relay QoS.
l Security Volume: Configuration of security protocols such as AAA, user management, firewall, NAT, IPSec, IKE, RADIUS, and HWTACACS.
l System Volume: Configuration of system-related protocols and features such as basic system configuration, user login, file system management, system maintenance, NTP, SNMP, RMON, and VRRP.
Chapter 2 Feature Description
H3C SR66 Series Routers comprise two series: SR6602 and SR6608. SR6602 are centralized devices which can be used as distribution and access devices for service gateways with high performance and commercial business networks, and SR6608 are distributed devices which can be used as core, distribution and access devices for large networks, and core devices for small to medium-sized enterprise networks.
Table 2-1 Feature index of SR66 series routers
Functional module | Feature |
Access Volume | CPOS Interface | POS Interface | Ethernet Interface | WAN Interface |
Frame Relay | HDLC Interface | PPP (PPP, PPPoE) | Logical Interface |
IP Services Volume | ARP | DHCP (Server, Client) | DNS | IP Addressing |
IP Performance | IP Unicast Policy-Routing | IPv6 Basics | Adjacency Table |
Flow Classification | | | |
IP Routing Volume | IP Routing Overview | BGP | IS-IS | OSPF |
RIP | Routing Policy | Static Routing | IPv6 BGP |
IPv6 IS-IS | IPv6 OSPFv3 | IPv6 RIPng | IPv6 Static Routing |
MPLS&VPN Volume | MPLS Basics | MPLS TE | MPLS L2VPN | MPLS L3VPN |
GRE | L2TP | | |
QoS Volume | QoS | Frame Relay QoS | | |
Security Volume | AAA RADIUS HWTACACS | Firewall | ALG | PKI |
Session Management | NAT | ACL | IPSec |
SSH2.0 | | | |
System Volume | GR | VRRP | HA | Device Management |
NetStream | NTP | RMON | SNMP |
File System Management | System Maintaining and Debugging | Basic System Configuration | Information Center |
User Interface | | | |
2.3 Feature Description
In the PDF version of this manual, you can click the hyperlink in the “Operation and command manual” to access the operation and command manuals you are interested in. Press <Alt + ←> to return to the Feature Description page.
2.3.1 Access Volume
Table 2-2 Features in access volume
2.3.2 IP Services Volume
Table 2-3 Features in IP services volume
2.3.3 IP Routing Volume
Table 2-4 Features in IP routing volume
Feature | Operation and command manual | Feature description |
IP Routing Overview | IP Routing Overview IP Routing Table Commands | IP routing overview l IP routing overview l IP routing and routing table l Routing through a routing table |
BGP | BGP Configuration BGP Commands | A dynamic inter-AS route discovery protocol l Configuring BGP basic functions l Configuring BGP routing attributes l Configuring a large-scale BGP network |
IS-IS | IS-IS Configuration IS-IS Commands | An interior gateway protocol (IGP) used within an Autonomous System. It adopts the Shortest Path First (SPF) algorithm for route calculation. l Configuring ISIS basic functions l Configuring ISIS routing information control |
OSPF | OSPF Configuration OSPF Commands | An interior gateway protocol based on link state l Configuring OSPF basic functions l Configuring OSPF area parameters l Configuring OSPF network types l Configuring OSPF routing information management |
RIP | RIP Configuration RIP Commands | A simple Interior Gateway Protocol mainly used in small-sized networks l Configuring RIP basic functions l Configuring RIP advanced functions |
Routing Policy | Routing Policy Configuration Routing Policy Commands | Routing policy, used to change the route that network traffic passes. l Defining filtering lists l Configuring a routing policy |
Static Routing | Static Routing Configuration Static Routing Commands | A special route that is manually configured by the network administrator. The proper configuration and usage of static routes can improve a network’s performance and ensure bandwidth for important network applications. l Configuring a static route l Application |
IPv6 BGP | IPv6 BGP Configuration IPv6 BGP Commands | BGP4+ puts IPv6 network layer information into the attributes of Network Layer Reachable Information (NLRI) and NEXT_HOP. l Configuring BGP4+ basic functions l Controlling route distribution and reception l Configuring BGP4+ route attributes |
IPv6 IS-IS | IPv6 IS-IS Configuration IPv6 IS-IS Commands | Supports multiple network protocols, including IPv6 and supports two Type-Length-Values (TLVs) and a new Network Layer Protocol Identifier (NLPID) l Configuring IPv6-IS-IS basic functions l Configuring IPv6-IS-IS routing information control |
IPv6 OSPFv3 | IPv6 OSPFv3 Configuration IPv6 OSPFv3 Commands | OSPF protocol supporting IPv6 l Configuring OSPFv3 basic functions l Configuring OSPFv3 area parameters l Configuring OSPFv3 routing information management |
IPv6 RIPng | IPv6 RIPng Configuration IPv6 RIPng Commands | An extension of RIP-2 for IPv4 l Configuring RIPng basic functions l Configuring RIPng advanced functions |
IPv6 Static Routing | IPv6 Static Routing Configuration IPv6 Static Routing Commands | Special routes that are manually configured by network administrators work well in simple networks. l Configuring IPv6 static routes |
Return to Feature Index |
2.3.4 MPLS&VPN Volume
Table 2-5 Features in MPLS&VPN volume
Feature | Operation and command manual | Feature description |
MPLS Basics Configuration | MPLS Basics Configuration MPLS Basics Commands | l MPLS configuration basics l LDP overview l Configuring MPLS basic capability l Configuring PHP l Configuring a static LSP l Configuring MPLS LDP l Configuring LDP instances l Configuring MPLS TTL processing |
MPLS TE | MPLS TE Configuration MPLS TE Commands | l MPLS TE overview l Configuring MPLS TE basic capabilities l Creating MPLS TE tunnel over static CR-LSP l Configuring MPLS TE tunnel with dynamic signaling protocol l Configuring RSVP-TE advanced features l Tuning CR-LSP setup l Tuning MPLS TE tunnel setup l Configuring traffic forwarding l Configuring traffic forwarding tuning parameters l Configuring automatic bandwidth adjustment l Configuring CR-LSP backup l Configuring FRR |
MPLS L2VPN | MPLS L2VPN Configuration MPLS L2VPN Commands | Supports multiple link-layer protocols to provide L2VPN services based on different media on an MPLS network. l Configuring MPLS L2VPN l Configuring CCC MPLS L2VPN l Configuring SVC MPLS L2VPN l Configuring Martini MPLS L2VPN l Configuring Kompella MPLS L2VPN |
MPLS L3VPN | MPLS L3VPN Configuration MPLS L3VPN Commands | MPLS VPN is a L3VPN technology based on PE in a VPN solution for carriers. |
