| Title | Size | Downloads |
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| About the H3C S12500 Configuration Guides-book(chm).rar | 9.87 MB |
- Table of Contents
About the H3C S12500 configuration guides
The H3C S12500 configuration guides describe the software features for the H3C S12500 Series Routing Switches, and guide you through the software configuration procedures. These configuration guides also provide configuration examples to help you apply the software features to different network scenarios.
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Configuration guide |
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Describes how to use the command line interface of the switch, log in to and set up the switch, and use the basic management functions. This guide includes: · CLI · RBAC · Login management · FTP and TFTP · File system management · Configuration file management · Software upgrade · ISSU · Emergency shell · Automatic configuration · Device management · MDC · TCL · License management |
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Describes the H3C proprietary Intelligent Resilient Framework (IRF) technology, which provides data center class availability and scalability. IRF creates a large virtual device from multiple switches. The switches that form the IRF virtual device work in 1:N redundancy and appear as one unit in the network. IRF improves management efficiency and streamlines network topologies. It is suitable for highly reliable enterprise networks and data centers. |
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Covers the configuration of various interfaces. This guide includes: · Ethernet interface · Loopback and null interface · Bulk interface |
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Covers Layer 2 technologies and features used on a LAN switched network, such as VLAN technology, port isolation, and spanning tree. You can use these features to divide broadcast domains, remove Layer 2 loops, isolate users within a VLAN, re-mark VLAN tags, implement VLAN VPNs over the Internet, and so on. This guide includes: · MAC address table · Ethernet link aggregation · Port isolation · Spanning tree · Loop detection · VLAN · QinQ · VLAN mapping · LLDP |
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Describes IP addressing (including static and dynamic IPv4 and IPv6 address assignment), network performance optimization, and ARP. This guide includes: · ARP · IP addressing · DHCP · DNS · IP forwarding basics · Adjacency table · IP performance optimization · UDP helper · IPv6 basics · DHCPv6 · IPv6 fast forwarding · Fast forwarding · Tunnel · GRE |
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Covers the routing technologies for IPv4 and IPv6 networks of different sizes, route filtering, route control, and policy based routing. This guide includes: · IP routing basics · Static routing · RIP · OSPF · IS-IS · BGP · Policy-based routing · IPv6 static routing · RIPng · OSPFv3 · IPv6 IS-IS · IPv6 policy-based routing · Routing policy |
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Covers Layer 3 multicast protocols IGMP/MLD and PIM/IPv6 PIM, and Layer 2 multicast protocol IGMP snooping. This guide includes: · Multicast overview · IGMP snooping · Multicast routing and forwarding · IGMP · PIM · IPv6 multicast routing and forwarding · MLD · IPv6 PIM |
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This guide includes: · Basic MPLS · Static LSP · LDP · MPLS L3VPN · MPLS L2VPN · MPLS OAM |
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Describes how to classify traffic with ACLs, and allocate network resources and manage congestions with QoS technologies to improve network performance and network use efficiency. You can use ACLs to help other function modules (such as QoS and IP routing) classify or filter traffic. This guide includes: · ACL · QoS · MPLS QoS · Data buffer · Time range |
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Covers security features. The major security features available on the switch include: identity authentication (AAA), secure management (SSH), and attack protection (IP source guard, ARP attack protection, MFF, and URPF). This guide includes: · AAA · ARP attack protection · IP source guard · SSH · uRPF · Public key · Password control |
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Describes high availability technologies and features available on the switch for failure detection and failover. Failure detection technologies focus on fault detection and isolation. Failover technologies focus on network recovery. This guide includes: · Ethernet OAM · DLDP · VRRP · BFD · Track · Process placement |
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Describes features that help you manage and monitor your network, for example, manage system events, collect traffic statistics, sample packets, assess network performance, and test network connectivity. This guide includes: · System maintenance and debugging · NTP · SNMP · Mirroring · sFlow · Information center · Process monitoring and maintenance |
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Describes Ethernet Virtualization Interconnect (EVI) fundamentals and configuration. |
