LS-S5800-56C-EI-M 48-port Gigabit 4-port 10 Gigabit uplink Layer 3 core switch
Function:QoS, VLAN Support
Place of Origin:Guangdong, China
- Dimensions (W x D x H):440*460*43.6mm
Packaging & Delivery:
Lead Time :
1 - 1
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Product Description:Supported FeaturesS5800-32C-EIS5800-56C-EIS5800-56C-EI-MSwitching capacity758Gbps/7.58TbpsPacket forwarding rate (machine)333Mpps369Mpps369MppsDimensions (width × depth × height) (unit: mm)440×460×43.6440× 460 ×43.6440× 460 ×43.6Weight≤ 9kg≤ 9.5kg≤ 9.5kgManagement serial port1 serial Console, 1 Mini USB Console port, both can only use one at a time, Mini USB Console has higher priority than serial
ConsoleManagement network port1USB1Front Panel Service Port Description24 10/100/1000Base-T Ethernet ports, 4 1G/10Gbps SFP+ ports48 10/100/1000Base-T Ethernet ports, 4 1G/10Gbps SFP+ ports48 10 /100/1000Base-T Ethernet port, 4 1G/10Gbps rate SFP+ portsExpansion slot2 Slot expansion slots2 Slot expansion slots2 Slot expansion slotsLink aggregationSupports1G/10G/40G port aggregationSupport static aggregationSupport dynamic aggregationSupport cross-device aggregationPort FeaturesSupport 802.3x flow control (full duplex)Supports storm suppression based on port rate percentageSupport PPS-based storm suppressionSupport bps-based storm suppressionJumbo Framesupports a maximum frame length of 10,000MAC address tableSupports black hole MAC addressSupports setting the maximum number of port MAC addressesVLANsupports port-based VLANVLAN supporting IP subnetSupport protocol VLANSupport MAC VLANSupport QinQ, flexible QinQSupport for Voice VLANDHCPsupports DHCP ClientSupport DHCP SnoopingSupport DHCP RelaySupport DHCP ServerSupport DHCP Option82DNSsupports static domain name resolutionSupport dynamic domain name resolution clientSupport for IPv4 and IPv6 addressesIRF2 intelligent elastic architecturesupports IRF2 intelligent elastic architectureSupport distributed device management, distributed link aggregation, distributed elastic routingSupports stacking through standard Ethernet interfaces, and supports 2-9 stacks.Support local stacking and remote stackingIP routingSupports IPv4/IPv6 static routingSupport RIPv1/v2, /RIPngSupport OSPFv1/v2, OSPFv3Support BGP, BGP4+Support ISIS, ISISv6Support equal cost routing, policy routingSupport VRRP/VRRPv3Multicastsupport IGMP SnoopingSupport MLD SnoopingSupport for multicast VLANSupport PIM SMSupport PIM DMSupport MSDPSupport for two-way PIMMPLSsupports MPLS forwarding, including MPLS LER/MPLS LSRSupport LSPSupport LDPSupport MPLS TESupport L2VPNSupport L3VPNSupport VPLSSupport MCEMirrorsupport port mirroringSupport N:1 port mirroringSupport N: 4 port mirroringSupport for remote mirroringOAMsupports 802.1agSupport 802.3ahLayer 2 ring network featuresSupport STP/RSTP/MSTP protocolSupport SmartLinkSupport RRPPSupport ERPS Ethernet Ring Protection Protocol (G.8032)QoS/ACLsupports 802.1p/DSCP priority markingSupport L2 (Layer 2) ~ L4 (Layer 4) packet filteringSupport 8 queues per portSupport SP/WRR/SP+WRR/WDRR/WFQ queue schedulinSupport WREDSupports port-based rate limiting with a minimum granularity of 8KbpsSupport for stream-based redirectionSupport for time-based ACLsSecurity featuresSupport user hierarchical management and password protectionSupport for port-based authentication and MAC-based authenticationSupport AAA certificationSupport Radius certificationSupport HWTACACSSupport SSH2.0Support port isolationSupport Portal authenticationARP detection can be performed based on DHCP snooping security entries, 802.1x entries, or IP/MAC static binding entries.Support port securityDHCP snooping can be supported to prevent fraudulent DHCP serversSupport IP/Port/MAC binding functionSupport for HTTPsSupports plain text and MD5 cipher text authentication for OSPF and RIPv2 packets.Support PKI (Public Key Infrastructure)Support EADManagement and maintenanceSupport Xmodem/FTP (File Transfer Protocol)/TFTP (Trivial File Transfer Protocol) to implement load upgradeSupport for command line interface (CLI) configurationSupport Telnet remote configurationSupport through the console port configurationSupport SNMP (EImple Network Management Protocol)Support RMON (Remote Monitoring) alarms, events, and historySupport iMC network management systemSupport system logSupport hierarchical alarmSupport IRFSupport NTPSupport power, fan, temperature alarmSupport debugging information outputSupport Ping, TracertSupport Telnet remote maintenanceSupport NQA支持802.1agSupport 802.3ahSupport DLDPSupport for Virtual Cable TestInput VoltageLSVM1AC300 AC Power Module:
Rated voltage range: 100V~240V AC, 50~60Hz
Maximum voltage range: 90V~264V AC, 47~63Hz
LSVM1DC300 DC power supply mode:
Rated voltage range: -48V~-60V DC
Maximum voltage range: -36V~-72V DCStatic power consumptionAC：78WAC：86WAC：91WDC：78WDC：89WDC：91WMaximum power consumptionAC：178WAC：185WAC：208WDC：163WDC：173WDC：201WWorking environment temperature0℃～45℃Working environment relative humidity (non-condensing)5%～95%
Large entries (table entries are dynamically adjustable)
The host of the H3C S5800-EI series has flexible expansion of large-scale entries. It can meet the user access requirements of large devices in the campus and meet the dual-stack user access requirements of IPV4/IPV6. At the same time, specific hosts support off-chip expansion. Capabilities can implement larger MAC entries, routing entries, and so on.In addition, the S5800-EI series switches can dynamically adjust the entries of the entries. You can use the command line to implement different entry modes to meet the networking requirements of different users.
Open multi-service architecture (dual OAP card)
Based on the H3C Open Service Architecture (OAA), the H3C S5800-EI series switches not only provide the functions of traditional switches, but also integrate high-performance dual OAP module cards including FW, IPS, and load balancing to make the S5800EI switch a fusion. Multi-service hosting platform.
MACsec hardware encryption
Macsec is a link layer security protocol for Hop by Hop that is very suitable for Ethernet. It implements the following three functions:
1) Message Encryption: The encryption text and the key are used to change the plaintext into garbled ciphertext, which is difficult to decrypt even if it is eavesdropped.
2) Anti-replay attack: Prevents hackers from intercepting the packets received by the destination host and sending them to the destination host again to achieve the purpose of deceiving the destination host, such as identity authentication.
3) Anti-tampering: Prevent hackers from tampering with the original message content to achieve ulterior motives.
Macsec implementation is divided into two modes:
1) Host-oriented mode: The first hop protection for the terminal to access the network.
2) Device-oriented mode: protection of interconnected links between user equipments.
The H3C S5800EI series switches integrate MACsec security encryption with our inode smart client and core switches (S10500, S75E) to build a complete MACsec solution.
High performance port expansion capability
The H3C S5800-EI series switches are solidified with four 10 Gigabit optical ports to provide the most cost-effective port combination to achieve the lowest cost interconnection solution and meet the user's 1:1 non-converged network deployment requirements.
The H3C S5800-EI series switches support rich and flexible port expansion boards, including 8-port 10 Gigabit optical/electric expansion boards, 2-port 10 Gigabit optical/electrical interface boards, and 2-port 40G expansion boards. Supports 14 10G ports or 4 40G ports to achieve high-density, high-performance port expansion capability, meeting the needs of large-scale network aggregation or small and medium-sized network core deployment, and configuration requirements for opto-electric hybrid networking.
IRF2 (Second Generation Intelligent Resilient Architecture)
The H3C S5800-EI series switches support IRF2 (second-generation intelligent elastic architecture) technology to support high-bandwidth stacking. IRF2 connects multiple physical devices to each other and makes them virtual as a logical device. You can think of these multiple devices as a single device for management and use. IRF can bring the following benefits to users:
After simplifying the management of the IRF architecture, you can connect to any port on any device to log in to a unified logical device. By configuring a single device, you can manage the entire intelligent elastic system and all member devices in the system without using it. Physically connect to each member device to configure and manage them separately.
The various control protocols running in the logical device formed by the simplified service IRF are also uniformly operated as a single device. For example, the routing protocol is uniformly calculated as a single device, and the cross-device link aggregation technology can replace the original generation. The tree protocol, which eliminates the interaction of a large number of protocol packets between devices, simplifies network operation and shortens the convergence time of network turbulence.
Flexible expansion can be flexibly expanded according to user needs to ensure user investment. The newly added device can be hot swapped when it joins or leaves the IRF architecture, and does not affect the normal operation of other devices.
High reliability The high reliability of IRF is reflected in three aspects: link, device and protocol. The physical port of the member device supports the aggregation function. The physical connection between the IRF system and the upper and lower devices also supports the aggregation function. This improves the reliability of the link through multi-link backup. The IRF system consists of multiple member devices. Once the master device fails, the system will automatically elect a new master to ensure that the service through the system is not interrupted, thus achieving device-level 1:N backup; the IRF system will have real-time protocol hot backup function responsible for the configuration information of the protocol. Back up to all other member devices to achieve 1:N protocol reliability.
High performance For high-end switches, performance and port density gains are limited by the hardware architecture. The performance and port density of the IRF system is the sum of the performance and port count of all devices within the IRF. Therefore, the IRF technology can easily increase the switching capacity of the device and the density of the user port by several times, thereby greatly improving the performance of the device.
SDN (software defined network)
Software Defined Network (SDN) is an innovative network architecture system. Its core technology Openflow passes the control layer of the network and The data forwarding layer is separated, which greatly simplifies the management and maintenance of the network. More importantly, it realizes flexible control of network traffic and provides a good network platform for innovation of core networks and applications. The S5800-EI series switches support large-scale flow tables. The H3C SDN controller can easily implement large-scale Layer 2 architecture networking and provide users with fast user-added functions. This greatly reduces the difficulty of network management and significantly reduces the difficulty. The cost of network maintenance.
Multi-service support capability
The H3C S5800-EI series switches support Multi-VRF and can be used as MCE devices. It supports Layer 3 MPLS VPN and Layer 2 MPLS VPN (Martini, Kompella) and cooperates with H3C MPLS VPN Manager to implement graphical MPLS deployment. And maintenance. Full support for VPLS features, providing end-to-end Layer 2 VPN access solutions, supporting MPLS/VPLS full line rate forwarding, meeting VPLS scale deployment requirements.
Complete security control strategy
The H3C S5800-EI series switches support the EAD (Terminal Admission Control) function. The back-end system can integrate terminal security measures such as terminal anti-virus and patch repair with network security measures such as network access control and access control to form a coordinated security. The system, through the inspection, isolation, repair, management and monitoring of the network access terminal, makes the entire network become passive defense for active defense, change single point defense for comprehensive defense, and decentralized management for centralized policy management, improving network to virus The overall defense capabilities of emerging security threats such as worms.
The H3C S5800-EI series switches support centralized MAC address authentication, 802.1x authentication, and PORTAL authentication. They support dynamic or static binding of user IDs such as user accounts, IP, MAC, VLAN, and port, and implement user policies (VLAN, QoS). Dynamic release of ACLs; support for real-time management of online users with H3C's iMC system, timely diagnosis and disintegration of network illegal behavior.
The H3C S5800-EI series switches provide enhanced ACL control logic, support for large-capacity ingress and egress port ACLs, and support VLAN-based ACL delivery. This simplifies the user configuration process and avoids the waste of ACL resources. In addition, the S5800-EI series will also support unicast reverse path lookup technology (uRPF). The principle is that when a packet is received on an interface of the device, the path is reversely searched to verify whether there is a packet from the receiving interface. The routing between the source addresses is verified, and the authenticity is verified. If it does not exist, the data packet is deleted, so that we can effectively eliminate the increasingly widespread source address spoofing in the network.
The H3C S5800-EI series is a new generation of green energy-saving Ethernet switches of H3C. It adopts various green energy-saving designs, including auto-power-down. If the interface status is always down for a period of time, the system automatically stops. The interface is powered and automatically enters the energy-saving mode. The EEE energy-saving function is supported. If the port is idle for a continuous period of time, the system will set the port to the energy-saving mode. When a packet is sent or received, the port will wake up through the monitored stream that is sent periodically. Recover business, achieve energy-saving effects, and meet the EU RoHS standards for environmental protection and safety of materials.
Multiple reliability protection
The S5800-EI series switches have multiple reliability protections at the device level and link level.
The S5800-EI series switches support pluggable AC and DC power modules and pluggable dual-fan reliability. The AC or DC power modules can be flexibly configured according to the requirements of the actual environment. In addition, the S6800-EI series supports power and fans. Fault detection and alarms can automatically adjust the fan speed according to temperature changes. These designs make the equipment more reliable.
In addition to device-level reliability, the product also supports a variety of link-level reliability technologies, including protection protocols such as LACP/STP/RSTP/MSTP/Smart Link/RRPP fast ring network protection mechanism, and supports IRF2 intelligent elastic architecture. : N redundancy backup, which supports ring stacking and supports link aggregation across devices. This greatly improves network reliability. When the network carries multiple services and large traffic, it does not affect the convergence time of the network.
Rich QoS strategy
The H3C S5800-EI series switches support L2 (Layer 2) to L4 (Layer 4) packet filtering, providing source MAC address, destination MAC address, source IP address, destination IP address, TCP/UDP port number, and protocol type. VLAN traffic classification. Provides a flexible pair scheduling algorithm that can be set based on ports and queues at the same time. It supports five modes: SP (Strict Priority), WRR (Weighted Round Robin), SP+WRR, WFQ, and WDRR. Supports the CAR (Committed Access Rate) function with a minimum granularity of 8Kbps. Supports port mirroring in both directions. It is used to monitor packets on the specified port and copy the packets on the port to the monitoring port for network detection and troubleshooting.
The H3C S5800-EI series switches support a variety of management interfaces, such as the console port, the mini usb port, and the outband network management port. The SNMPv1/v2/v3 (Simple Network Management Protocol) supports the common network management platform such as Open View and iMC intelligent management. center. Support CLI command line, TELNET, make device management more convenient, and support encryption methods such as SSH2.0, making management more secure.
The H3C S5800-EI series switches support SPAN/RSPAN/ERSPAN mirroring and multiple mirrored observing ports. The network traffic can be analyzed to take corresponding management and maintenance measures, so that the invisible network service application traffic can be seen at a glance. A variety of network flow analysis reports help users optimize network structure and adjust resource deployment in a timely manner.
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