Basic Info.
Model NO.
S6800-54XC
Ports
≧48
Multi-Gigabit
10 Gigabit Speed
Transport Package
Carton
Specification
CE/EMC, CE/LVD, FCC Certification
Trademark
OEM
Origin
Made-in-China
HS Code
8517623200
Production Capacity
500PCS Per Week
Packaging & Delivery
Package Size
55.00cm * 30.00cm * 5.00cm
Package Gross Weight
5.000kg
Product Description
S6800-54XC
48 port 10G Fiber Switch with 100G
48 port 10G Fiber Switch with 100G
| Overview
The S6800-54XC switch is a high-performance and high-density 10G fiber switch independently developed by our company. The whole device adopts an advanced hardware structure design and a hot-swap power supply redundancy design. It can support a maximum of 48*10G SFP+ ports, 2* 40G and 4* 100G uplink ports, provide
full-port L2/L3 wire-speed forwarding capability, support IPV6, and have rich business features and powerful functions such as ACL policy, flexible Q-IN-Q, MPLS, and network security protection. At the same time, the product has the highest 10 Gigabit port density and maximum switching capacity of the same grade equipment in the industry, and supports wire-speed forwarding of all ports. At the same time, the 10G port supports flexible access of GE and 10GE , and automatically recognizes the type of optical module installed, thereby maximizing the protection of user investment and ensuring the flexibility of use.
The S6800-54XC switch support elastic stacking function, which virtualizes multiple devices into one logical entity, which can not only meet the expansion of ports and switching capacity, but also realize the unified management, upgrade, and maintenance of multiple devices. In response to the requirements of large data traffic and
non-blocking transmission in the data center, the product can provide a strong cache capacity, and support an advanced cache scheduling mechanism to ensure the maximum effective use of the device cache capacity. It is designed to meet the high-density and high-bandwidth network application requirements of next-generation enterprise networks, data centers and metropolitan area networks. It can be applied to network operators or campus Ethernet aggregation layer or access layer, and can also be used as data center access layer, small and medium-sized enterprise core layer, and provides rich server access solutions for data centers.
| Features
S6800-54XC
- 48* 10G SFP+ port
- 2*40G QSFP ports
- 4*100G QSFP28 ports
- 1+1 hot-swap redundant power supply
- Two hot-swap fans;
High-density 10G fiber access
With the popularity of the application server network card rate from Gigabit to 10G, new requirements are put forward for the port bandwidth and access density of the network access layer switches. S6800-54XC data center access switch can provide fixed 48* 10G optical ports and can provide 4*100G high-speed uplink ports. The port combination fully satisfies the port combination and density requirement of data center construction for access- layer switches
Carrier-level high availability
S6800-54XC switch not only supports the traditional STP/RSTP/MSTP spanning tree protocol, but also supports the G.8032 international standard ERPS protocol issued by ITU-T. This standard can realize 50ms fast loop recovery under Ethernet ring network. One switch can connect to multiple aggregation switches through multiple links, significantly improving the reliability of access devices.
Perfect security mechanism
Adopt hardware-based packet-by-packet forwarding mechanism, which can effectively detect and filter characteristic packets
Support ACL security filtering mechanism, which can provide security control functions based on user MAC, IP, L4 port and port level
Supports automatic protection against ARP attacks based on MAC addresses and automatic user blocking functions Supports automatic protection against DHCP attacks based on MAC addresses and user blocking functions
Support various device protection functions such as anti-DDoS, CPU overcurrent protection, CPU queue flow control
Support ACL security filtering mechanism, which can provide security control functions based on user MAC, IP, L4 port and port level
Supports automatic protection against ARP attacks based on MAC addresses and automatic user blocking functions Supports automatic protection against DHCP attacks based on MAC addresses and user blocking functions
Support various device protection functions such as anti-DDoS, CPU overcurrent protection, CPU queue flow control
and VRRP
Support DHCP snooping/IP source Guard/802.1X and other security features to effectively ensure the availability of users, devices and networks
Support link protection functions such as BFD, FlexLink, dynamic link aggregation and Ethernet ring network Support remote loop detection function
Supports multiple Ethernet link detection mechanisms such as CFM and EFM
Support remote user authentication based on Tacacs+, Radius, and Local local user authentication, which can realize user hierarchical management and effectively ensure the security of device management users
IPv4/IPv6 Dual-Stack Multi-Layer Switching
Support line-rate IPv4/IPv6 dual-stack multi-layer switching Support IPv4 router protocol static routing
Support RIP, OSPFv3, BGP4+, and ECMP Supports IPv6 addressing
Support DHCP snooping/IP source Guard/802.1X and other security features to effectively ensure the availability of users, devices and networks
Support link protection functions such as BFD, FlexLink, dynamic link aggregation and Ethernet ring network Support remote loop detection function
Supports multiple Ethernet link detection mechanisms such as CFM and EFM
Support remote user authentication based on Tacacs+, Radius, and Local local user authentication, which can realize user hierarchical management and effectively ensure the security of device management users
IPv4/IPv6 Dual-Stack Multi-Layer Switching
Support line-rate IPv4/IPv6 dual-stack multi-layer switching Support IPv4 router protocol static routing
Support RIP, OSPFv3, BGP4+, and ECMP Supports IPv6 addressing
Full QoS policy and Q-in-Q for campus or carrier network
S6800-54XC fully implements the DIFFSERV model, provides up to 8 QoS queues, supports DSCP/TOS/802.1P and other QoS methods, SP, SRR, WRR, WFQ and hybrid scheduling and other priority queue scheduling algorithms, which can achieve port speed limit QoS functions such as traffic shaping to meet customer network requirements for data processing priority;support port trust, configurable trust CoS, DSCP, IP priority, port priority, and modify the DSCP and CoS values of data packets; according to the port , VLAN, DSCP, IP priority, ACL table to classify the traffic, modify the DSCP and IP priority of the data packet, and specify different bandwidths to provide different service quality for voice/data/video transmission in the same network. Support QinQ function, encapsulate the user's private network VLAN tag in the public network VLAN tag, so that the message will pass through the backbone network with two layers of VLAN tag to realize the intercommunication of the user's private network.
Centralized management
Support CLI command line management based on serial port, Telnet and SSHv2 Support RFC1213 SNMP (Simple Network Management Protocol)
Support WEB-based configuration operation management
Support WEB-based configuration operation management
| Specification
Model | S6800-54XC | |
| LAN port | 48* 10G SFP+ port | |
Uplink port | 2* 40GE QSFP optical ports 4* 100GE QSFP optical ports | |
| Mgmt port | 1* Console/1* USB | |
| Switching capacity | 1.92T | |
| Forwarding rate | 1428Mpps | |
| MAC address table | 128K | |
| Packet buffer | 9MB | |
| Routing table | 64K | |
| Memory | 32MB flash / 1G DDR | |
| Size | 437*390*44(mm) | |
| Power consumption | ≤180W | |
| Full weight | ≤ 8kg | |
Power | 1+1 Redundant power supply AC:100~240V,50/60Hz | |
| Cooling system | 2* hot-swappable smart fan(Fan speed control and alarm alert) | |
Temperature | Operating temperature:-15ºC~55ºC | |
| Storage temperature:-40ºC~70ºC | ||
Humidity | Working humidity:10%~90% ,Non-condensation | |
| Store humidity:5% ~ 95% ,Non-condensation | ||
| Software | ||
L2 switching | MAC Address | Manual add and delete MAC address table Manual configuration of MAC address aging time Port close MAC address learning function Support port MAC address quantity control Support port MAC address filtering function |
| VLAN | 4K VLAN 802.1Q Port, MAC and protocol based VLAN | |
| Spanning Tree | STP/RSTP/MSTP | |
| Port | Two-way bandwidth control | |
| Static and LACP dynamic aggregation port aggregation Multi-port mirroring Port storm suppression 9K Jumbo ultra-long frame forwarding | ||
Security | User security | Anti-ARP-spoofing spoofing protection Anti-ARP-flooding flooding attack automatic suppression IP Source Guard automatically creates IP+MAC+port+VLAN binding table Port Isolation hardware isolates messages between ports MAC address binding to port and port MAC address filtering User identity authentication of IEEE 802.1x and AAA/Radius |
Switch security | Prevent various DOS attacks and virus attacks against the CPU on the control layer SSHv2 Secure Shell SNMP v3 encryption management Security IP Telnet login and password mechanism Adopt maintenance user classification protection to prevent illegal intrusion by unauthorized users | |
Network security | ARP traffic detection based on each user's MAC address ARP message suppression or user blocking based on ARP traffic inspection One-key binding based on dynamic ARP table Manual binding of parameters such as IP address, VLAN ID, MAC address and port L2-L7 ACL flow filtering Port broadcast/multicast message suppression and automatic shutdown of dangerous ports DHCP Option82 and PPPoE+ mark upload user physical location information | |
Service | ACL | Standard and extended ACL ACL strategy based on time range (Time Range) Provide flow classification and flow definition based on IP header information such as source/destination MAC address, VLAN, 802.1p, ToS, DiffServ, source/destination IP (IPv4/IPv6) address, TCP/UDP port number, protocol type, etc. L2~L7 in-depth IP packet header 80-byte packet filtering |
QoS | Limit the rate of receiving and sending packets on the port or custom flow Message mirroring and message redirection for ports or custom flows Prioritize ports or custom streams, and provide 802.1P and DSCP priority Remark capabilities Advanced queue scheduling based on port or custom flow, 8 priority queues per port/flow, and multiple queue scheduling algorithms such as SP, WRR, SP+WRR, etc. | |
Layer2 Multicast | IGMPv1/v2/v3 Snooping | |
| Fast leave | ||
| Static IGMP snooping group | ||
| MVR(Multicast VLAN Registration) | ||
| Static and dynamic ARP entries | ||
ARP | Aging of ARP entries | |
| Gratuitous ARP | ||
| basic ARP-Proxy | ||
| local ARP-Proxy | ||
IPv4 | IPv4 Unicast Routing | IPv4 Static Routes |
| uRPF check | ||
| RIPv1/v2 | ||
| OSPFv2 | ||
| IS-IS | ||
| BGP | ||
| ICMP redirect | ||
| ICMP unreachables | ||
| ECMP | ||
IPv4 Multicast Routing | IGMPv1/v2/v3 | |
| IGMP-Proxy | ||
| IGMP SSM Mapping | ||
| PIM-SM | ||
| PIM-SSM | ||
| PIM-DM | ||
IPv6 | IPv6 Basic Protocol | ICMPv6 |
| NDP |
| PMTU | ||
IPv6 Unicast Routing | IPv6 Static Routes | |
| RIPng | ||
| BGP4+ | ||
| OSPFv3 | ||
| IS-IS | ||
| MLD v1/v2 | ||
| MLD v1/v2 Snooping | ||
Reliability | Loop protection | ERPS Loopback-detection |
Link protection | FlexLink RSTP/MSTP LACP Static link aggregation | |
| Redundancy | VRRP | |
Management | Network management | Telnet-based port real-time traffic, utilization, and statistics of received and sent packets LLDP Neighbor Discovery Protocol RMON (Remote Monitoring) 1, 2, 3, 9 MIB RFC3176 sFlow flow analysis, which can realize flow monitoring and statistics based on protocol or address Data log and RFC 3164 BSD Syslog Protocol Ping and Traceroute |
Device management | CLI, Console port, Telnet, SSH and WEB configuration management SNMP V1/V2c/V3 management SNTP protocol User classification authority |
