BDCOM SWITCH S3740
Ethernet routing switch with 32 gigabit Base-T ports and 8 10GE optical ports (1 Mini USB console port, 32 gigabit Base-T ports, 8 GE/10GE auto-adaptation SFP+ ports; the standard AC220V power supply, expanded dual power supply; the cooling fan, 1U, standard 19-inch rack-mounted installation)
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Description
Ethernet routing switch with 32 gigabit Base-T ports and 8 10GE optical ports (1 Mini USB console port, 32 gigabit Base-T ports, 8 GE/10GE auto-adaptation SFP+ ports; the standard AC220V power supply, expanded dual power supply; the cooling fan, 1U, standard 19-inch rack-mounted installation)
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| Item | S3740 | |||||
| Backplane | 256 Gbps | |||||
| Forwarding | 168 Gbps | |||||
| MAC table | 32K/64K | |||||
| Ports | 32 GE Base-T ports and 8 10GE optical ports | |||||
| POE/POE+ | Non-support | |||||
| Dimensions mm (W×D×H) | 442.5×330×44 | |||||
| Power supply | AC: 100V-240V, 50Hz±10% | |||||
| DC: -36V~-72V (POE doesn’t support the DC power supply.) | ||||||
| Dual power supply (optional) | ||||||
| Environment | Operating temperature/humidity: 0℃-50℃; 10%-90% non-condensing | |||||
| Storage temperature/humidity: -20℃-70℃; 5%-95% non-condensing | ||||||
| MAC exchange | Static configuration and dynamic MAC learning | |||||
| MAC browsing and removal | ||||||
| Configurable aging time of the MAC address | ||||||
| Limited number of learnable MAC addresses | ||||||
| MAC filtration | ||||||
| Black-hole MAC list | ||||||
| VLAN | 4K VLAN | |||||
| GVRP | ||||||
| 1:1 VLAN mapping and N:1 VLAN mapping | ||||||
| QinQ and flexible QinQ | ||||||
| Private VLAN | ||||||
| STP | 802.1D (STP), 802.1W (RSTP) and 802.1S (MSTP) | |||||
| BPDU protection, root protection, and loopback protection | ||||||
| Multicast | IGMP v1/v2/v3 | |||||
| IGMP Snooping | ||||||
| IGMP Fast Leave | ||||||
| Multicast group strategy and quantity limitation | ||||||
| Multicast flow copying over VLANs | ||||||
| PIM-SM and PIM-DM | ||||||
| IPv4 | Static routing, RIP v1/v2, OSPF, BGP | |||||
| Strategy routing | ||||||
| Load balance by equivalent routing | ||||||
| BFD for OSPF, BGP | ||||||
| IPv6 | ICMPv6, DHCPv6, ACLv6 and IPv6 Telnet | |||||
| IPv6 neighbor discovery | ||||||
| Path MTU discovery | ||||||
| MLD V1/V2 | ||||||
| MLD snooping | ||||||
| IPv6 Static Routing, RIPng, OSPFv3, BGP4+ | ||||||
| Manual tunnel, ISATAP tunnel, 6 to 4 tunnel | ||||||
| MCE | MCE | |||||
| MPLS VPN | LDP protocol | |||||
| MCE | ||||||
| P/PE of MPLS VPN | ||||||
| MPLS TE | ||||||
| MPLS OAM | ||||||
| QoS | Flow classification based on L2/L3/L4 protocols | |||||
| CAR flow limit | ||||||
| 802.1P/DSCP priority re-labeling | ||||||
| SP, WRR, and “SP+WRR” | ||||||
| Congestion avoidance mechanisms like Tail-Drop and WRED | ||||||
| Flow monitoring and flow shaping | ||||||
| Security features | L2/L3/L4 ACL flow identification and filtration | |||||
| DDoS attack prevention, TCP’s SYN Flood attack prevention, UDP Flood attack prevention, etc | ||||||
| Broadcast/multicast/unknown unicast storm-control | ||||||
| Port isolation | ||||||
| Port security, and “IP+MAC+port” binding | ||||||
| DHCP snooping and DHCP option 82 | ||||||
| IEEE 802.1x authentication | ||||||
| Radius, BDTacacs+ authentication | ||||||
| URPF | ||||||
| Level-based command line protection | ||||||
| Reliability | Power 1+1 backup | |||||
| Static/LACP link aggregation and cross service card link aggregation | ||||||
| EAPS | ||||||
| VRRP | ||||||
| GR for OSPF and BGP | ||||||
| BFD for OSPF and BGP | ||||||
| ISSU | ||||||
| Management | Console, Telnet, SSH 2.0 | |||||
| Web | ||||||
| SNMP v1/v2/v3 | ||||||
| TFTP | ||||||
| RMON | ||||||
| sFLOW | ||||||
| Energy saving | IEEE 802.3az | |||||
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