• The uncongested large-volume design supports wire-speed forwarding. The bandwidth of the backplane is 3.2G respectively.

• This series of switches can be managed in multiple modes such as WEB and snmp.
• The straight-through cable and the intercrossed cable can be automatically identified.
• Software upgrade can be conducted through the WEB page.
• The configuration can be backed up or resumed through the WEB page.

• The broadcast storm can be automatically detected and limited, which effectively prevents the flooding of broadcast packets.
• Anti-thunder design and high-voltage tolerance.
• The flow control can be realized in full-duplex mode or half-duplex mode.
• The detection of IGMP packets is supported.
• The rate limitation in a step of 32K or 512K is supported on the Ethernet interface.

• Supporting advanced buffer management and the 802.1p protocol.
• Supporting priority policies such as FIFO, SP and WRR.
• Identifying fields such as the ToS and DSCP fields.
• Setting interface priority and multiple QoS priority ratios flexibly according to actual requirements.

Security & reliability:

• Supporting the SSTP and RSTP protocols.
• Supporting MAC binding and security control on an interface.
• Supporting L4 data filtration based on the UDP or TCP interface.
• Supporting loopback detection of the port, which automatically detects and closes those ports when loopback occurs on these ports and
  automatically resumes communications when loopback disappears on these ports.

Mute design:

• Fan is not needed in case of the super-low voltage design, and unnecessary noise will therefore be prevented.

• Port: 8 10/100M TX

• Backplane bandwidth: 3.2 Gbps
• Forwarding Rate: Full wire-speed filtering and forwarding
• Switching Mode: Store-and-forward
• MAC Address Table Size: 4 K
• Spanning tree protocol: SSTP, RSTP
• Flow control: The backpressure is adopted in halfduplex mode, while 802.3x is adopted in full-duplex mode. The step of rate limitation is 32K or 512K.
• Security control: MAC address binding L4 data filtration based on the UDP or TCP interface.
• Broadcast control: The broadcast storm is constrained. When the threshold value for controlling the broadcast storm is reached, the broadcast packets are stopped from being forwarded.
• QoS: Supporting priority policies such as FIFO, SP and WRR. Supporting the queuing policy based on the DSCP, 802.1P and TCP/UDP interfaces.
• Interface binding: Four interfaces can be bound in a group through dynamic LACP or static aggregation, and two groups can be supported
  simultaneously.
• VLAN: Port-based VLAN 802.1Q VLAN, supporting 20 VLANs, 1-4094 random dividing.
• Broadcast function: IGMP snooping v1, v2.
• Network management: Remote management through WEB page, SNMPv1 management and SNMPv2 management.

• Power: Up to 9W
• Power characteristics: AC current: 110-260V(autoadaptable), 47-63Hz, 1A/230V, or 60V broadcast & TV power

• Dimensions (LxWxH) (mm): 280x180x44mm
• Weight: 2kg

• Operating Temperature: 0 ~ 50°C
• Non-operating Temperature: -40 ~ 70°C
• Humidity: 0 ~ 90% (no condensing)