A type | Switch |
Ports | 2 x SFP+ |
100/1000/2500/5000/10000 Mbps | |
Switch Type | managed |
Number of ports | 14 |
Cooling | active |
A type | Switch |
Ports | 2 x SFP+ |
100/1000/2500/5000/10000 Mbps | |
Switch Type | managed |
Number of ports | 14 |
Cooling | active |
Fan Quantity | 2 pcs |
Switching matrix | 240 Gbit/sec |
MAC Address Table | 32 k |
Buffer Size | 3 MB |
Power consumption in the standby mode | 36.5 W |
Max. Power Consumption | 76.56 W |
Standards and Protocols | IEEE 802.3az |
Functions | DHCP |
Jumbo frames |
Rack-mountable |
Operating temperature | from 0˚ to 50˚C |
Dimensions, mm | 328 x 204 x 43 |
The weight | 2.51 g |
Warranty | -1 years |
Width | 460 mm |
Height | 100 mm |
Length | 270 mm |
Weight | 3.84 kg |
Volume | 0.0124 m3 |
Support low-latency, line-rate 10G Copper “BASE-T” technology with backward compatibility to Gigabit Ethernet and Fast Ethernet. Cost-effectively migrate current network to 10G capacity by utilizing the existing Cat 6 RJ45 short connections (up to 45m) and Cat 6a / Cat 7 connections up to 100m.
Providing flexibility to uplink to 10G-capable core or aggregation switches that support fiber links. Backward compatible to Gigabit fiber. Support copper or fiber modules.
Support line-rate 2.5G/5G ´´NBASE-T´´ technology with backward compatibility to Gigabit Ethernet and Fast Ethernet. Upgrade your current network without upgrading your existing cabling, thanks to Multi-Gigabit you will be able to run 5G and 2.5G over connections up to 100m.
Advanced controls for optimized network performance and better delivery of mission-critical traffic such as voice and video. Ingress and egress rate limiting allows for bandwidth shaping for mitigating network resources constraints or for optimizing guest access bandwidth on the network.
Port-based or 802.1p-based prioritization
Port-based ingress and egress rate limiting
For improved network efficiency on delivering multicast traffic. Save cost and improve network efficiency by ensuring multicast traffic only reaches designated receivers without the need of an extra multicast router.
Detect accidental network loops and protect against DoS (Denial of Service) attacks.
Segment network into smaller groups for more secure and efficient use of network resources.
Build up bigger bandwidth to support aggregated uplink/downlink traffic.
For maximum power savings and reduced energy costs.
For better and quicker network diagnostics and troubleshooting.