Switch type : Managed
Switch layer : L2
Web-based management : Yes
Basic switching RJ-45 Ethernet ports quantity : 8
Combo SFP ports quantity : 4
SFP/SFP+ slots quantity : 4
10G support : No
Port mirroring : Yes
Flow control support : Yes
Link aggregation : Yes
Broadcast storm control : Yes
Rate limiting : Yes
Spanning tree protocol : Yes
Data rate : 10/100/1000 Mbps
Switching capacity : 24 Gbit/s
Address table size : 16000 entries
Jumbo frames support : Yes
Access Control List (ACL) : Yes
IGMP snooping : Yes
MAC address filtering : Yes
SSH/SSL support : Yes
Stackable : Yes
Mean time between failures : (MTBF)320302 h
Power supply PoE : No
Operating temperature (T-T) : 0 – 65 °C
Storage temperature (T-T) : -25 – 70 °C
Operating relative humidity (H-H) : 10 – 99%
Weight : 3.4 kg
Transfer rate : 17.8 Mbit/s
Dimensions : 438 x 225 x 44.5 mm
Power requirements : 100 – 240 V AC, 50/60 Hz
Network interface : Gigabit Ethernet
GST @18% is applicable.
In a smart package, the ZyxEL MGS-3712 Gigabit Ethernet switches provide Layer 2 switching capability. The MGS-3712 features 4 dual-personality GbE ports (GbE SFP+ 1000Base-T) and 8 copper GbE ports with a 24 Gbit/s non-blocking switching fabric.
In addition, the MGS-3712 features robust security, QoS and management features, a high performance hardware platform, advanced L2/L3/L4 functions and intelligent connectivity to essential business applications. . It is possible to separate customer traffic from internal core network signaling traffic by incorporating new features such as VLAN stacking, also known as VLAN tunneling.
In order to meet Metro Ethernet requirements, the exterior cabinet design known as “Front Access” has been added to the MGS-3712; and a variety of adaptable power sources, such as dual-input AC/DC, free the customer from plug constraints. Additionally, the PWM control fan module improves reliability, extends MTBF and reduces noise.
The mechanical parts of the cabinet are connected to the management network by an external alarm input/output block, and the protection against high temperature and humidity allows the network to extend more widely.