D-link Dem-410cx 1-port 10gbps 1000basecx4 Uplink Module For Dgs-34xx Switch
No Longer Available
The D-Link® 1-Port 10-Gigabit CX4 Module (DEM-410CX) provides the SMB and Enterprise with a cost-efficient, low-latency, 10-Gigabit network connection utilizing a twin-axial copper cable. Significantly lower in cost than fiber cable, copper cable supports distances ranging up to five meters, ideal for stacking switches in wiring closets.
The DEM-410CX slides into an open slot of the DGS-3400 and DGS-3600 Series switches. The module provides high bandwidth of 20Gbps in full-duplex mode. It can be used to stack the DGS-3400 and DGS-3600 Series (DGS-3627, DGS-3627G and DGS-3650) switches together in a high bandwidth stacking scheme or used to uplink the DGS-3400/3600 Series switches to a core chassis switch.
The 1-Port 10-Gigabit CX4 Module (DEM-410CX) is an ideal solution for high-bandwidth network connections in high-performance computing clusters and for stacking switches in short distances within wiring closets.
Name | Value |
---|---|
Accessory Type | N/A |
Compatible/Used for | DGS-3400 / DGS-3600 / DWS-4026 |
Features | |
Product Type | |
Warranty | Lifetime |
D-Link DEM-410CX
The D-Link 1-Port 10-Gigabit CX4 Module (DEM-410CX) provides the SMB and Enterprise with a cost efficient, low-latency, 10-Gigabit network connection utilizing a twin-axial copper cable. Significantly lower in cost than fiber cable, copper cable supports distances ranging up to 5 meters, ideal for stacking switches in wiring closets.
The DEM-410CX slides into an open slot of the DGS-3400 and DGS-3600 Series switch. The module provides high bandwidth of 20Gbps in full-duplex mode. It also can be used to stack the DGS-3400 (DGS-3426P, DGS-3427 and DGS-3450) or DGS-3600 Series (DGS-3627, DGS-3627G and DGS-3650) switches together in a high bandwidth stacking scheme or used to uplink the DGS-3400/3600 Series switches to a core chassis switch.
The 1-Port 10-Gigabit CX4 Module (DEM-410CX) is an ideal solution for high-bandwidth network connections in high-performance computing clusters and for stacking switches in short distances within wiring closets.