| Product Code: | |
| Options: | |
| Qty: | |
| Unit Price: | £ |
| Part No: | TL-SM5220-1M-C-QTM |
| Manufacturer No: | TL-SM5220-1M |
| Delivery: | In Stock: 2-3 Days |
 |
The CE TL-SM5220-1M TP-Link Compatible Direct Attach Copper Cable provides a 1m passive twin-ax connection with 10G SFP+ connectors at both ends. It supports 10Gbps data rates and is suitable for short-distance connections within racks or between adjacent racks. The cable uses silver-plated copper conductors and operates between 0 °C and 70 °C.
This direct attach cable provides 10Gbps connectivity through SFP+ connectors on both ends. It is intended for short-distance Ethernet connections between compatible networking equipment fitted with SFP+ ports.
The cable uses a passive twin-ax assembly with silver-plated copper conductors. This provides a direct electrical connection between the two SFP+ interfaces without using optical fibre.
With a 1m length, the cable is suitable for short connections within network racks and between adjacent racks. TP-Link specifies an overall cable length of 1,000mm.
The CE TL-SM5220-1M TP-Link Compatible Direct Attach Copper Cable provides a 1m passive twin-ax connection with 10G SFP+ connectors at both ends. It supports 10Gbps data rates and is suitable for short-distance connections within racks or between adjacent racks. The cable uses silver-plated copper conductors and operates between 0 °C and 70 °C.
This direct attach cable provides 10Gbps connectivity through SFP+ connectors on both ends. It is intended for short-distance Ethernet connections between compatible networking equipment fitted with SFP+ ports.
The cable uses a passive twin-ax assembly with silver-plated copper conductors. This provides a direct electrical connection between the two SFP+ interfaces without using optical fibre.
With a 1m length, the cable is suitable for short connections within network racks and between adjacent racks. TP-Link specifies an overall cable length of 1,000mm.
Product data is provided by Icecat, we do not warrant the accuracy of the material above.
