Wicked Wired
5m Green CAT6 UTP RJ45 To RJ45 Network Cable
- Product ID:
- 48156
- SKU:
- WW-N-CAT6-GRN5M
- Availability:
- In Stock
- Shipping:
- Calculated at Checkout
Description
CAT6 cable is designed for Gigabit Ethernets and also offers backwards compatibility with the CAT5, CAT5E and CAT3 standards. This cable is suitable for 10/100/1000 applications. Colour coded green for immediate and easy identification.
* Connector or adapter type: 8P8C/RJ45 male plug to 8P8C/RJ45 male plug.
* Cable specification: CAT6.
* Cable type: Straight-Through.
* Cable length: 5 meters.
* Colour coding: Green.
View AllClose
* Connector or adapter type: 8P8C/RJ45 male plug to 8P8C/RJ45 male plug.
* Cable specification: CAT6.
* Cable type: Straight-Through.
* Cable length: 5 meters.
* Colour coding: Green.
Related Products
2m Green CAT6 UTP RJ45 To RJ45 Network Cable
Wicked Wired
$9.00
CAT6 cable is designed for Gigabit Ethernets and also offers backwards compatibility with the CAT5, CAT5E and CAT3 standards. This cable is suitable for 10/100/1000 applications. Colour coded green...
3m Green CAT6 UTP RJ45 To RJ45 Network Cable
Wicked Wired
$7.00
CAT6 cable is designed for Gigabit Ethernets and also offers backwards compatibility with the CAT5, CAT5E and CAT3 standards. This cable is suitable for 10/100/1000 applications. Colour coded green...
50cm Green CAT6 UTP RJ45 To RJ45 Network Cable
Wicked Wired
$6.00
CAT6 cable is designed for Gigabit Ethernets and also offers backwards compatibility with the CAT5, CAT5E and CAT3 standards. This cable is suitable for 10/100/1000 applications. Colour coded green...
2m Yellow CAT6 UTP RJ45 To RJ45 Crossover Network Cable
Wicked Wired
$9.00
CAT6 cable is designed for Gigabit Ethernets and also offers backwards compatibility with the CAT5, CAT5E and CAT3 standards. This cable is suitable for 10/100/1000 applications. Colour coded yellow...
5m RJ45 CAT6 Ethernet Cable. Green
4Cabling
$9.00
5m RJ45 Cat 6 Ethernet Network Cables Green The 4Cabling Cat 6 Patch Ethernet Cables allow for better signal to noise ratio with minimal loss - which translates to faster and more reliable networks...
