Get your gaming PC ready for motherboards with NVIDIA RTX 40 Series, next-gen AMD Radeon graphics cards, and powerful CPUs, with the Kolink Core Adept Braided Cable Extension Kit. This set of six braided cables works excellently with a next-gen PCIe 5.0 PSU, delivering power to your PC with a splash of style. With their 16AWG wire gauge, these cables have been designed for high-wattage applications, thanks to their excellent conductivity and heat resistance properties. Each cable features PET (Polyethylene Terephthalate) braiding, for a clean finish and vibrant colouring. 

Premium Materials 

The Kolink Core Adept Braided Cable Extension Kit has been designed to work with next-gen hardware, such as PCIe 5.0 power supplies, graphics cards, and motherboards. Their 16AWG wire gauge is excellent for high-wattage applications, thanks to their incredible conductivity and heat-resistant properties. What’s more, these principles apply to existing high-performance graphics cards. 

The cables have been covered with PET (Polyethylene Terephthalate) braiding. This gives the Kolink Core Adept Braided Cable Extension Kit a clean finish and eliminates the need for heatshrinking. Plus, it is a highly durable and flexible material which smoothly bends to fit the needs of your gaming PC. 

Ease of Use 

The Kolink Core Adept Braided Cable Extension Kit includes: 

• 1 x 20+4pin cable (300mm)
• 1 x 8pin cable (300mm)
• 1 x 4+4pin cable (300mm)
• 3 x 6+2pin cables (350mm)

This kit has been formulated with ease of use in mind. Each cable has three pre-installed combs and a spare included in the box. As such, cable management is a simple affair. What’s more, this cable kit has a three-year warranty, for extra peace of mind.

Veritable Rainbow

The Kolink Core Adept Braided Cable Extension Kit is available in sixteen vibrant colour schemes. A colour to suit every aesthetic!

Each colour scheme has been intelligently designed to be symmetrical. Even when utilising one, two, or all three PCIe cables, the black or white accents neatly align for that satisfying, symmetrical effect.