Categories
IT Shop
Kettz
Network cables

Kettz UT-K6100G UTP network cable Cat6 10m

SKU:KET-1888-MREZEAN:8605054710831

BrandKettz
Length10 m
Connector typeRJ-45
CategoryCat6
TypeUTP
In stockDelivery in 3 business days
698 RSD
In stock
Delivery in 3 business days
14-day return
Conformity period 24 months*

Similar products

Kettz UT-K6100G UTP network cable, Cat6, 10m is a high-quality network cable designed for reliable and fast network connectivity. This cable belongs to the network equipment category and offers excellent performance thanks to its Cat6 standard. Its durability and resistance to interference make it ideal for professional and home users who require a stable and fast internet connection. Kettz UT-K6100G is intended for professionals, creatives and home users looking for reliable network connectivity. This cable is an ideal choice for workspaces with multiple devices, as well as for streaming video content and online gaming. It solves the problem of slow internet connections and connection interruptions, enabling users to enjoy stable and fast internet access. This Kettz network cable is 10 metres long, making it suitable for different room layouts. Its UTP (Unshielded Twisted Pair) construction enables a high data transfer speed of up to 1 Gbps, which is ideal for modern internet applications. In addition, the cable is compatible with all devices that use Ethernet ports, providing flexibility in use. By purchasing the Kettz UT-K6100G UTP network cable from IT Shop in Belgrade, you receive a product with a fiscal receipt and a 2-year warranty. Our shop offers fast delivery in Belgrade and throughout Serbia, allowing you to quickly obtain the product you need. Do not miss the opportunity to improve your network connectivity by purchasing this quality cable.

* Statutory liability for conformity of the goods lasts 24 months from the date of purchase and is yours by law. A manufacturer’s warranty is a voluntary undertaking by the guarantee provider and neither excludes nor affects your statutory rights based on conformity.