Language:

Cart

  • Cart Empty!

Every effort has been made to ensure the accuracy of all information contained herein. e-nitiative shall not be liable for any changes resulting in wrong product description, tax code and/or price. The shown information (specifications, prices, taxes) should be considered as an indication and can be changed at any moment and without any prior notice.

RS-DATA bvba
Onze lieve vrouw ten steenstraat 1
B-3300 Tienen
Belgium
Telephone : 016/820712
VAT : BE 466.551.192

curve_type_3_left_tcurve_type_3_right_t
Slim patch cable - CAT6 - U/UTP - Snagless - Cu - 3m - Red - 10pk

Slim patch cable - CAT6 - U/UTP - Snagless - Cu - 3m - Red - 10pk

€39,85  (+0,06)
€48,22  (+0,07)
Part Number: DK-1618-030S-R-10
Language: UK

Product Details

Introduction

Future-proof standard and reliable CAT 6 performance for your network.

- Advantage: Slim cable diameter of 2.7 mm with high flexibility for easy installation in confined spaces
- Features: Transmission speed up to 1 Gbit/s and frequency 250 MHz
- Application area: Ideal for office networks, home use, patch panels and environments with high cabling density
- PoE-capable: Supports PoE and PoE+ applications with pure copper conductors

DIGITUS® CAT 6 U-UTP Slim patch cables with a transmission frequency of up to 250 MHz are equipped with a reduced outer diameter of only 2.7 mm and a flexible jacket, which enables space-saving and versatile use in any network. The cables have stranded AWG 32/7 copper conductors and an unshielded twisted pair structure (U-UTP), which ensures flexibility and durability. They are manufactured in accordance with ISO/IEC 11801 and DIN EN 50173 CAT 6 standards, ensuring reliable compliance with international specifications. Each cable is equipped with a molded anti-kink sleeve with strain relief and a locking lever protection that prevents cable damage and locking breaks. These slim patch cables are supplied in DIGITUS® hangtag packaging and are the ideal solution for structured cabling in offices, homes or high-density environments.