EXTRALINK LAN PATCHCORD CAT.6 U/FTP 3M 1GBIT BENDABLE BOOTED FOILED TWISTED PAIR BARE COPPER WHITE, EXTRALINK
Delivery terms
Product will be ordered from supplier. If the supplier is unable to deliver by the specified date, we will inform you by e-mail
 Available | Supplier Warehouse |
Home delivery
Home delivery
Over €25.00 (Orders up to 1000 kgs) | For free |
To €25.00 (Orders up to 1000 kgs) | €5.00 |
Delivery to DPD pickup locations
Delivery to DPD pickup locations
€3.50
Product description
Specifications
Supplier product description
Extralink copper Cat.6 U/FTP network cable with flexible terminations
Extralink's Cat.6 U/FTP copper patchcord is an excellent choice for those who want a faster and more reliable network. With support for speeds up to 1 Gbps and frequencies up to 250 MHz, Cat.6 U/FTP guarantees better performance for modern applications such as high-definition video streaming, videoconferencing and heavy-duty networking. In addition, the shielding of each cable pair significantly reduces electromagnetic interference and crosstalk, ensuring signal stability even in harsh environments. If you are looking for a more future-proof solution with higher durability and reliability, Cat.6 U/FTP is the ideal choice.
Original cable at the ends
The Category Cat.6 U/FTP copper patchcord not only offers higher performance and reliability, but also features flexible terminations for added convenience and durability. Thanks to the flexible terminations, the cables are better protected from mechanical damage, such as bending or breaking in the most stressed areas. This solution makes the cable ideal for tight spaces and demanding installations, while extending its life and ensuring a reliable connection for a long time.
Advantages of Category Cat.6 U/FTP cable:
- Higher transmission speed - supports up to 1 Gbps
- Interference protection - shielding of each wire pair reduces EMI and crosstalk
- Signal stability - provides reliable connections in demanding environments
- Durability and flexibility - flexible terminations increase resistance to mechanical damage
- Future-proof infrastructure - ideal for modern network applications such as high-definition streaming and office networks