Extralink Kat.6A U/FTP 5m 1Gbps Biały | Patchcord LAN | Miedź Kabel sieciowy skrętka, łamana końcówka (EX.39005) netværkskabel

EXTRALINK LAN PATCHCORD CAT.6A U/FTP 5M 1GBIT BENDABLE BOOTED FOILED TWISTED PAIR BARE COPPER WHITE Extralink Kat.6A U/FTP 5m 1Gbps Biały | Patchcord LAN | Miedź Kabel sieciowy skrętka, łamana końcówka (EX.39005) Extralink Kat.6A U/FTP 5m 1Gbps Biały | Patchcord LAN | Miedź Kabel sieciowy skrętka, łamana końcówka (EX.39005) Extralink Kat.6A U/FTP 5m 1Gbps Biały | Patchcord LAN | Miedź Kabel sieciowy skrętka, łamana końcówka (EX.39005) The Extralink copper network cable Cat.6A U/FTP with flexible ends is an excellent choice for those who expect a faster and more reliable network. With support for speeds up to 1 Gb/s and frequencies up to 500 MHz, Cat.6A U/FTP guarantees better performance in modern applications such as high-definition video streaming, video conferencing, or working in high-load networks. The shielding of each pair of wires significantly reduces electromagnetic interference and crosstalk, ensuring signal stability even in challenging conditions. If you are looking for a more future-proof solution with higher durability and reliability, Cat.6A U/FTP is the ideal choice. The copper patch cord of category Cat.6A U/FTP not only offers higher performance and reliability but also features flexible ends that provide additional convenience and durability. Thanks to the flexible ends, the cables are better protected against mechanical damage, such as bending or breaking in areas most exposed to stress. This solution makes the cable perfect for tight spaces and demanding installations while extending its lifespan and ensuring a reliable connection for a long time. The advantages of the Cat.6A U/FTP cable include higher transmission speeds supporting up to 1 Gb/s and protection against interference due to the shielding of each pair of wires, which reduces EMI and crosstalk. The cable provides signal stability, which is crucial in demanding environments. Additionally, its durability and flexibility result from the flexible ends that incr...