#45 in Network Cables/Adapters #6034 in Electronics
Style:
Network Cables/Adapters
Product No.:
2101446936
Description:
The Lanberg CAT.6 UTP LSZH CU 1.5 m patch cable is a high-quality twisted-pair Ethernet cable designed for reliable gigabit network connections in home, office and professional IT environments. With its Category 6 specification and pure copper (CU) conductors, it enables stable data transmission up to 1 Gbit/s under typical CAT.6 use, making it suitable for applications such as internet access, VoIP telephony, streaming, IP cameras, office networks and many other data applications. The neutral grey colour blends discreetly into almost any environment and is particularly suitable for structured cabling in racks, patch panels and workstations.
Technically, this LAN cable is built with unshielded twisted pair (UTP) conductors, which is sufficient for many standard environments with normal electromagnetic interference. The LSZH (Low Smoke Zero Halogen) outer jacket is a key feature: in the event of fire, the cable produces very little smoke and no corrosive halogen gases, which significantly increases safety for people, equipment and building infrastructure. The use of copper conductors (CU) provides low attenuation, good signal integrity and long-term reliability compared to copper-clad aluminium alternatives. With a length of 1.5 m, this cable is ideal for short connections, for example from a wall outlet or floor box to a workstation, from switch to patch panel or directly between active network devices placed close to each other.
The product is FLUKE certified, meaning that each cable type has been tested with professional Fluke network measuring equipment according to the relevant standards for Category 6. This is an important quality feature for installers and IT administrators, as it confirms compliance with defined performance parameters such as bandwidth, crosstalk and return loss. The Fluke verification helps reduce connection problems, packet loss and speed drops, ensuring that the network infrastructure can actually deliver the performance promised by the components used.
Typical applications for this cable include structured cabling in 10/100/1000 Mbit/s Ethernet networks, connections of switches, routers, access points, PCs, printers, NAS systems and IP telephony systems. It is also well suited for use in multimedia environments, such as connecting set-top boxes, smart TVs and media servers, as long as the underlying network infrastructure is based on copper Ethernet. Thanks to its LSZH jacket, the cable is particularly recommended in public buildings, offices, educational institutions, data centres and other areas where increased safety requirements apply or where many cables run in confined spaces, such as cable ducts and raised floors.
Using this Lanberg CAT.6 UTP LSZH CU patch cable provides several benefits: high signal quality through copper conductors, proven performance through Fluke certification and increased fire safety through the LSZH jacket. For installers and end customers, this means fewer failures, clearer planning of network performance and a long-term, stable connection for data-intensive applications such as cloud services, online collaboration and backups. The robust design and standardised RJ45 connectors make installation easy and compatible with a wide range of network devices.
Lanberg is a brand that focuses on practical, reliable network and cabling solutions for professional use and demanding home users. The portfolio typically includes network cables, patch panels, accessories for structured cabling and other components needed to build modern IT infrastructures. While there are no specific, verifiable public details here about Lanberg's corporate sustainability measures, the choice of an LSZH cable already contributes to more safety and potentially lower toxic impact in case of fire, which is an important aspect in contemporary building and IT planning. By selecting a standards-compliant, durable cable instead of low-quality alternatives, customers help reduce electronic waste caused by premature failures and repeated replacements. This means that every purchase of a robust, tested product like this patch cable not only improves the reliability of the network, but also contributes, within the scope of what is possible for such a product, to a more responsible and sustainable use of technical infrastructure.