Cat6A UTP 26AWG Leads - LSZH
Cat6A UTP Network Patch Leads - 26AWG
Discover exceptional network performance with our Cat6A UTP 26AWG Leads. Engineered for reliability and high-speed data transmission, these premium Ethernet cables ensure seamless connectivity. Upgrade your network infrastructure with confidence and experience superior performance. Explore our Cat6A UTP 26AWG Leads for a reliable and efficient networking solution.
Cat6A UTP 26AWG Leads are high-performance network patch leads or ethernet patch leads designed for efficient data transmission. These patch cords, constructed with Category 6A standards, ensure optimal connectivity. Featuring Unshielded Twisted Pair (UTP) technology and 26 AWG conductor thickness, these ethernet cables deliver reliable and high-speed networking. Ideal for various applications, these leads provide seamless connectivity in data centres, offices, and home networks, making them versatile and dependable components for your network infrastructure.
What is a cat6A Patch Lead?
Cat6A UTP 26AWG Patch Leads refer to Ethernet cables designed for high-performance networking, adhering to the Cat6A (Category 6A) standards. Here's a breakdown:
Cat6A: This denotes Category 6A, a standardised classification for twisted pair cables, indicating that the cable is designed to support data transmission at higher bandwidths compared to earlier categories.
UTP: Stands for Unshielded Twisted Pair. It means that the cable contains pairs of insulated copper wires twisted together without additional shielding. Unshielded cables are suitable for environments with low electromagnetic interference.
26AWG: Denotes the American Wire Gauge (AWG) of the cable's conductors. In this case, the cable has a conductor thickness of 26 AWG. Thicker conductors (lower AWG numbers) generally allow for better signal integrity and longer transmission distances.
In summary, Cat6A UTP 26AWG Leads are Ethernet cables that meet the Cat6A standard, are unshielded, and have conductors with a thickness of 26 AWG. These cables are designed to provide reliable and high-speed data transmission, making them suitable for various networking applications where performance and efficiency are crucial.