SATMAXIMUM Cat6 Ethernet Cable 1000ft x 2 Pack (2000ft Total), CCA, UTP, 23AWG, 550MHz, Bulk Pull Box, High Speed LAN Network Wire for Indoor Use, Solid Copper Clad Aluminum, Yellow

Upgrade your network infrastructure with the SATMAXIMUM Cat6 Ethernet Cable 2-Pack, featuring two full-length 1000ft spools for a total of 2000 feet of high-performance, budget-friendly cabling. These 23AWG solid CCA (Copper-Clad Aluminum) cables are built to support Gigabit Ethernet speeds up to 1Gbps and bandwidth up to 550MHz, making them ideal for internet, VoIP, video streaming, and other data-intensive applications. The UTP (Unshielded Twisted Pair) design reduces electromagnetic interference and ensures clean signal quality across long distances. Each spool comes in a durable, tangle-resistant pull box, ensuring a smooth installation experience without snags or knots. Whether you're wiring an office, a data center, or an entire home, SATMAXIMUM delivers quality and consistency you can count on. Perfect for: LAN setupsStructured wiringInstallers & DIYersComputers, routers, switches & moreSpecifications:Type: Cat6 Ethernet CableLength: 2 x 1000FT (2000FT total)Conductor: 23AWG Solid CCAFrequency: 550MHzJacket: Indoor-ratedPackaging: Easy-pull box

• 2 PACK - 2000FT TOTAL LENGTH: Includes two 1000FT pull boxes of Cat6 Ethernet cable, perfect for large-scale installations in homes, offices, or commercial networks.
• HIGH PERFORMANCE CAT6 - 550MHZ SPEED: Supports high-speed data transfer up to 1Gbps with bandwidth up to 550MHz, ensuring reliable, lag-free performance for your network.
• SOLID 23AWG CCA CONDUCTORS: Made with copper-clad aluminum (CCA) solid conductors for stable electrical performance and cost-effective networking infrastructure.
• EASY TO INSTALL - PULL BOX DESIGN: Each cable comes in a sturdy pull box for tangle-free installation and easy measuring – ideal for clean, efficient cable runs.
• UTP DESIGN FOR REDUCED INTERFERENCE: Unshielded Twisted Pair (UTP) construction minimizes crosstalk and EMI, providing clear signal quality over long distances.