The Pitacs CAT6 High Speed UTP PVC Data Cable is a high-performance network cable designed for structured cabling installations, high-speed data transmission and modern networking applications. Suitable for residential, commercial and industrial environments, this cable provides reliable connectivity for Ethernet networks, broadband systems, IP cameras, VoIP communications and other network infrastructure where enhanced performance and dependable data transfer are required.
Manufactured with four twisted pairs of copper conductors and an unshielded twisted pair (UTP) construction, the Pitacs CAT6 High Speed Data Cable is engineered to reduce crosstalk and signal interference whilst supporting faster network speeds and increased bandwidth compared to earlier cable categories. The durable PVC outer sheath provides excellent protection during installation and everyday use, making it suitable for fixed internal wiring applications.
Designed to meet the demands of modern network installations, this CAT6 cable is ideal for structured cabling systems requiring reliable performance, future-ready connectivity and efficient data transmission.
The Pitacs CAT6 High Speed UTP PVC Data Cable is designed to support demanding network applications where reliable performance and efficient data transmission are essential. The twisted pair construction helps minimise interference and maintain signal integrity, making the cable suitable for high-speed local area networks and structured cabling systems.
Whether used in homes, offices, schools, retail premises or commercial buildings, the cable provides dependable connectivity between network devices, switches, routers, patch panels and communication equipment.
The Pitacs CAT6 High Speed UTP PVC Data Cable provides a dependable solution for modern network installations. Featuring four twisted pairs of copper conductors, UTP construction and a durable PVC sheath, it is ideal for Gigabit Ethernet networks, broadband services, IP cameras and structured cabling systems where high-speed performance and reliable data transmission are essential.
