This Booted Shielded Cat6a patch cable is ideal for use with 10GBase-T ports and equipment, such as network adapters, hubs, switches, routers, DSL/cable modems and patch panels, and will protect a high speed 10 Gigabit network connection from noise and electromagnetic interference. For voice/data/video distribution, this cable will handle bandwidth-intensive applications and drastically reduces both impedance and structural return loss (SRL). Each patch cable is fully tested to meet ANSI/TIA 568 C.2 Cat6a component requirements.
Each of the individual pairs is bonded together to help maintain the twist-spacing throughout the line right up to the termination point. Constructed from high quality cable and plugs, this design minimises Near-End Crosstalk (NEXT) levels. The moulded, snagless boot prevents unwanted cable snags during installation and provides extra strain relief. Available in a variety of colours to easily color-coded a network installation. Each cable is individually labelled with the length for ease of use.
- Protect 10 Gigabit data transmissions from 10GBase-T ports and equipment in high noise environments.
- Connector 1: (1) RJ-45 Male
- Snagless booted design protects clips when plugging and unplugging
- Connector 2: (1) RJ-45 Male
- Standard shielded RJ45 connectors and shielded twisted pair wires
- Lifetime warranty
- Available in 4 colours to colour-code a networ
- Available in lengths up to 30m
Enhanced connectivity
The Cat6a Booted Shielded (STP) Network Patch Cable by C2G is designed with high-quality 26 AWG wire and a durable PVC jacket, ensuring reliable, high-speed data transmission for demanding network applications.
Superior shielding
Featuring aluminum foil shielding and gold-plated connectors, this patch cable provides exceptional protection against electromagnetic interference, maintaining signal integrity and minimizing data loss over long distances.
Versatile compatibility
With male RJ-45 connectors on both ends, this cable is perfectly suited for connecting PCs across a wide range of network environments, ensuring seamless integration with existing infrastructure.
