ACT Orange 30.00 meter SFTP CAT6A patch cable snagless with RJ45 connectors

The ACT Orange 30.00 meter SFTP CAT6A patch cable is a 30 m network connection cable designed for high-speed Ethernet deployments that require improved shielding and reliable signal integrity. The cable uses S/FTP shielding construction and RJ-45 connectors with gold-plated contacts to provide consistent performance for 10 Gigabit and other high-bandwidth network applications. The vibrant orange jacket and snagless connector design support ease of installation and reduced connector damage in structured cabling runs.

Advantages

The S/FTP construction combines an overall braided shield with individually shielded twisted pairs, reducing alien crosstalk and external electromagnetic interference. Gold-plated contacts on the RJ-45 plugs ensure stable electrical contact and corrosion resistance. The 30 m length enables long, continuous runs without additional patching, and the snagless boots protect the connector clips during installation and handling. The bright orange jacket helps with visual cable identification in patch panels and cable management systems.

Suitable for

Key specifications

How to use

Install the patch cable by inserting the RJ-45 plugs into compatible Ethernet ports on switches, routers, patch panels or networked devices until the retaining clip clicks into place. Route the cable to avoid tight bends or kinks and secure it with cable management accessories as needed. For longer cabling runs, verify link integrity and performance with appropriate network testing tools after installation. To disconnect, depress the clip on the plug and pull the connector straight out to avoid stressing the cable or the port.

Recommendations

Use this SFTP CAT6A patch cable in environments requiring reduced electromagnetic interference and clear identification of cable runs. Avoid sharp bends and exposure to excessive heat or chemicals. If used in high-density racks or ducts, confirm bend radius and allow slack for service loops to maintain signal performance.