cat7 SFTP patch cable

　　Cat7 SFTP double-shielded network patch cable is a professional wiring product designed for high-end high-speed network transmission. Balancing high performance and strong compatibility between Cat6A and Cat8 cables, it serves as a core wiring accessory for enterprise computer room upgrades, building integrated wiring, security engineering, high-end smart home systems and industrial equipment networking. Strictly compliant with TIA/EIA 568-C.2 and ISO/IEC 11801 international standards, it supports a maximum short-distance transmission rate of 100Gbps and an ultra-high bandwidth of 600MHz, far exceeding the performance of conventional Gigabit and 10G network cables. It stably supports high-intensity network applications such as 10G Ethernet, 4K/8K ultra-HD video transmission, large-scale cloud data synchronization, high-frequency equipment data interaction and high-power PoE power supply, fully meeting current high-speed networking needs and reserving sufficient bandwidth margin for future network upgrades.

　　Adopting a standard SFTP double shielding structure, the cable features full aluminum foil wrapping for internal wire pairs and an outer high-density metal braided shield, forming a fully enclosed electromagnetic protection system. Compared with unshielded cables, it effectively isolates external electromagnetic interference, RF noise, power equipment interference and inter-wire crosstalk, thoroughly solving network latency fluctuation, data packet loss, signal distortion and unstable network speed in complex working conditions. It is especially suitable for high-interference environments such as densely wired computer rooms, industrial workshops and mixed strong and weak current wiring scenarios, ensuring the accuracy and stability of high-speed data transmission and preventing signal leakage to improve local network data security.

　　Made with premium materials, the cable adopts high-purity solid oxygen-free copper conductors with uniform thickness and low consistent resistance, which greatly reduce signal attenuation and transmission loss during high-frequency transmission and ensure lossless high-speed transmission of massive data. The high-density polyethylene insulation layer isolates mutual interference between wire cores and stabilizes line impedance to avoid transmission failures. Both ends are equipped with high-precision integrally molded RJ45 connectors with thick gold-plated contacts, featuring excellent anti-oxidation, anti-corrosion and wear-resistant performance. It can withstand tens of thousands of plugging cycles and maintain stable long-term conductivity without network failures caused by poor contact.

　　The flexible flame-retardant eco-friendly PVC outer jacket offers multiple advantages including wear resistance, tensile resistance, bending resistance, aging resistance, temperature resistance and corrosion resistance. It is soft and easy for cutting and wiring, adapting to narrow cabinet wiring, wall embedding, ceiling wiring and frequent equipment connection. The integrated reinforced strain relief buffers bending and pulling stress effectively, preventing core breakage and sheath cracking during long-term use and greatly extending the service life. All finished cables pass comprehensive electrical performance tests via professional Fluke testers, with all core indicators including bandwidth, crosstalk, return loss and impedance fully up to standard.

　　Available in multiple customizable lengths, the product adapts to full-scenario networking including household, commercial, engineering and industrial applications. Custom packaging and OEM labeling services are supported to meet diverse demands of retail, cross-border wholesale and bulk engineering procurement. With stable 10G transmission performance, powerful anti-interference capability, exquisite workmanship and high cost performance, the Cat7 SFTP shielded patch cable is a mainstream preferred product for mid-to-high-end network wiring and a high-quality networking accessory balancing performance, stability and practicality.