Belkin F2CP003-07GY-LS
7FT CAT6A Patch Cable STP-RJ45 RJ45 Snagless Gray
The Belkin F2CP003-07GY-LS is a premium 7-foot CAT6A Ethernet Patch Cable engineered for high-speed, reliable network performance. Its shielded design and snagless connectors make it ideal for demanding data center environments, ensuring stable data transmission and minimal interference during installation and operation.
Features :
This 7-foot CAT6A patch cord is individually tested to exceed 500MHz, supporting ultra-fast data rates suitable for 10GBase-T networks. When used with Belkin’s CAT6A patch panels, keystone jacks, and bulk Patch Cable, it guarantees optimal performance for high-bandwidth applications. The cable’s rugged but flexible outer casing combined with its exclusive wiring configuration ensures peak performance, durability, and ease of installation in both enterprise and data center settings.
Advanced Options :
Constructed with high-quality materials and tested rigorously, the Belkin CAT6A Patch Cable offers excellent interference resistance thanks to its shielded design. The snagless RJ45 connectors protect the locking clips during installation, prolonging cable life and maintaining reliable connections. Its design supports high-speed data transfer with minimal latency, making it a dependable choice for critical network infrastructure.
Product Key Features
- 7-foot length for versatile network connections
- Supports frequencies exceeding 500MHz for high-speed data transfer
- Shielded Twisted Pair (STP) construction reduces interference
- Snagless RJ45 connectors for durable, damage-resistant connections
- Compatible with data center applications supporting 10GBase-T
Reliability & Performance :
Constructed with high-quality materials, this CAT6A Patch Cable offers excellent interference resistance and durability. Its shielded design ensures minimal crosstalk, while the snagless RJ45 connectors protect the clips during installation. Ideal for high-speed data center and enterprise networks, it delivers reliable 10GBase-T performance with minimal latency and optimal signal integrity.
