Belkin A3L791-10-BLK
10FT CAT5e UTP Ethernet Patch Cable - Black
The Belkin A3L791-10-BLK is a 10-foot CAT5e UTP Ethernet patch cable designed to deliver high-speed, stable wired network connections. Its non-booted RJ45 connectors offer flexibility during installation, making it ideal for tight spaces or custom setups. Built with quality materials and compliance with safety standards, this cable ensures dependable performance for your networking needs.
Features :
This CAT5e patch cable supports both 100BASE-TX and gigabit Ethernet, making it suitable for a range of data transfer applications. The 10-foot length provides ample reach for connecting devices across a typical workspace or home setup. Its non-booted design allows for easier routing in confined or complex environments, while the stranded copper conductors enhance flexibility without sacrificing signal quality.
Advanced Options :
Perfect for connecting computers, routers, switches, or other networked devices, this cable minimizes interference with its twisted-pair design. Its high-quality insulation and RoHS compliance emphasize safety and environmental responsibility. Whether upgrading your existing network or setting up a new one, this cable offers a reliable, cost-effective solution.
Product Key Features
- Supports 100/1000BASE-T network speeds
- Non-booted RJ45 connectors for flexible installation
- Constructed with stranded copper conductors for optimal data transfer
- RoHS compliant and environmentally friendly
- Suitable for various network setups in home and office environments
Reliability & Performance :
Constructed with durable materials, the Belkin CAT5e UTP patch cable ensures consistent data transmission and long-lasting performance. Its impedance of 100±15Ω at 1-350MHz guarantees stable signals, while the high-quality insulation and stranded conductors provide flexibility and minimal signal degradation. The non-booted connectors facilitate straightforward installation in tight spaces, making this cable a versatile choice for various networking environments.
