Comprehensive Connectivty Co. CAT5-350-3BLK Cat5e Patch Cable

Product Description

The COMPREHENSIVE CONNECTIVTY CO. CAT5-350-3BLK is a Cat5e snagless patch cable rated to 350 MHz, designed for structured cabling and network equipment connections in commercial and residential installations. The snagless boot protects the RJ45 latch during routing and pull-through, reducing connector damage in dense patch environments. At 3 feet in length, this cable suits short runs between patch panels and switches or between wall jacks and workstation equipment. Network technicians and low-voltage installers use this cable for both new installations and service replacements in data closets, server rooms, and office environments.

This patch cable is suited for horizontal and equipment-bay cabling in standard Ethernet network infrastructure. The 350 MHz rating supports Cat5e performance standards, making it appropriate for 10/100/1000 BASE-T Gigabit Ethernet applications. Its compact 3-foot length makes it a practical choice for patch panel-to-switch connections in rack-mounted environments, as well as desktop drops where the wall outlet is close to the connected device.

Key Features

• Cat5e construction rated to 350 MHz for Gigabit Ethernet support
• Snagless boot design protects the RJ45 latch during installation and routing
• 3-foot length suited for short equipment-bay and patch panel runs
• Black jacket for color-coded cable management in structured cabling systems
• Sold as a single unit for targeted replacement or supplemental use

Compatibility

Designed as a standard Cat5e patch cable compatible with RJ45 ports on switches, routers, patch panels, and network interface cards conforming to IEEE 802.3 Gigabit Ethernet standards.

Installation Notes

Low-voltage installers and network technicians typically handle Cat5e patch cable deployments. No special tools are required beyond standard cable management hardware. Route cables away from high-voltage conduit runs per NEC Article 800 guidelines for communications wiring. Avoid sharp bends below the minimum bend radius to maintain signal integrity.