Belden Inc. C601504020 Cat6 Plus Crossover Cable Cmr

Product Description

The BELDEN INC. C601504020 is a Cat6 Plus crossover patch cable rated for CMR (Communications Multipurpose Cable, Riser) installations. This cable is designed for direct network connections between like devices — such as switch-to-switch or PC-to-PC — without the need for an intermediate router or crossover adapter. Built to IEEE crossover wiring standards, it delivers reliable Gigabit Ethernet performance in structured cabling environments. The yellow jacket aids in quick visual identification on dense patch panels. At 20 inches in length, it is well suited for short-run inter-device connections in equipment racks and data cabinets. Licensed electricians and low-voltage cabling technicians are the typical installers.

This cable is used in commercial and residential structured cabling systems where riser-rated cabling is required by code. It fits into Cat6 and Cat6A patch panel installations, making it a practical choice for rack-mounted equipment bays, data closets, and telecommunications rooms. The 20-inch length accommodates tight, organized cable runs between adjacent rack-mounted equipment or patch panels.

Key Features

• IEEE crossover wiring configuration for direct device-to-device connections
• Cat6 Plus performance supporting Gigabit Ethernet and beyond
• CMR riser rating meets code requirements for vertical runs between floors
• Yellow jacket for easy visual identification in high-density patch environments
• 20-inch length optimized for short inter-panel or inter-device runs in equipment racks

Compatibility

Designed for use with Cat6 and Cat6A patch panels and compatible RJ45 port equipment in riser-rated structured cabling installations.

Installation Notes

Installation should be performed by a licensed low-voltage technician or electrician familiar with TIA-568 structured cabling standards. Verify that the riser rating of this cable meets local building and fire codes before routing through vertical pathways. Do not exceed the minimum bend radius of the cable during routing, and avoid sharp staples or tie wraps that can deform the jacket and affect signal performance.