Product Description
The LYNN CPCS-AOR-014F Orange 14-Foot Slim 28AWG CAT6A Ethernet Patch Cable is a top - notch choice when space is limited. It's designed for 10/100/1000BASE - T and 10 Gbps networks. Made of pure copper wire with gold - plated contacts, every cable is UL listed, CM rated, and Fluke tested for top - level performance.
**Key Features**
- It's less than half the size of standard CAT6A patch cables.
- With a 40% smaller bend radius, it's easier to route through panels.
- The low - profile connector allows for easy installation in high - density data centers.
- The vibrant orange color helps you easily color - code your network installation.
**Technical Specifications**
- **Construction**: Slim Cat6A Clear Boot
- **Conductor Type**: 28 AWG, Stranded Tinned Copper
- **Cable Jacket**: PVC CM
- **Shielding Type**: Unshielded (UTP)
- **Connectors**: RJ45 Male 50mμ gold - plated
- **Insulation**: High density polyethylene, .005” nominal wall thickness
- **Performance**: Operating temperature from - 4 Degrees to 140 Degrees, supports up to 10 Gbps data rate, 500 MHz frequency bandwidth
- **POE**: 350mA, 12.95W, Max distance 40m; POE+: 600mA, 25.5W, Max distance 40m; POE++: 1,000mA, 96W, Max distance 40m
- **Approvals**: UL Listed, RoHS Compliant, ANSI/TIA 568 C.2 Category 6, ISO 11801 Class E Edition 2.1
- **Manufacturing Facility**: ISO - 9001 and TUV Certified
Using this LYNN Ethernet patch cable is super easy. Just plug one end of the cable into your device, like a computer or a router, and the other end into the corresponding port on the network equipment. The gold - plated connectors ensure a good connection.
When installing, take advantage of the cable's small size and small bend radius. It can be routed easily through panels and is perfect for high - density data centers. The vibrant orange color makes it simple to identify and color - code your network.
As for maintenance, keep the cable away from sharp objects to avoid damage to the cable jacket. Also, try to keep it in a temperature range of - 4 to 140 degrees as specified. If you're using Power over Ethernet (POE), make sure not to exceed the maximum current and power limits and distance specified for each POE type. That way, your cable will work well for a long time.
