Product Description
Introducing the LYNN CHOICE Slim 28AWG CAT6A Ethernet Patch Cable in a sleek gray color, measuring 3 feet. Ideal for 10/100/1000BASE - T and 10 Gbps networks. These patch cables feature pure copper wire with gold - plated contacts. Every cable is UL listed, CM rated, and Fluke tested for top - notch performance.
**Key Features**:
- It's less than half the size of standard CAT6A patch cables.
- With a 40% smaller bend radius, routing through panels is a breeze.
- The low - profile connector simplifies installation in high - density data centers.
- The vibrant gray color helps you easily color - code your network setup.
**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 ranges from - 4 Degrees to 140 Degrees. Supports data rates up to 10 Gbps and has a frequency bandwidth of 500 MHz. It also supports POE (350mA, 12.95W, Max distance 40m), POE+ (600mA, 25.5W, Max distance 40m), and 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 simple. Just plug one end of the cable into your network device, like a router or switch, and the other end into your computer or other network - enabled equipment. Make sure the connections are secure to ensure a stable network connection.
When it comes to maintenance, keep the cable away from sharp objects that could cut or damage the jacket. Also, avoid bending the cable too tightly as it may affect the internal wiring. If the cable gets dirty, you can gently wipe it with a dry, soft cloth.
Be aware of the operating temperature range. Don't expose the cable to extreme cold or heat, as it may impact performance. If you need to use Power over Ethernet (POE), check the device's power requirements against the cable's POE specifications to avoid overloading.
