Gray Cat6a Plenum 1000ft Solid Pure Bare Copper Ethernet Network Cable
The gray cat6a plenum 1000ft solid pure bare copper Ethernet network cable is designed for maximum data transfer speeds and reliability. You can run a wide range of Ethernet applications with this cable. From Gigabit Ethernet applications to power over Ethernet applications, this cable has got your needs covered. The highlighting aspect here is the 0.57 mm conductor which is actually a pure solid copper conductor. This pure copper conductor has got four twisted pairs. These pairs are tight enough to minimize any type of interference such as cross-talk. Further, these pairs are made from quality (copper) material. So, electromagnetic interferences (EMI) do not really bother this cable. Because of such a quality conductor, this cable can achieve (up to) 10 GBPS of transfer speed. Similarly, its bandwidth frequency is also up to 750 MHZ.
The plenum jacket here is also something to discuss and highlight. This jacket is (basically) ideal if you want the internals of your gray cat6a plenum 1000ft to remain safe even when the surrounding (temperature) gets high. Basically plenum spaces are the vacant spaces in the commercial buildings where the airflow remains higher than other spaces. Due to the rise in temperature range, these cables can perform the same as in the ideal temperature range. You further, the CMP (plenum) coating is made from premium quality (PVC) material to ensure the best insulation and performance. This high-quality plenum jacket is not going to disappoint you.
Monk Cables have the top quality of grey cat6a plenum 1000ft available. We test all of our cables with industry-defined tests. Therefore, this cable is also tested with the Fluke DTX-1800 cable analyzer. Further, to ensure bandwidth speeds up to 750 MHZ, this cable is RoHS- 3 compliant. Also, it is (TIA/EIA) verified. With its superior performance and quality conductor, this cable is built to last. So, consider buying this cable from Monk Cables for the ultimate performance.
