Keystone components in patch panels influence signal routing efficiency. Their quality affects overall performance.
Keystone components in patch panels influence signal routing efficiency. Their quality affects overall performance.
So, here's a question that I've been wondering about.. I'm preparing to place a new server rack in my new home, and have to get all the stuff that one would need, cables, patch panels, keystones, etc. But I'm having a hard time finding Cat 6a coupler keystones, which aren't rediculously overpriced. Did anyone ever try to see if their keystones certification actually mattered at all? I can imagine speed differences in cables that run long distances that it really matters. But am having a hard time believing that keystones would actually affect the speed that much. Would I notice much of a difference if I'd take Cat 6 keystones, and run Cat 6a wires for example? Assuming that I have the devices that can handle such speeds of course. If you have any experience, or even tried this, please post it below 
Hi Xorinzor, I've connected large networks using Cat 6a cables and installed patch panels since we didn't require 10GbE. Devices were within 100 meters, and network performance remained consistent. For longer distances beyond 40 meters, consider switching to Cat 6a keystone to avoid speed limitations. If you're only using shorter ranges or not planning 10GbE over long distances, standard Cat 6 panels should suffice. Just remember to update them later if you expand to 40 or 50 meters. Best regards, Jorge.