Rapink Patch Panel 48 Port Cat6A with Inline Keystone 10G Support, Coupler Patch Panel STP Shielded 19-Inch with Removable Back Bar, 1U Network Panel for Cat7, Cat6, Cat6A, Cat5e

I have bought the 24 port and 48 port version and would highly recommend these for cable management. All my cables are in the back and in the front I have short patch cables running to my enterprise switches.

For my home rack project, I really wanted a patch panel solution where the couplers are all RJ-45 and you do not have to terminate with a punch tool. Punching down and terminating would have required too much custom wiring because of its permanent nature, and would have driven my cost up. After reading all the 'meh' reviews, I started to worry about a solution like this, because there didn't seem to be too many "great" options. Everyone always suggested the traditional punch tool approach. Well, this thing works great so maybe all those reviews were written by telco guys who like doing things one way only! ;) First: mechanical fit and finish: The keystones are well-seated and wiggle only the slightest amount, which I consider normal. It's never been an issue pulling cable in or out. No couplers have fallen out. All connections click well, and cables are not coming loose out of the jacks. Properly-seated cables stay in rigidly, and if you're using good cable, you don't really need the cable support arms either. I did install them, but I did not use twist ties to secure the cables because their weight is well-supported on the arms. It's the proper height for 2U as well. Fits correctly into my rack and is very secure. Unfortunately the description on the website refers to both 1U and 2U but you can tell from the photos that it's 2U. It is /not/ 1U if you're buying the 48-port model! Now for the technical / performance aspects: Firstly, it's perfectly capable of providing 10G speeds with Cat6, 6a, and 7 cable. I tested the speeds and all my software reports full duplex/10G connectivity. I am running vSAN on VMware so this is a "no-joke" application; there is no margin of error for running vSAN with speed/bandwidth issues so the cabling solution needs to be airtight. Obviously, 100M and 1G speeds over Cat 5 are perfectly fine, too. Secondly, POE and POE+ work without a hitch. I have no idea why people complained about POE or claimed the patch panel becomes electrified if you use POE. That is an absurd remark unless you received a very faulty and dangerous unit. And if you ground the panel properly, the risk of shock is greatly reduced. If you're using this indoors, you are probably using regular unshielded copper ethernet cable, and electric shock is non-existent. If you are using shielded cable indoors, I'd love to know why, but - ground your panel. Which brings me to one of two flaws: the grounding cable is too short. It's already terminated with the grounding fork, but you're going to want to extend it, most likely. Please do so correctly. I happen to have a Cisco 3750-X switch which has grounding terminals within reach of the cable, so I just grounded it to the body of the switch. Grounding is not as difficult as electricians would have you believe. You can even ground the panel to your rack if your rack is properly grounded to your mains. The second flaw is minor and that is that the couplers, in my opinion, are just a /bit/ too long (or deep). This is nit-picking, but a slightly smaller coupler would make plugging cables in a bit less of a dexterity exercise. Other than this, I highly recommend this product, and you can't go wrong at this price.

Works Great With Our Server Rack!!

I purchased the RAPCIN 48-Port CAT6 Inline Keystone 10G Support Coupler Patch Panel and unfortunately cannot recommend it. First, several of the CAT6 couplers were defective out of the box. Multiple ports caused intermittent link issues, packet loss, and PoE instability until I isolated the problem and replaced the bad keystone couplers. In a structured cabling environment, especially when running PoE and 10G-capable infrastructure, unreliable terminations are unacceptable. A patch panel should be a passive, dependable component — not a source of network faults. Second, the port numbering layout is poorly designed. The numbering runs sequentially left to right (1, 2, 3, 4, 5, 6, etc.), whereas most 48-port switches stack ports vertically (for example, 1 over 2, 3 over 4). This creates a mismatch between switch ports and patch panel ports, making documentation, tracing, and patch management unnecessarily confusing. In a rack environment, logical port alignment matters. This design makes clean cable management and intuitive mapping more difficult than it should be. Between the unreliable couplers and the counterintuitive numbering layout, this product created more work than it solved. I would not recommend it for professional or structured network installations.

The panel appeared decent when initially installed, but it turns out there are multiple bad ports, with pins 1 and 8 inconsistently tensioned and some bent completely out of contact for an RJ45 plug. Causes poor data rates or no connection. It had me restamping cables and outlets until I realized the problem was with the pass thru connector on the patch panel. And unfortunately poor support from Amazon. They wanted me to take the entire thing out and send it back days prior to replacing it... it isn't realistic to have the network down, so now I have a 48 port patch panel with a handful of bad ports.