QSFPTEK 10G SFP+ RJ45 Module, 10Gbe giga Mini-GBIC SFP to rj45 Copper Transceiver, 10GBASE-T Optical to Ethernet for Ubiquiti UF-RJ45-10G, Net Gear AXM765,Supermicro, Unifi, up to 30m

This SFP+ to RJ45 module worked flawlessly with my network setup, providing stable and consistent 10GbE connectivity. The build quality is solid, and installation was plug-and-play with no compatibility issues across my switch. Latency is low, and I haven't noticed any drops in throughput even during heavy file transfers. Like most copper-based SFP+ transceivers, it does run warm, but that’s expected for 10Gb over copper. Adding some airflow in the switch enclosure helps mitigate the heat buildup. If you need a cost-effective way to upgrade to 10Gb networking, this is a solid and reliable option.

Plug and play right into my unifi UDM pro router. No configuration needed beyond normal networking stuff. Works as advertised and arrived quickly. Decent price for 10 Gb copper. Works with standard gigabit networks just fine.

I recently purchased the QSFPTEK 10G SFP+ RJ45 Module to upgrade my home network setup, and I have been thoroughly impressed with its performance. Installation was a breeze— it was truly plug-and-play with my Ubiquiti UDM Pro and switch US-8-150W, and I didn't face any compatibility issues. The data transfer speeds have significantly improved, making my large file transfers and streaming activities seamless and much faster.The build quality of the transceiver module feels sturdy and reliable. Additionally, the price point is very reasonable compared to other brands offering similar specs. It's been a couple of months since the installation, and I haven't encountered any disruptions or slowdowns in performance.For anyone looking to upgrade their network to 10GbE without breaking the bank, I highly recommend this product. It offers great value and excellent performance, all while being supported by a helpful customer service team at QSFPTEK who answered my queries promptly before the purchase.Pros:* Easy installation* Compatible with Ubiquiti equipment - UDM Pro - Port 11* Reliable and fast performance* Cost-effective solution for 10GbE upgradeCons:* None so farOverall, this transceiver is a fantastic choice for both tech enthusiasts and professionals looking to enhance their network infrastructure.

I have had zero issues with these modules. I have not had a switch or NIC that has complained about them so the compatibly is great. These allow me to use the full speed of my ISP plan. A lot of other reviews mention that the module gets hot under load and I can confirm but it can be mitigated by putting a little heatsink on the exposed part of the module or having a little USB fan blowing on it.

TL;DR: If your switch port supports egress limits of 2.5Gbps or 5Gbps. You should have good luck with your 2.5/5g ethernet ports. Otherwise, measure with iperf and pay attention to iperf traffic direction before you celebrate.I have a Gigabyte Aorus AM4 ITX board with a RealTek 2.5G port. When connected to my Ubiquiti XG-16switch however, the ethernet ports negotiate at 1Gbps only. This transceiver popped up in my search as something that will enable the full 2.5Gbe.Plugged it in and everything seemed to work great. Switch sees it as a 10Gbe SFP link while windows sees it as a 2.5Gbe link. Large file transfers looked good too. Between 80-130MB/s. Not great but ok.Running iperf3 however, revealed a big issue with my setup. My NAS (ReadyNas 626X with 10Gbe ethernet) on the same switch ran iperf3 in server mode (iperf3 -s) while the PC ran it in client mode (iperf3 -c): this reported a solid 2.37Gbit/s. Great right! However, large file transfer in use felt worse that with my 1Gbe link. The NAS has a xeon processor and can easily handle the needed 10Gbit speeds for iperf3 (I have a 5950x on the PC which is a beast): tested with a different 10Gbe machine on my network.Investigating further it turns out that I misunderstood. iperf server does not actually serve!! The iperf client pushes data to the server. I need to run the client (PC) with '-R' flag to have the client consume data (switch pushing data into the transeiver).So traffic from PC -> Transciever -> XG16 -> NAS went though at full speed 2.37Gbit/sTraffic from NAS -> XG16 -> Transciever -> PC was a miserable 200-600Mbit/s with tons of retries.If I remove the transceiver and switch to the automatic 1Gbit downgrade (with egress limiting), iperf3 gives me 970MBit/s with 0 retries. Way better than with this transceiver.The general diagnosis at this point seems to be that the switch is pushing packets too fast for the port to handle and dropping a lot of packets slowing everything down. Solution seems to be to turn on egress rate limiting on the port. Basically, tell the switch that even though the SFP+ port negotiates at 10Gbits, limit outgoing traffic to 2.5Gbit/s. However, Ubiquiti in their wisdom do not allow egress rate limiting to more than 1Gbit/s: on a 10Gbit switch! Why!! Gah!So yeah: make sure that your switch can handle egress limits at whatever reduced speed you want to run your 10G connection at. Better still, pick up a Mellanox ConnectX-3 if you have the PCI slot for it.

Excellent product, it works well between two 10G SFP+ ports on a Brocade ICX-7450 running Ruckus Unleashed/Fast Iron and using a 50 ft Cat 8 Ethernet cable. Also works great with one end plugged into a 2.5 GbE port. They get very warm, but not scalding hot, and not so much they feel like they'll melt or that performance seems to be impacted.

Works great with a nicgiga S25-0802P and intel x540-t2 card

Cheap, work well with Unifi gear (switches mostly). I mostly use these with somewhat short cables, anything over 30feet I went with fiber.