5 Port 2.5Gb Ethernet Switch Unmanaged Network Switch Ethernet Splitter | 5 x 2.5 Gigabit | 1 x 10G SFP+ | Multigig Switch 10-100-1000Mbps | 45G Bandwidth | Fanless Metal Internet Switch

Works excellent. Fast, Future Proof, Plenty of Connections. Used as secondary Switch for an AT&T Fiber Router. Great Value. I highly recommend, as I expect this item to be a good backbone for the Ethernet parts of my system for a long while. No noise and barely gets Warm. Plug and Play. Shaped right and ports are in correct locations. This is a very fast QoeS switch.

I recently upgraded to fiber internet and wanted that extra speed! I bought this to get my 2.5gbs! Most switches dont have that capability and especially not at that price! I eneded up hard wiring my whole house and putting a few of these throughout the house in different rooms! None of them have been hot to the touch, you plug them in and they just work! I would recommend upgrading your wiring if your still using CAT5, but these are a must if you want the speed!

No issues with these. I haven't tried the SFP connection with optical. It would be ideal for daisychain more than one of these together. It does connect at 2.5Gbps and gives the rated speed. I didn't feel any heat concerns with it. Just plug and play. Your modem/router needs to support 2.5Gbps and ISP to support 2Gbps speeds or faster to see the results on speedtest with a 2Gbps plan for faster. Home use device to device on LAN you should see about 220MB a second file transfers depending on your device capabilities.

These have proven to be reliable, though in retrospect it is unfortunate to only have one SFP port.

It does work, and is very cheap. You're not going to get the absolute maximum possible performance compared to a quality name brand switch that costs twice as much, but if you don't care about squeezing every last ounce of performance, this switch should do fine.

To the point I wanted to build an optically isolated network capable of having any 4 computers be able to simultaneously communicate with servers located in the network closet 30meters away. This was in the tropics where the lightning has so much current it can create ground differentials between parts of a building of 3000+ volts ripping through the magnetic isolation of wired ethernet! So the solution was two of these switches, a pair of fiber transceivers (ASIN B08BP55663) that these switches have a port for a 10GB/sec transceiver, and of course a pre terminated fiber cable. Using this equip one switch sits in the network closet connected via one or more 2.5Gbps ethernet NIC's then go through the 10-100m of optical fiber to the other identical switch that connects to the desktops at 2.5Gbps. I have two setups as described above in locations that have previously experienced equipment damage by lightning and to date this along with quality UPS on each end has protected against lightning damage. No guaranty's here but it is safe to assume that a non-conductive optical link across a large building or between two buildings is going to be much better than a conductive copper link and using these inexpensive switches this arrangement can be inexpensively done and still support the more than double speed that 2.5gbps ethernet offers. In the past few years more computers and system boards have 2.5gbps built-in and 2.5gbps NIC cards can be had for under $20 so even if now you only want/can use 1Gbps with these switches you are future proofing/preparing for double speed!

The adoption of network speeds above 1GB from ISPs combined with the inclusion of 2.5GB NICs from OEMs seems to be the catalyst needed to bring down the price on 2.5GB switches. A new ISP in town is bringing 2.3GB fiber optic service out this fall, so I thought now is the time to make the jump to be ready. I have a one-level house that is really long that makes WiFi unattainable throughout the whole house without employing several access points or a large mesh to cover the distance. The challenge is extended by the demarcation point for service being located at the extreme end of the house. The really nice feature of this switch is that 2.5GB speed is possible with CAT 5e or higher cabling. That means you can simply drop this switch in place of your existing 1GB switch and have the capability of 2.5GB. I can upgrade my wired network to 2.5GB for a fraction of what it would cost me to install a mesh network that would cover the entire house and have higher throughput as well. Another very nice feature of this switch in addition to the robust 60Gbps switching capacity is the inclusion of the 10GB SFP+ port. This is an attractive feature for layouts like mine that involve long cable runs between rooms with multiple devices. This makes it easy to run a high bandwidth link between locations with the added benefit of being able to run fiber optic to avoid interference. I'm looking forward adding another of these switches to the network to achieve 2.5GB end-to-end throughout the house. 3 of my PCs already had Killer 2.5 NICs, so replacing the switch is all I needed to get up and running. A few more NICs and a couple more switches and I'll be all set.

Simple plug-n-play switch to connect multiple 2.5G devices to your network. Plugs into a standard electrical outlet for power, via a plug adapter, and provides 5 2.5Gb ports (1 in and 4 out), plus one 10Gb SFP port. It's quiet and small enough to place almost anywhere. Accepts standard RJ-45 network cables, which should be CAT 6 or above for full speed transfer.