Very good 2.5/10G Ethernet switch
Works without a hitch, allowing me to connect my box and my nas in 10G, and my PCs in 2.5G. It makes a big difference to life compared with gigabit Ethernet (1G). I can wholeheartedly recommend this Qnap switch!
Works without a hitch, allowing me to connect my box and my nas in 10G, and my PCs in 2.5G. It makes a big difference to life compared with gigabit Ethernet (1G). I can wholeheartedly recommend this Qnap switch!
This switch synchronises perfectly at the expected speeds (10, 2.5, 1 gb) with the coloured LEDs showing the connection quality.
At 2.5 gb, copies are made at more than 300 MB/s, making ISCSI disk backups really usable.
Even with cat 6A S/FTP cable.
The power consumption is 4.5v idle, for a 1 Gb port it is 0.2v, for a 2.5 Gb port it is 0.7v, and for a 10 Gb port it is 1.2v
It's a pity that it's not manageable, with for example a vLan management.
Very stable even in hot weather.
To be recommended, if you really want to saturate your fibre speed...
Nothing to say that it is perfect!
Performance at the rendezvous, stability even if it is 40 degrees the product does not show the slightest degradation in performance!
I recommend it!
No worries with this totally autonomous switch. Green lights if you are connected to the maximum of the port's possibilities, orange lights otherwise. Simple and efficient. Heats up quite a bit, but as it's passive it's inevitable.
Great tools, very efficient. A flow of more than 2go. Lightweight and can be hung on the wall. Great quality. I recommend it.
The switch works as expected, at the advertised speeds without any problems, and when it's not in use it doesn't get too hot.
The green or orange LEDs that indicate whether the maximum speed of the port is being used or not are a good help in quickly finding network card configuration problems.
Quality switch that immediately recognizes the speed with the connected device, lighted green when connected to a 10G or 2.5G device with an RJ45 Cat 7/ S/FTP cord or orange when the connected device is below its values.