Here’s my beautiful unemployed-for-too-long-have-no-money-dont-care-about-looks lab :)
Hey it’s more than good enough to run all this ¯_(ツ)_/¯
Here’s my beautiful unemployed-for-too-long-have-no-money-dont-care-about-looks lab :)
Hey it’s more than good enough to run all this ¯_(ツ)_/¯
The used 48 port was cheaper than the used 24 port.
You call it waste, I call it reuse.
But you seem to only need a 8 port at most 🤯
It is a MANAGED switch, my guy. A simple 8 port switch would not work here.
I have multiple VLANs running.
Also, one of those connections is a 10gbe DAC to the big machine which is my NAS and main server.
Not too many 8 port managed switches out there with an sfp+ 10gbe port for 50 bucks, which is what I paid for that Brocade switch in my picture.
But hey, if you feel like buying one for me, I’ll happily take it, and start using it instead.
Easy to get these days actually, with 10gbit sfp+ and 8x 2.5gbit, managed switches. About $60.
But my actual argument was that your 48 port switch eats electricity like crazy. That aint a cheap switch at all.
The only brand new, 10gbe managed switches that I can find for less than 60 bucks are off-brand chinese junk. No thank you.
As far as electricity cost goes? After doing that math, it might cost me a dollar fifty a year to use. That machine sitting on the bottom is a much bigger chunk than the switch itself, as it has 6 7200rpm SAS drives in it. Plus it’s a Xeon E3 CPU.
Those drives, each, use as much electricity as that switch does, even before considering the CPU itself.