I have a small network that I would like to upgrade to 10gbe. I have a freeNAS server running on a super micro x10-drl-i board, a windows workstation and a MacBook Pro. My server is about 3 feet away from my desk so from a cabling standpoint, it should be simple.
Current Plan is as follows:
- CRS305-1G-4S+IN
- Intel X520-DA2 (one for each desktop)
- A usb/thunderbolt 5gbe ethernet adaptor (I would love to do 10gbe but price delta is high so I will wait)
- DAC cables for the server and the workstation
- SFP+ to ethernet adaptor for the MacBook (open to suggestions on these)
Will likely be using the 1gbe for the internet connection but am considering using the final 10gbe but my network is currently 1gbe and internet bandwidth isn't a problem at the moment, the big issue is the bandwidth limitation inside the network. If I should use the SFP to ethernet adaptor in the final port for the internet connection, please let me know.
Any and all notes, suggestions etc. is welcome. I am not very familiar with SFP+ or 10gb networking and would love to be able to order it all in one go and get something that works correctly. I just wanna make sure I am not missing something.
Thanks in Advance!
Jacob
Current Plan is as follows:
- CRS305-1G-4S+IN
- Intel X520-DA2 (one for each desktop)
- A usb/thunderbolt 5gbe ethernet adaptor (I would love to do 10gbe but price delta is high so I will wait)
- DAC cables for the server and the workstation
- SFP+ to ethernet adaptor for the MacBook (open to suggestions on these)
Will likely be using the 1gbe for the internet connection but am considering using the final 10gbe but my network is currently 1gbe and internet bandwidth isn't a problem at the moment, the big issue is the bandwidth limitation inside the network. If I should use the SFP to ethernet adaptor in the final port for the internet connection, please let me know.
Any and all notes, suggestions etc. is welcome. I am not very familiar with SFP+ or 10gb networking and would love to be able to order it all in one go and get something that works correctly. I just wanna make sure I am not missing something.
Thanks in Advance!
Jacob