ddrueding
Fixture
After watching some videos on YouTube demonstrating VMs with direct exposed hardware while wanting a NAS with 10GbE and SSD file caching, I decided to start a build similar to that in the videos (links at bottom of post).
UnRAID will do a bunch of things, the things I'm interested in at the moment are the following:
3x direct-connected Windows 10 VMs
NAS with 10GbE and SSD cache
PLEX/DropBox/TeamSpeak servers in a Docker containers
Firewall?
So for hardware, I'm scavenging some server stuff that I should be selling and is pretty solid overkill for this project.
ASUS Z9PE-D8 WS
2x Intel Xeon CPU E5-2687W (16 cores+Hyperthreading @ 3.10GHz turbo to 3.8GHz)
8x Kingston KVR16LR11D4/16 (128GB ECC DDR3 1.365v @ 1600MHz)
Seasonic SS-600H2U
Silverstone Tec 3U RM316
-I/O-
2x nVidia Quadro K1200
1x nVidia Quadro K420
+Something cheap and low-power for server interface
-Drives-
2x Kingston 480GB SSD
2x Samsung 480GB SSD
6x HGST 8TB 7200RPM
-Networking-
Onboard 2x GbE
1x Intel X540T2 (2x 10GbE)
1x Intel X520-DA2 (2x SFP+)
At the very least the CPUs will be water cooled, possibly the GPUs as well (all card slots may end up full).
I'll probably pull the X540T2 as the system won't boot with it in, this seems to be a common issue with this card in Linux.
I'm having a hard time getting the hotswap bays to play with the onboard SATA ports; I'm using SFF8087 to SATA cables "backwards" and not sure that will work. None of the drives are being detected.
PSU is a poor choice for this chassis as they are different form factors, but I couldn't find an appropriately powerful (600W may not actually be enough) maximum efficiency PSU of the right size.
Current NIC plan is to use one of the SFP+ to direct-connect to my workstation and the other into the switch that runs everything else.
I'd like to use the two onboard NICs as part of a firewall. Haven't looked into that yet, may end up learning a lot about Linux iptables and such.
[video=youtube_share;LuJYMCbIbPk]https://youtu.be/LuJYMCbIbPk[/video]
[video=youtube_share;OhVlcw1Wpns]https://youtu.be/OhVlcw1Wpns[/video]
8:30PM, time to leave work. More to come.
UnRAID will do a bunch of things, the things I'm interested in at the moment are the following:
3x direct-connected Windows 10 VMs
NAS with 10GbE and SSD cache
PLEX/DropBox/TeamSpeak servers in a Docker containers
Firewall?
So for hardware, I'm scavenging some server stuff that I should be selling and is pretty solid overkill for this project.
ASUS Z9PE-D8 WS
2x Intel Xeon CPU E5-2687W (16 cores+Hyperthreading @ 3.10GHz turbo to 3.8GHz)
8x Kingston KVR16LR11D4/16 (128GB ECC DDR3 1.365v @ 1600MHz)
Seasonic SS-600H2U
Silverstone Tec 3U RM316
-I/O-
2x nVidia Quadro K1200
1x nVidia Quadro K420
+Something cheap and low-power for server interface
-Drives-
2x Kingston 480GB SSD
2x Samsung 480GB SSD
6x HGST 8TB 7200RPM
-Networking-
Onboard 2x GbE
1x Intel X540T2 (2x 10GbE)
1x Intel X520-DA2 (2x SFP+)
At the very least the CPUs will be water cooled, possibly the GPUs as well (all card slots may end up full).
I'll probably pull the X540T2 as the system won't boot with it in, this seems to be a common issue with this card in Linux.
I'm having a hard time getting the hotswap bays to play with the onboard SATA ports; I'm using SFF8087 to SATA cables "backwards" and not sure that will work. None of the drives are being detected.
PSU is a poor choice for this chassis as they are different form factors, but I couldn't find an appropriately powerful (600W may not actually be enough) maximum efficiency PSU of the right size.
Current NIC plan is to use one of the SFP+ to direct-connect to my workstation and the other into the switch that runs everything else.
I'd like to use the two onboard NICs as part of a firewall. Haven't looked into that yet, may end up learning a lot about Linux iptables and such.
[video=youtube_share;LuJYMCbIbPk]https://youtu.be/LuJYMCbIbPk[/video]
[video=youtube_share;OhVlcw1Wpns]https://youtu.be/OhVlcw1Wpns[/video]
8:30PM, time to leave work. More to come.