plus around $40 shippingFound this online. Looks to be very similar.
SV-X10SLH-N6-ST031-Supermicro 1U Firewall Server W/ X10SLH-N
www.theserverstore.com
1U Supermicro Server 6x 10GBE RJ45 X10SLH-LN6TF LGA 1150 H3 X10SLH-N6-ST031
- Thread starter Bert
- Start date
Bios is completed. It will be uploaded today
I got one of these boards today. I have experience with Supermicro servers and the behavior of this thing seems strange. The LEDs on the BMC NIC flash and change color in an odd way. The BMC heartbeat LED doesn't flash green like every other board I've seen, it's a solid orange. The IPMI web interface reports 26 sensors, but says they're all not present.
When I got the board the IPMI had a password, so I flashed it with the newest firmware 3.86 for the regular X10SLH and cleared the config. I'm not sure if that was related, or if the BMC on mine is just broken.
Edit: I forgot to turn the power to the board on after flashing the BMC firmware so now the sensors appear. When the OS is running (testing with Linux right now) the IPMI NIC lights still flash in a weird, crazy pattern but the BMC itself seems to be operating correctly.
Edit 2: I located a "regular" X10SLM and the BMC LEDs behave the exact same way, so it's apparently normal on these series of motherboards.
When I got the board the IPMI had a password, so I flashed it with the newest firmware 3.86 for the regular X10SLH and cleared the config. I'm not sure if that was related, or if the BMC on mine is just broken.
Edit: I forgot to turn the power to the board on after flashing the BMC firmware so now the sensors appear. When the OS is running (testing with Linux right now) the IPMI NIC lights still flash in a weird, crazy pattern but the BMC itself seems to be operating correctly.
Edit 2: I located a "regular" X10SLM and the BMC LEDs behave the exact same way, so it's apparently normal on these series of motherboards.
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So, I am currently in the process of building some redundancy in my home network.
I actually recently grabbed an HP Z230 and I am running it as a second ESXI host to have my Secondary DNS and AD servers run in a different box. I was also considering moving vsphere to that box...
But the next step was to move away from my single port Mellanox 10G cards to dual or quad Intel X710 cards. But this whole server costs less than a single X710....
I just ordered one and I guess I must change my plans around a little bit.
Anyone have sound level comparisons or power draw numbers at idle?
I actually recently grabbed an HP Z230 and I am running it as a second ESXI host to have my Secondary DNS and AD servers run in a different box. I was also considering moving vsphere to that box...
But the next step was to move away from my single port Mellanox 10G cards to dual or quad Intel X710 cards. But this whole server costs less than a single X710....
I just ordered one and I guess I must change my plans around a little bit.
Anyone have sound level comparisons or power draw numbers at idle?
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Here it is for everyone to download: http://drunkencat.net/misc/X10SLH-LN6TF_BIOS(ezsolutionsinc).zip
That is surprising for me as well. I am running an E3-1241v3, 32GB RAM, a Quadro P620, and LSI 9211-8i.
3 chassis fans, 1CPU fan, 4x HGST Ultrastar HDDs, and 4x Intel S3510 SSDs in a Supermicro 2.5" chassis all stuffed in a CSE-835 case with a single 1000w "quiet" power supply.
Running UNRAID at idle I am at 112w average. Once I stuff the other 4 HDDs in and get some transcoding going I will get a good "max" value.
I don't think that 80-90 watts is all that unexpected, that's actually why I asked. It has 3 older 2-port 10 Gigabit Ethernet (not SFP+) ports built in. That's a 45nm part from 2012...Those things have like a 10 or 12 watt TDP each. Conservatively, that is 30 watts right there. Add a CPU, RAM, storage, and overhead...
I have a E3-1265L v3 put away for this chassis, so using a 45 watt CPU vs an 80 watt one should help some under load.
I have a E3-1265L v3 put away for this chassis, so using a 45 watt CPU vs an 80 watt one should help some under load.
@BlueFox @ezsolutionsinc - thank you for posting the bios. What is the benefit of flashing this bios over the stock supplied by the vendor? Thanks again!
The vendor bios isn't updated. All they did was take the password we gave them after they promised a credit of $100, (but backed out of), provide it to IBM, who gave them the bios without a password. Then flashed the password free bios to the servers , but raised the rate. Our bios is fully updated with latest micro code among other things.
It was a request of our employer, so we represent neither. We use these servers for untangle appliances, where i work, among other things, and being told told it wasn't possible annoys my boss a great deal. So we took it into our own hands to get the password, followed by an updated bios to share with everyone else regardless of cost.
Y'all are awesome people for doing this!
I got my motherboard before this thread even started... I noticed I am at 3.2 and I had a cleared password. I am wondering if the BIOS is the same between my board and what you posted or if it is just a strange coincidence at this point.
Mine came a few weeks ago and realized I couldn't boot from the NVME addon card - had the same problem with an X10DRI until I learnt how to mod the SMC bios.
Have included the modded 3.2 Bios from Bluefox. You will need to reset CMOS after install - did mine from a Rufus FreeDos USB.
As usual I accept no responsibility ... yada yada ... use at your own risk
Have included the modded 3.2 Bios from Bluefox. You will need to reset CMOS after install - did mine from a Rufus FreeDos USB.
As usual I accept no responsibility ... yada yada ... use at your own risk
I transplant the system board from 1u chassis to a iStar 2u ( unknown model , 17"w x 15" D ) case.
I brought the iStar many years ago, it turn out the 2u case was built for Supermicro board.
The case Front Panel connector matched SM FP pinouts. All leds indicator and button worked.
The system running Ubuntu 18.0.4 idle at 48w.
Config
E3-1240 v3
4 x 4 gb udimm
1 Intel SSD
2 Front 80mm fan, 1 x 80mm CPU heatsink fan.
Fan profile set to Optimal speed, no need to run ipmitool to set therehold.
2 Front fan running at 1100rpm, CPU fan is at 1600 rpm.
Nice and quiet , just low hum.
Next steps, transplant more system boards to 2u case and build a cluster.
Want to thank everyone for the mod BIOS
I brought the iStar many years ago, it turn out the 2u case was built for Supermicro board.
The case Front Panel connector matched SM FP pinouts. All leds indicator and button worked.
The system running Ubuntu 18.0.4 idle at 48w.
Config
E3-1240 v3
4 x 4 gb udimm
1 Intel SSD
2 Front 80mm fan, 1 x 80mm CPU heatsink fan.
Fan profile set to Optimal speed, no need to run ipmitool to set therehold.
2 Front fan running at 1100rpm, CPU fan is at 1600 rpm.
Nice and quiet , just low hum.
Next steps, transplant more system boards to 2u case and build a cluster.
Want to thank everyone for the mod BIOS