I bought mine from esisoinc, seems like a pretty good price. He also sells configured boards.
QUANTA WINDMILL SYSTEM 2 NODES W/ SYSTEM BOARD HEATSINK LGA2011 | eBay
Potential Deal: 2 x Dual 2011 nodes @$199, Quanta Openrack
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QUANTA WINDMILL SYSTEM 2 NODES W/ SYSTEM BOARD HEATSINK LGA2011 | eBay
sorry for offtopic. And which operating system are you using and which miner?
游戏多开 安卓模拟器 渲染 32核 双路 X79 2011主板 C602 E5-2670
Or do you need a server in the case?
Ubuntu 16.04 using cpuminer-multi with 20 threads per node (optimal thread number depends on your processor cache) and I get ~700H/s out of each for a total of ~1.4kH/s.
Do you have the dimensions and weight for the package? Trying to figure out what it would cost to ship it with a shipping forwarder.
Not sure if esoinc will ship with the same dimensions, but if you're buying the wiwynn units this is the information i got earlier in the thread.
Also, some rather enterprising sellers in china have created a 12 node (6 unit) vertical cage that appears to fit into a standard 19" rack, looking like a HP BladeSystem. Since I don't see the BladeSystems often, i'd think of them like a larger Cisco Nexus 7k core switch. Pretty intriguing.
Now just to get a metal fabricator to copy the design...
Now just to get a metal fabricator to copy the design...
Also, some rather enterprising sellers in china have created a 12 node (6 unit) vertical cage that appears to fit into a standard 19" rack, looking like a HP BladeSystem. Since I don't see the BladeSystems often, i'd think of them like a larger Cisco Nexus 7k core switch. Pretty intriguing.
Now just to get a metal fabricator to copy the design...
Were are those listed? Very cool. I would even like to have it as the rack to hold the servers on a shelf.
Agreed, that is very cool. Maybe I DO need five more of these, after all.Also, some rather enterprising sellers in china have created a 12 node (6 unit) vertical cage that appears to fit into a standard 19" rack, looking like a HP BladeSystem. Since I don't see the BladeSystems often, i'd think of them like a larger Cisco Nexus 7k core switch. Pretty intriguing.
Now just to get a metal fabricator to copy the design...
Agreed, that is very cool. Maybe I DO need five more of these, after all.
I'm working on that, just received my third Wiwynn in today.
Packaged MUCH nicer than the first two, those were just thrown in a box with some foam and the power supply retaining pin broke off of one, and looks like the original packing.
Very nice! where did you buy yours?
I'm a bit on the fence as i can't really find room for any more fulltower-sized builds and i can't deal with super-noisy 1U's.
How are these for noise?
How does the backplate look? Would it fit a "standard" CPU-fan (Evo 212 etc)
Shipping times?
Many thanks
云渲染云计算192核384线程12节点E5 11U服务器秒C6220,可加显卡。
You can purchase it here for $1533 or so. pretty cheap all things considered.
You can purchase it here for $1533 or so. pretty cheap all things considered.
I hate to burst your bubble, but those prices are google translate-speak for "quasi-system" only. which in our terms, means barebones only. So it's actually a pretty bad deal, if you calculate them the enclosure ends up costing like $300 and you have a bunch of 6 used nodes.
Yes I confirm that it means barebones. I am in Hong Kong and I purchased a lot of Taobao stuff.
Yes, you have a solution here : post #152
It work, but only with ipmitool, AFAIK.
You can't use it with the cluster tools of vSphere (and if someone know how to make it work, my day will be faaaar better ^^), unless you have a relay (and i don't know if an IPMI relay is a thing or even possible).
I've actually found that the IPMI on these is pretty reliable all things considered, including SoL, wake on LAN, and your other most common IPMI uses.
I've got roughly 30 nodes managed by MAAS where IPMI is used in the process of basically every management function.
The trick for OOB is watching your DHCP logs for what address gets assigned --- assuming you are lucky enough to have gotten a board with IPMI stock/default settings. Look for a dynamic hostname "dcmi0123456789" etc where 0123456789 is your IPMI MAC address, which should be one variant hex digit from the MAC address of the NIC port you're using.
Unless, that is, your non-volatile IPMI wasn't reset by your reseller, since these are all used, and the previous owner/datacenter may have turned off DHCP / changed the IP address scheme / changed admin user / altered things up more severely.
One way to solve this is that if you have one of the older BIOS revisions, and if you can guess a username in the admin group (USERID, admin, root, etc) then you can just use the Cipher Suite 0 exploit to take care of business (pass -C 0 and you're in).
Another option is installing CentOS 6 (the latest builds work fine) and using the custom DCMI tool ---OR--- a recent-ish FreeIPMI (compiling your own RPM from latest source is pretty simple) for access the IPMI in-band. I think it was around 2014/2015 the Windmill workarounds/drivers were integrated into FreeIPMI's tools.
Otherwise you might have to reflash BIOS and MEI to reset the IPMI non-volatile memory.
As a bonus --- on a similarly related note --- I've found that even boards with F03A_1A01 BIOS will happily take the latest available BIOS (F03C_3A07) --- YMMV, proceed at your own risk, don't hold me liable for bricking your board, etc. But I've done this on roughly five 1A01 BIOS boards without incident, although there's always a chance my tests haven't covered everything and this introduces some pain I'm not aware of. If you want to be cautious, just reflash with your current BIOS and MEI version and IPMI will be reset to factory settings. Just pulling out the battery and resetting via jumper isn't enough.
I've got roughly 30 nodes managed by MAAS where IPMI is used in the process of basically every management function.
The trick for OOB is watching your DHCP logs for what address gets assigned --- assuming you are lucky enough to have gotten a board with IPMI stock/default settings. Look for a dynamic hostname "dcmi0123456789" etc where 0123456789 is your IPMI MAC address, which should be one variant hex digit from the MAC address of the NIC port you're using.
Unless, that is, your non-volatile IPMI wasn't reset by your reseller, since these are all used, and the previous owner/datacenter may have turned off DHCP / changed the IP address scheme / changed admin user / altered things up more severely.
One way to solve this is that if you have one of the older BIOS revisions, and if you can guess a username in the admin group (USERID, admin, root, etc) then you can just use the Cipher Suite 0 exploit to take care of business (pass -C 0 and you're in).
Another option is installing CentOS 6 (the latest builds work fine) and using the custom DCMI tool ---OR--- a recent-ish FreeIPMI (compiling your own RPM from latest source is pretty simple) for access the IPMI in-band. I think it was around 2014/2015 the Windmill workarounds/drivers were integrated into FreeIPMI's tools.
Otherwise you might have to reflash BIOS and MEI to reset the IPMI non-volatile memory.
As a bonus --- on a similarly related note --- I've found that even boards with F03A_1A01 BIOS will happily take the latest available BIOS (F03C_3A07) --- YMMV, proceed at your own risk, don't hold me liable for bricking your board, etc. But I've done this on roughly five 1A01 BIOS boards without incident, although there's always a chance my tests haven't covered everything and this introduces some pain I'm not aware of. If you want to be cautious, just reflash with your current BIOS and MEI version and IPMI will be reset to factory settings. Just pulling out the battery and resetting via jumper isn't enough.
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