ASRR boards have IPMI and cooling is nothing, I run a 16 core Ryzen on air and it's only 42*c under 70% load right now. ASRR has barebones (1U) servers for Ryzen. They are great.
@MikeA said:
ASRR boards have IPMI and cooling is nothing, I run a 16 core Ryzen on air and it's only 42*c under 70% load right now. ASRR has barebones (1U) servers for Ryzen. They are great.
Anyway, good day.
I’m genuinely interested in the positive way. I saw two barebones only from ASRR, one with and one with no hot swap. Neither supported NVMe on M.2 nor U.2, possibly one could put the daughter card to split NVMe out on this PCIe slot (but then sacrificing ability to upgrade to 10G as there’s only one slot..), assuming there is enough space to cool them. Would you be happy to share what chassis you run? I’m not judging anything. I’ve been attacked for buying Intel, my reasons is the platform of lack of it, I’m happy to re-evaluate if that’s not the case
@Cyder, this is lowend world. Ghetto setup works. Average users want Ryzen because of its ryzing fame. Gotta give kids toys that they want after all.
Now, I don't think you've been specifically attacked for using intel. The trigger for some is your statement of, "Desktop CPU is not meant to be used for servers." Which is technically true. But then again, this is lowend segment. Kids want their toys.
On a side note, doesn't Ryzen support ECC as long as mobo supports it?
@MikeA said:
ASRR boards have IPMI and cooling is nothing, I run a 16 core Ryzen on air and it's only 42*c under 70% load right now. ASRR has barebones (1U) servers for Ryzen. They are great.
Anyway, good day.
I’m genuinely interested in the positive way. I saw two barebones only from ASRR, one with and one with no hot swap. Neither supported NVMe on M.2 nor U.2, possibly one could put the daughter card to split NVMe out on this PCIe slot (but then sacrificing ability to upgrade to 10G as there’s only one slot..), assuming there is enough space to cool them. Would you be happy to share what chassis you run? I’m not judging anything. I’ve been attacked for buying Intel, my reasons is the platform of lack of it, I’m happy to re-evaluate if that’s not the case
Well the stuff I run doesn't need 4 or more NVMe drives, and the drives I use are just 1 or 2 M.2 drive configs with adapters (or 1x onboard + 1x adapter) with the rest being SATA for boot and stuff. I don't hotswap, but you can technically hotswap without a sas card or whatever anyway?
But of course if you're wanting a huge NVMe array or hotswap Epyc is obviously the way to go, there's no doubt.
@AnthonySmith said:
Ryzen is simply a better choice and ticks every box in this market segment especially and out performs/delivers over any intel server CPU in the same ballpark, I hate to say it especially as everyone knows how hard I ride the @clouvider train but sadly that train only seems to stop at intel stations now and I may need to consider another route.
1 intel bug... ok, 2 hmm, 3, are you shitting me, 4,..... FOUR!!! ... oh fuck off intel.
Ryzen shows better performance, but AFAIK it is not generally more secure. This particular vulnerability affects Intel specifically, but speculative execution attack vector is present in AMD as well.
Also, are there platforms with Ryzen and IPMI?
Having spoken to a few people who research these sorts of bugs, they all seem to be of the opinion that while AMD isn't perfect, there are far, far less cut corners than with Intel, and so these sorts of bugs are much less likely.
Cooling becomes a problem if you're rimming the cores 24/7, but then you'll just throttle anyway.
You can disable turbo (at least in Linux) and that seems to keep it from throttling, but you aren't going to see past the stock clock.
A 2U would probably be better, but that's a lot of rack space if you're in premium markets.
For us and our CPU usage, 1U's are fine. The projections on our Ryzen nodes is they'll run at < 50% total CPU utilization with it being a good bit lower than that on quieter ones. It isn't going to help with the hosts that redline their nodes all the damn time, but that's life.
Yeah, the risk here I suppose, when offering them as dedicated, is that someone actually might and then might expect the provider to get them to such a state they are usable at full load. You’re too using these Asrock Rack barebones, if you don’t mind me asking?
Even under full load mine never got hot enough to be in throttling range, but I use 2U for all of my existing stuff. Anything in the future will be 1U though.
Surely some ASRock boards support Ryzen and multiple NVMe drives, as Hetzner offers Ryzens with NVMe? That's not to say they not building their own boxes though?
@Mr_Tom said:
Surely some ASRock boards support Ryzen and multiple NVMe drives, as Hetzner offers Ryzens with NVMe? That's not to say they not building their own boxes though?
See I’d ideally want to see a barebone when they already validated it will be able to cool what’s inside.
@Clouvider your Epyc servers are listed under the "unmetered" category. I presume it's not worth capping the bandwidth as it wouldn't reduce the cost that much?
@yoursunny said:
Everyone should disable Hyper-Threading. It causes the two threads in a core to compete with each other on L1 and L2 caches. Today the bottleneck is memory access, not number of instructions. Thus, Hyper-Threading makes programs run slower.
But it means less vCPU then? Then per node there will be less VPS can be made?
If you need more cores, choose a CPU with more cores or a dual-socket machine. Don't use the fake cores created by Hyper-Threading.
Also, disable Virtualization as it's another performance bottleneck.
@poisson said:
Interesting. The bottleneck is still RAM for DDR4?
I'm building a router with content caching capability.
The bottleneck was Ethernet adapter, so we get 100Gbps adapters.
The bottleneck moves to kernel, so we use user-space drivers.
Now the bottleneck is RAM even at 2933MHz speeds.
Another bottleneck is PCIe 3.
Each Xeon can only support three PCIe 3 x16 slots.
EPYC supposedly can have 128 lanes of PCIe 4, but I can't find a single-socket motherboard with eight PCIe 4 x16 slots.
@Mr_Tom said: @Clouvider your Epyc servers are listed under the "unmetered" category. I presume it's not worth capping the bandwidth as it wouldn't reduce the cost that much?
It wouldn’t be terribly substantial but yeah, it could save some smallish number of £ :-).
Comments
ASRR boards have IPMI and cooling is nothing, I run a 16 core Ryzen on air and it's only 42*c under 70% load right now. ASRR has barebones (1U) servers for Ryzen. They are great.
Anyway, good day.
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I’m genuinely interested in the positive way. I saw two barebones only from ASRR, one with and one with no hot swap. Neither supported NVMe on M.2 nor U.2, possibly one could put the daughter card to split NVMe out on this PCIe slot (but then sacrificing ability to upgrade to 10G as there’s only one slot..), assuming there is enough space to cool them. Would you be happy to share what chassis you run? I’m not judging anything. I’ve been attacked for buying Intel, my reasons is the platform of lack of it, I’m happy to re-evaluate if that’s not the case
Clouvider Limited - VPS in 11 datacenters - Intel Xeon/AMD Epyc with NVMe and 10G uplink! | Dedicated Servers
@Cyder, this is lowend world. Ghetto setup works. Average users want Ryzen because of its ryzing fame. Gotta give kids toys that they want after all.
Now, I don't think you've been specifically attacked for using intel. The trigger for some is your statement of, "Desktop CPU is not meant to be used for servers." Which is technically true. But then again, this is lowend segment. Kids want their toys.
On a side note, doesn't Ryzen support ECC as long as mobo supports it?
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Well the stuff I run doesn't need 4 or more NVMe drives, and the drives I use are just 1 or 2 M.2 drive configs with adapters (or 1x onboard + 1x adapter) with the rest being SATA for boot and stuff. I don't hotswap, but you can technically hotswap without a sas card or whatever anyway?
But of course if you're wanting a huge NVMe array or hotswap Epyc is obviously the way to go, there's no doubt.
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The majority of the boards support ECC, even many of the cheap $60-80 boards. There's no point of doing that with a super cheap board though really..
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@aMike, you are giving kids (Spring-break hosts) ideas...
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Look at the scrub running a 5.x kernel
My pronouns are like/subscribe.
Having spoken to a few people who research these sorts of bugs, they all seem to be of the opinion that while AMD isn't perfect, there are far, far less cut corners than with Intel, and so these sorts of bugs are much less likely.
Nothing is ever perfect.
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I'm using them in 1U's.
Cooling becomes a problem if you're rimming the cores 24/7, but then you'll just throttle anyway.
You can disable turbo (at least in Linux) and that seems to keep it from throttling, but you aren't going to see past the stock clock.
A 2U would probably be better, but that's a lot of rack space if you're in premium markets.
For us and our CPU usage, 1U's are fine. The projections on our Ryzen nodes is they'll run at < 50% total CPU utilization with it being a good bit lower than that on quieter ones. It isn't going to help with the hosts that redline their nodes all the damn time, but that's life.
Francisco
Yeah, the risk here I suppose, when offering them as dedicated, is that someone actually might and then might expect the provider to get them to such a state they are usable at full load. You’re too using these Asrock Rack barebones, if you don’t mind me asking?
D
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Even under full load mine never got hot enough to be in throttling range, but I use 2U for all of my existing stuff. Anything in the future will be 1U though.
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What about this stuff then?
https://www.asrockrack.com/general/productdetail.asp?Model=1U4LW-X470
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Interesting
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They're good, but if I recall that one is like $750.
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Surely some ASRock boards support Ryzen and multiple NVMe drives, as Hetzner offers Ryzens with NVMe? That's not to say they not building their own boxes though?
That’s the one I was saying has severely limited storage options (no NVMe, or one maybe 4 on a daughter, and no option to upgrade to 10G then)
Clouvider Limited - VPS in 11 datacenters - Intel Xeon/AMD Epyc with NVMe and 10G uplink! | Dedicated Servers
See I’d ideally want to see a barebone when they already validated it will be able to cool what’s inside.
Clouvider Limited - VPS in 11 datacenters - Intel Xeon/AMD Epyc with NVMe and 10G uplink! | Dedicated Servers
It's got one of these in it according to dmidecode, which seems slightly different to the one linked above: https://www.asrockrack.com/general/productdetail.asp?Model=X470D4U#Specifications
Now this has 2x m.2 and could be at least sellable - but no barebone with this one as far as I can find
Clouvider Limited - VPS in 11 datacenters - Intel Xeon/AMD Epyc with NVMe and 10G uplink! | Dedicated Servers
That's the board we use. They have a 2T version which has dual 10gig copper ports.
For us, we use the D4U since our Infiniband 3X VPI's have a 2nd port on them that can operate in 10gig & 40gig ethernet simultaneously.
Francisco
A quick question.
Does "copper" part really make a difference?
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Yes, it uses a lot more power. It's something like 3W+ per side.
Francisco
That, long ago switches were less available with J but i guess this now changed. And fibre looks better on pictures ;-)
Not a deal breaker though, would just need an entire rack of those if that was to make sense.
Clouvider Limited - VPS in 11 datacenters - Intel Xeon/AMD Epyc with NVMe and 10G uplink! | Dedicated Servers
@Clouvider your Epyc servers are listed under the "unmetered" category. I presume it's not worth capping the bandwidth as it wouldn't reduce the cost that much?
If you need more cores, choose a CPU with more cores or a dual-socket machine. Don't use the fake cores created by Hyper-Threading.
Also, disable Virtualization as it's another performance bottleneck.
I'm building a router with content caching capability.
The bottleneck was Ethernet adapter, so we get 100Gbps adapters.
The bottleneck moves to kernel, so we use user-space drivers.
Now the bottleneck is RAM even at 2933MHz speeds.
Another bottleneck is PCIe 3.
Each Xeon can only support three PCIe 3 x16 slots.
EPYC supposedly can have 128 lanes of PCIe 4, but I can't find a single-socket motherboard with eight PCIe 4 x16 slots.
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That is not a router.
My pronouns are like/subscribe.
It wouldn’t be terribly substantial but yeah, it could save some smallish number of £ :-).
Clouvider Limited - VPS in 11 datacenters - Intel Xeon/AMD Epyc with NVMe and 10G uplink! | Dedicated Servers
It's normally called a "forwarder". "router" is an alias.
See here: https://github.com/usnistgov/ndn-dpdk
best of "yoursunny lore" by Google AI 🤣 affbrr
sounds like a cobalt raq 4
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