Computer Construction Conundrum
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So, it's time to replace my main dev box. Request for advice &| experience please :) I built my current box for £1200 2.5 years ago. It's a dual quad-core Xeon and I've learnt just about all I can from it. It's been the best £1 per day I've ever spent, but hey! nothing lasts forever... So I've looked around a bit and AMD have released a new range "Magny-Cours" of 8-core and 12-core Opterons at sensible prices. They are basically two quad- or hex-core CPUs in one package for half the price. They have are NUMA ( albeit cache coherent ) as each half of each socket has it's own memory channel. And they all support 2-socket and 4-socket configurations. Very interesting! I'm sorely tempted to build a 48-core box just for fun, but I'm having difficulty convincing myself as my last client still only had up to 8-core boxes. On the other hand, I think that will change soon, and certainly over the next 2.5 years. BTW, I would be using this for writing concurrent business server software. What would you do with 48 cores? Cheers, Nick
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So, it's time to replace my main dev box. Request for advice &| experience please :) I built my current box for £1200 2.5 years ago. It's a dual quad-core Xeon and I've learnt just about all I can from it. It's been the best £1 per day I've ever spent, but hey! nothing lasts forever... So I've looked around a bit and AMD have released a new range "Magny-Cours" of 8-core and 12-core Opterons at sensible prices. They are basically two quad- or hex-core CPUs in one package for half the price. They have are NUMA ( albeit cache coherent ) as each half of each socket has it's own memory channel. And they all support 2-socket and 4-socket configurations. Very interesting! I'm sorely tempted to build a 48-core box just for fun, but I'm having difficulty convincing myself as my last client still only had up to 8-core boxes. On the other hand, I think that will change soon, and certainly over the next 2.5 years. BTW, I would be using this for writing concurrent business server software. What would you do with 48 cores? Cheers, Nick
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So, it's time to replace my main dev box. Request for advice &| experience please :) I built my current box for £1200 2.5 years ago. It's a dual quad-core Xeon and I've learnt just about all I can from it. It's been the best £1 per day I've ever spent, but hey! nothing lasts forever... So I've looked around a bit and AMD have released a new range "Magny-Cours" of 8-core and 12-core Opterons at sensible prices. They are basically two quad- or hex-core CPUs in one package for half the price. They have are NUMA ( albeit cache coherent ) as each half of each socket has it's own memory channel. And they all support 2-socket and 4-socket configurations. Very interesting! I'm sorely tempted to build a 48-core box just for fun, but I'm having difficulty convincing myself as my last client still only had up to 8-core boxes. On the other hand, I think that will change soon, and certainly over the next 2.5 years. BTW, I would be using this for writing concurrent business server software. What would you do with 48 cores? Cheers, Nick
Nicholas Butler wrote:
What would you do with 48 cores?
Expression Blend would fly. Outlook would still hang.
I have CDO, it's OCD with the letters in the right order; just as they ruddy well should be
Forgive your enemies - it messes with their heads
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So, it's time to replace my main dev box. Request for advice &| experience please :) I built my current box for £1200 2.5 years ago. It's a dual quad-core Xeon and I've learnt just about all I can from it. It's been the best £1 per day I've ever spent, but hey! nothing lasts forever... So I've looked around a bit and AMD have released a new range "Magny-Cours" of 8-core and 12-core Opterons at sensible prices. They are basically two quad- or hex-core CPUs in one package for half the price. They have are NUMA ( albeit cache coherent ) as each half of each socket has it's own memory channel. And they all support 2-socket and 4-socket configurations. Very interesting! I'm sorely tempted to build a 48-core box just for fun, but I'm having difficulty convincing myself as my last client still only had up to 8-core boxes. On the other hand, I think that will change soon, and certainly over the next 2.5 years. BTW, I would be using this for writing concurrent business server software. What would you do with 48 cores? Cheers, Nick
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Nicholas Butler wrote:
What would you do with 48 cores?
Start a Data Center :)
Two heads are better than one.
Not a million miles off my next ( possible ) contract! Nick
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Nicholas Butler wrote:
What would you do with 48 cores?
Expression Blend would fly. Outlook would still hang.
I have CDO, it's OCD with the letters in the right order; just as they ruddy well should be
Forgive your enemies - it messes with their heads
Pete O'Hanlon wrote:
Expression Blend would fly.
I didn't know that Blend was multi-threaded :cool: Shame that concurrency was dropped from WPF :sigh: Nick
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Pete O'Hanlon wrote:
Expression Blend would fly.
I didn't know that Blend was multi-threaded :cool: Shame that concurrency was dropped from WPF :sigh: Nick
Nicholas Butler wrote:
Shame that concurrency was dropped from WPF
Only the UI - it's still constrained by the same issues for running STA as hampered WinForms.
Nicholas Butler wrote:
I didn't know that Blend was multi-threaded
Yup.
I have CDO, it's OCD with the letters in the right order; just as they ruddy well should be
Forgive your enemies - it messes with their heads
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Nicholas Butler wrote:
Shame that concurrency was dropped from WPF
Only the UI - it's still constrained by the same issues for running STA as hampered WinForms.
Nicholas Butler wrote:
I didn't know that Blend was multi-threaded
Yup.
I have CDO, it's OCD with the letters in the right order; just as they ruddy well should be
Forgive your enemies - it messes with their heads
Pete O'Hanlon wrote:
Only the UI - it's still constrained by the same issues for running STA as hampered WinForms.
I heard that it was mostly implemented but dropped because it was too complicated for developers. A real missed opportunity if true :sigh: Nick
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Play Civilization 5 on the largest map settings possible on the maximum allowed turn count. Or so I'd guess, I'm still 25 hours off from getting my copy.
Distind wrote:
I'm still 25 hours off from getting my copy.
I suggest getting some sleep now then :) Nick
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So, it's time to replace my main dev box. Request for advice &| experience please :) I built my current box for £1200 2.5 years ago. It's a dual quad-core Xeon and I've learnt just about all I can from it. It's been the best £1 per day I've ever spent, but hey! nothing lasts forever... So I've looked around a bit and AMD have released a new range "Magny-Cours" of 8-core and 12-core Opterons at sensible prices. They are basically two quad- or hex-core CPUs in one package for half the price. They have are NUMA ( albeit cache coherent ) as each half of each socket has it's own memory channel. And they all support 2-socket and 4-socket configurations. Very interesting! I'm sorely tempted to build a 48-core box just for fun, but I'm having difficulty convincing myself as my last client still only had up to 8-core boxes. On the other hand, I think that will change soon, and certainly over the next 2.5 years. BTW, I would be using this for writing concurrent business server software. What would you do with 48 cores? Cheers, Nick
Nicholas Butler wrote:
£1200
Nicholas Butler wrote:
2.5 years ago
Nicholas Butler wrote:
£1 per day
Nicholas Butler wrote:
What would you do with 48 cores?
Accurate division? :laugh: ;P
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So, it's time to replace my main dev box. Request for advice &| experience please :) I built my current box for £1200 2.5 years ago. It's a dual quad-core Xeon and I've learnt just about all I can from it. It's been the best £1 per day I've ever spent, but hey! nothing lasts forever... So I've looked around a bit and AMD have released a new range "Magny-Cours" of 8-core and 12-core Opterons at sensible prices. They are basically two quad- or hex-core CPUs in one package for half the price. They have are NUMA ( albeit cache coherent ) as each half of each socket has it's own memory channel. And they all support 2-socket and 4-socket configurations. Very interesting! I'm sorely tempted to build a 48-core box just for fun, but I'm having difficulty convincing myself as my last client still only had up to 8-core boxes. On the other hand, I think that will change soon, and certainly over the next 2.5 years. BTW, I would be using this for writing concurrent business server software. What would you do with 48 cores? Cheers, Nick
Nicholas Butler wrote:
What would you do with 48 cores?
Nothing, doubt I'd notice any difference. I rarely use 5% of one core. It's the gfx card that's the limiting factor in games and disk I/O with everything else. Other than a lot of disk thrashing at times in vmware though I don't really have any performance issues. Guess it'd be good for things like folding at home, SETI, etc, but then again the system will probably consume more electricity under load as well.
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Nicholas Butler wrote:
£1200
Nicholas Butler wrote:
2.5 years ago
Nicholas Butler wrote:
£1 per day
Nicholas Butler wrote:
What would you do with 48 cores?
Accurate division? :laugh: ;P
It seems pretty accurate, as Nick plans another 10 months for deciding, purchasing and assembling. One can't create a 48-headed monster overnight! :)
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So, it's time to replace my main dev box. Request for advice &| experience please :) I built my current box for £1200 2.5 years ago. It's a dual quad-core Xeon and I've learnt just about all I can from it. It's been the best £1 per day I've ever spent, but hey! nothing lasts forever... So I've looked around a bit and AMD have released a new range "Magny-Cours" of 8-core and 12-core Opterons at sensible prices. They are basically two quad- or hex-core CPUs in one package for half the price. They have are NUMA ( albeit cache coherent ) as each half of each socket has it's own memory channel. And they all support 2-socket and 4-socket configurations. Very interesting! I'm sorely tempted to build a 48-core box just for fun, but I'm having difficulty convincing myself as my last client still only had up to 8-core boxes. On the other hand, I think that will change soon, and certainly over the next 2.5 years. BTW, I would be using this for writing concurrent business server software. What would you do with 48 cores? Cheers, Nick
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Nicholas Butler wrote:
What would you do with 48 cores?
Nothing, doubt I'd notice any difference. I rarely use 5% of one core. It's the gfx card that's the limiting factor in games and disk I/O with everything else. Other than a lot of disk thrashing at times in vmware though I don't really have any performance issues. Guess it'd be good for things like folding at home, SETI, etc, but then again the system will probably consume more electricity under load as well.
I agree that outside specialist niches ( science, banking, ... ) there is still no real requirement for today's processors on client machines. But I am seeing real usage on servers with even just tens of concurrent requests. Especially where reads are more common than writes and are serviced from main memory.
Dave Parker wrote:
folding at home
I was expecting Elaine to jump in with that :) Nick
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Have the fastest computer on einstien@home. (unless someone else has a 4way Nehelem running, E@H runs significantly faster on Intel atm).
3x12=36 2x12=24 1x12=12 0x12=18
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*nod* I'm not quite sure what to be looking at there since intel/amd use different numbering schemes for their multi-socket chips than the single socket ones, but for my biggest use intel's cleaning amd's clock. As of late spring this year a ~$1000 s1366 system (to match my existing 1366 for troubleshooting ease) performed roughly on par with 2x$500 amd quad core systems. I know the general performance comparison is less lopsided although I'm not sure what's driving it. E@H is compiled using GCC and at least one of the two apps has hand optimized hot loops written by the guy who ~4 years ago got a 9x speedup vs the stock app by hacking the binary before the project hired him as a consultant to improve their stock apps.
3x12=36 2x12=24 1x12=12 0x12=18
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Nicholas Butler wrote:
Shame that concurrency was dropped from WPF
Only the UI - it's still constrained by the same issues for running STA as hampered WinForms.
Nicholas Butler wrote:
I didn't know that Blend was multi-threaded
Yup.
I have CDO, it's OCD with the letters in the right order; just as they ruddy well should be
Forgive your enemies - it messes with their heads
Pete O'Hanlon wrote:
Only the UI - it's still constrained by the same issues for running STA as hampered WinForms.
This is not such a problem, the reflection is a good work around this restriction.
The narrow specialist in the broad sense of the word is a complete idiot in the narrow sense of the word. Advertise here – minimum three posts per day are guaranteed.
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So, it's time to replace my main dev box. Request for advice &| experience please :) I built my current box for £1200 2.5 years ago. It's a dual quad-core Xeon and I've learnt just about all I can from it. It's been the best £1 per day I've ever spent, but hey! nothing lasts forever... So I've looked around a bit and AMD have released a new range "Magny-Cours" of 8-core and 12-core Opterons at sensible prices. They are basically two quad- or hex-core CPUs in one package for half the price. They have are NUMA ( albeit cache coherent ) as each half of each socket has it's own memory channel. And they all support 2-socket and 4-socket configurations. Very interesting! I'm sorely tempted to build a 48-core box just for fun, but I'm having difficulty convincing myself as my last client still only had up to 8-core boxes. On the other hand, I think that will change soon, and certainly over the next 2.5 years. BTW, I would be using this for writing concurrent business server software. What would you do with 48 cores? Cheers, Nick
Nicholas Butler wrote:
What would you do with 48 cores?
i'd wonder what was going to become of those two bags of apples.
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So, it's time to replace my main dev box. Request for advice &| experience please :) I built my current box for £1200 2.5 years ago. It's a dual quad-core Xeon and I've learnt just about all I can from it. It's been the best £1 per day I've ever spent, but hey! nothing lasts forever... So I've looked around a bit and AMD have released a new range "Magny-Cours" of 8-core and 12-core Opterons at sensible prices. They are basically two quad- or hex-core CPUs in one package for half the price. They have are NUMA ( albeit cache coherent ) as each half of each socket has it's own memory channel. And they all support 2-socket and 4-socket configurations. Very interesting! I'm sorely tempted to build a 48-core box just for fun, but I'm having difficulty convincing myself as my last client still only had up to 8-core boxes. On the other hand, I think that will change soon, and certainly over the next 2.5 years. BTW, I would be using this for writing concurrent business server software. What would you do with 48 cores? Cheers, Nick
I don't understand why you feel the need to build a new machine. Compiler tech certainly is just barely using what you have now. My current quad-core box is 3-4 years old, and I feel no need to upgrade the hardware.
.45 ACP - because shooting twice is just silly
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"Why don't you tie a kerosene-soaked rag around your ankles so the ants won't climb up and eat your candy ass..." - Dale Earnhardt, 1997
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"The staggering layers of obscenity in your statement make it a work of art on so many levels." - J. Jystad, 2001 -
*nod* I'm not quite sure what to be looking at there since intel/amd use different numbering schemes for their multi-socket chips than the single socket ones, but for my biggest use intel's cleaning amd's clock. As of late spring this year a ~$1000 s1366 system (to match my existing 1366 for troubleshooting ease) performed roughly on par with 2x$500 amd quad core systems. I know the general performance comparison is less lopsided although I'm not sure what's driving it. E@H is compiled using GCC and at least one of the two apps has hand optimized hot loops written by the guy who ~4 years ago got a 9x speedup vs the stock app by hacking the binary before the project hired him as a consultant to improve their stock apps.
3x12=36 2x12=24 1x12=12 0x12=18
I'm in a niche ( ATM ) market, as I work from home writing concurrent software. The equivalent Intel chips are the 7500 Beckton series. These have 8 cores and 16 threads which according to reports beat the 12-core AMD 6100s. However, I can't find any in stock and the retail prices that are published are prohibitive.
Dan Neely wrote:
the guy who ~4 years ago got a 9x speedup vs the stock app by hacking the binary
Impressive :omg: Nick