❤Can i use one cpu in a dual processor motherboard
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Hyper-Threading Technology: Some microprocessor use this impressive technology. I think this might be a political rant more than anything.
If someone is going to shell out the cash for a dual processor system with multiple cores per physical processor either a 4 or 8 core total system , why would they use the cheap home version of an 8 year old OS that only supports 32 bit architecture and is limited in almost every way conceivable by man? Xeon E5502- can only work with another E5502 since it's the only dual-core Xeon 5500 4. That wasnt his question. There is another multithreaded application you will need: an operating system.
A multithreaded application can perform multiple tasks simultaneously, which cuts their run times dramatically. Rambus memory is north well suited to this system as it is serial memory, good at transferring large amounts of sequential data with the cost of latency between data requests. The bus speed is 133 MHz for all Xeon 5500s, so only the multiplier will change. If all of those are met, then you can run the CPUs together. For one gusto, I would not believe AMD Zen could compete with Intel XEON at the same level. Well, you can surely use the dual processor for gaming, but in reality, there are not many games that need more than a single CPU.
Introduction: - I do not remember excact facts but for example if I had 666Mhz 133x5 and 800MHz 100x8 then it would run both at lowest values bus at 100 and multiplier at 5 resulting in both running only at 500MHz. The CPUs must have the same number of physical cores to work together.
Can you put two different processors same family on a dual socket motherboard? I want to do some work with dual processor development while still being able to use the PC for a gaming PC not high end but capable enough. I'm looking at putting an Intel Xeon E5502 and Intel Xeon W5590 together as they are both Nehalem and the W5590 is very fast while the E5502 is very cheap and I can buy a second W5590 later if I get more serious about heavy duty processing. I have a feeling it wont work but it never hurts to ask. I want the second processor so I can play with 8 cores 16 with hyperthreading? If I have to though I'd rather buy one fast processor now and a second later when I can save up more rather than two slow processors now... Can you put two different processors same family on a dual socket motherboard? I want to do some work with dual processor development while still being able to use the PC for a gaming PC not high end but capable enough. I'm looking at putting an Intel Xeon E5502 and Intel Xeon W5590 together as they are both Nehalem and the W5590 is very fast while the E5502 is very cheap and I can buy a second W5590 later if I get more serious about heavy duty processing. I have a feeling it wont work but it never hurts to ask. The answer is that particular combination won't work together. Page 25 and 26 of the discuss mixing processor types. A brief rundown on what's supported and not: 1. CPUs must have the same QPI and RAM speed to work together. CPUs must have the same thermal profile TDP to work together. The CPUs must have the same number of physical cores to work together. The CPUs must have the same number of logical cores to work together. Stepping does not matter. Clock speed does not matter. If all of those are met, then you can run the CPUs together. The CPUs run at the speed of the slowest CPU. The current mix and match list: 1. Xeon E5502- can only work with another E5502 since it's the only dual-core Xeon 5500 4. Xeon E5504 can work with the E5506, both CPUs run at 2. Xeon E5520 can work with the E5530 or E5540, both CPUs run at 2. Xeon E5530 can work with the E5520 CPUs run at 2. Xeon X5550 can work with the X5560 or X5570, both CPUs run at 2. Xeon X5560 can work with the X5550 CPUs run at 2. Xeon W5580 can work with the W5590, both CPUs run at 3. Xeon L5506- can only work with other L5506s since it's the only L-series Xeon 5500 without HyperThreading. Xeon L5518 can work with the L5520 or L5530, both CPUs run at 2. Xeon L5520 can work with the L5518 CPUs run at 2. Xeon L5508- can only work with other L5508s since it's the only 38-watt TDP Xeon 5500. I remember playing with old 2 socket workstations from Pentium 3 days. It did work with two different processors but it run both processors at the slowest processors bus speed and lowest multiplier. I do not remember excact facts but for example if I had 666Mhz 133x5 and 800MHz 100x8 then it would run both at lowest values bus at 100 and multiplier at 5 resulting in both running only at 500MHz. It might work but there is no guaranty but both will run at slowest speed. There is a chance it will not work at all. There is too much difference between both speed, cache, QPI speed, core count. If it will work at all it will work like 2 E5502's. I would just buy one for now and save up for second. Or even better buy 2 E5520 I remember playing with old 2 socket workstations from Pentium 3 days. It did work with two different processors but it run both processors at the slowest processors bus speed and lowest multiplier. I do not remember excact facts but for example if I had 666Mhz 133x5 and 800MHz 100x8 then it would run both at lowest values bus at 100 and multiplier at 5 resulting in both running only at 500MHz. That is still true according to the Xeon datasheet. The bus speed is 133 MHz for all Xeon 5500s, so only the multiplier will change. The two CPUs would thus run at the full rated speed of the slowest CPU if they are compatible with each other. It might work but there is no guaranty but both will run at slowest speed. There is a chance it will not work at all. There is too much difference between both speed, cache, QPI speed, core count. If it will work at all it will work like 2 E5502's. I would just buy one for now and save up for second. Or even better buy 2 E5520 I think that's good advice. The only non-identical CPUs that are still compatible with each other are pretty similar in price and performance anyway, so you're not able to gain much by mixing CPUs. You can usually pick up good server CPUs pretty inexpensively on eBay after they've been superseded by newer models, so I'd get two lower-end units now a pair of E5504s or E5520s, perhaps? You could also go the route of buying one fast Xeon 5500 today and then buying a matching unit later, but if you're going to do that, you're better off buying a Core i7 desktop today and then buying a used motherboard+dual Xeon 5500 setup later as it will yield the same performance at a much lower price.
