- Joined
- Apr 22, 2005
- Location
- A Labyrinth
Looking at the news of 8 core Core Octos Intel is running to Nehalem at breakneck speed. http://www.tgdaily.com/content/view/31408/135/
This more I see this stuff, the more I hope AMD has got more than rabbits in there hat. If chipzilla as INQ calls Intel, pulls off this kind of upgrade in 2008 it's going to be a really nasty battle next year. Quads will be the norm and only AMD's will be fully native. It's hard to believe that Intel will be able to get 4 dies on there CPU which means, as the article points out, they have to go with an onboard memory controller. I suspect it will be an onboard 975 ram controller which means the FSB will sill be there but at much higher rates.
What I see coming from this is a change in technology that will move from large centralized cores to cell cores of much smalles size. Only in servers is is necessary to have big caches in all the cores. With developers now looking to go to multiple threads, I can see compilers and code settings assigning worker threads to cores that fit the task. Current GFX cards are using stream processors, game consoles are using cell or cluster processors and Intel just announced an experimental 80 core processor. How this works, is that programs are going to have to split tasks up into thread groups. Some threads are the main body and graphics portions of the program. But if you look at todays games there is all these other little events occurring. All these smaller events, geometry, physics, AI and background actions in games can be split up amongst different processors. With AMD pulling in ATI combined with what is goind on with streame processors, I predict within 2 years we will see a different processor breed coming out. I can envision a 2 and 4 core processor with a cluster of 4 to 128 or more smaller core stream processors on die. Intel is already talking a rebirth of hyperthreading and both are taking about hybrid CPU/GPU on the CPU carrier or on die. I've mentioned this before, make a board with 2 sockets both having ram slots and at HT3 link between them. One for the CPU/PPU and the other for the GPU. If this come about then the next generation of PCs will crush our highest power sucking boxes built today.
AMD it's your move, Just Bring It! .......to my mailbox
This more I see this stuff, the more I hope AMD has got more than rabbits in there hat. If chipzilla as INQ calls Intel, pulls off this kind of upgrade in 2008 it's going to be a really nasty battle next year. Quads will be the norm and only AMD's will be fully native. It's hard to believe that Intel will be able to get 4 dies on there CPU which means, as the article points out, they have to go with an onboard memory controller. I suspect it will be an onboard 975 ram controller which means the FSB will sill be there but at much higher rates.
What I see coming from this is a change in technology that will move from large centralized cores to cell cores of much smalles size. Only in servers is is necessary to have big caches in all the cores. With developers now looking to go to multiple threads, I can see compilers and code settings assigning worker threads to cores that fit the task. Current GFX cards are using stream processors, game consoles are using cell or cluster processors and Intel just announced an experimental 80 core processor. How this works, is that programs are going to have to split tasks up into thread groups. Some threads are the main body and graphics portions of the program. But if you look at todays games there is all these other little events occurring. All these smaller events, geometry, physics, AI and background actions in games can be split up amongst different processors. With AMD pulling in ATI combined with what is goind on with streame processors, I predict within 2 years we will see a different processor breed coming out. I can envision a 2 and 4 core processor with a cluster of 4 to 128 or more smaller core stream processors on die. Intel is already talking a rebirth of hyperthreading and both are taking about hybrid CPU/GPU on the CPU carrier or on die. I've mentioned this before, make a board with 2 sockets both having ram slots and at HT3 link between them. One for the CPU/PPU and the other for the GPU. If this come about then the next generation of PCs will crush our highest power sucking boxes built today.
AMD it's your move, Just Bring It! .......to my mailbox