To the extent of current technology, iMacs can never have 6-core CPUs as this relies on more than 1156 pins to a socket and they will probably not (if ever) release an iMac with socket 1366. This is pretty obvious since Intel has branded their 1156 chips as "Mainstream" and iMacs are mainstream consumer computers.
Also, anything above a 4-core CPU becomes bandwidth limited unless you're using QPI. I don't think Intel ever plans on having QPI be a "mainstream" feature.
So I think it's safe to say that as long as Intel's current strategies remain the same, we may never see 6- or 8-core iMacs. What I see happening first is all iMac models eventually becoming 4-core standard, and eventually after a newer architecture comes out with a "mainstream" 8-core CPU solution, a high-end 8-core option. Maybe in a few years?
I don't like non-2^N cores anyway... "Hexacore" sounds nice, but I think it has been shown that some multithreaded apps scale poorly with six as compared to four cores. I'll wait to make my next gaming rig once they come out with 8-core chips.![]()
Before you get too excited about i7, the next imac update will have the core i9![]()
Before you get too excited about i7, the next imac update will have the core i9![]()
When is the projected release date of the Core i20? I think I'll wait for that. Maybe that iMac will come with a Blu-Ray drive too!
...
...Haswell should be out in 2012 and it should provide 8-core mobile CPUs and +4GHz clock speeds...
Before you get too excited about i7, the next imac update will have the core i9![]()
The iMac is completely IO bottlenecked. I would MUCH prefer an eSATA port today rather than a faster CPU, no matter how fast.
No way!!!! You mean CPU development will not stop with i7 .... must cancel my order for i7 imac... but how can i buy the latest and greatest if they keep bringing out new chips each year... aaarrghhhhh!!!!
Hang in there till 2040 (ish).
If we follow moores law, and the laws set out by quantum mechanics, the rate of improvement wont slow down until about 2040.
However, by that time I reckon that either:
A). Biological computing will have been invented, leading to yet further massive boosts in speed.
When is the projected release date of the Core i20?
At the current rate, the next few die shrinks will render silicon unable to semiconduct. The barrier was already hit by Seagate in flash memory density (IIRC). Biological computing won't happen unless scientists figure out a way to arrange carbon on an atomic level, which I don't see happening anytime in the near future.
At the current rate, the next few die shrinks will render silicon unable to semiconduct. The barrier was already hit by Seagate in flash memory density (IIRC). Biological computing won't happen unless scientists figure out a way to arrange carbon on an atomic level, which I don't see happening anytime in the near future.
Where's the option for All The Above?Hang in there till 2040 (ish).
If we follow moores law, and the laws set out by quantum mechanics, the rate of improvement wont slow down until about 2040.
However, by that time I reckon that either:
A). Biological computing will have been invented, leading to yet further massive boosts in speed.
B). Optical computing will pave the way for even greater speeds.
C). Robots will be in overall control of the earth, and as such a Personal Computer would not be needed / allowed.
D). WW3 will have just ended, leaving the worlds supply of existing computer chips rendered useless, and computers will be the lest of your worries.
E). We will have run out of reasons for a 'faster computer'. As the one we have will do anything we ever need it to whilst running pretty much at idle.
Personally I hope for option E, B or A. Preferably E though, as that's the cheapest.