128-bit chips most likely, but I'd thnk the memory interface would be higher than 256-bit wide....doesnt the current P3 with advance transfer cache use a 256-bit cache/memory interface ? Maybe somethign like 1024-bit in 10 years, as we know computer technology just keeps developing faster and faster all the time.....
The 486 ddint even last 10 years....so I think we'll have soem MAJOR improvements......
Maybe we'll have our FSB speeds back on par with the MHz the chip is rated at...than that eliminates a MAJOR bottleneck in every computer today.....
-MeTaL RoCkEr
My <font color=red> Z28 </font color=red> can take your <font color=blue> P4 </font color=blue> off the line!
64 Bit CPU with 128 bit FSB memory connection in a sealed environment. Integrated Graphic engine with high bandwith (ODR 256 bit memory interface) unified memory architecture, possibly SRAM.
...Or something completely different.
In any case the system will be mostly used for playing solitaire
How terrible is wisdom when it brings no profit to the wise
I was talking about the System RAM and not the cache. However, 256-bit cache is next to useless on a 32-bit processor. Today's current processors can't swallow that much bandwidth. What I expect will happen is we will have large 0-latency caches like the small L1 cache on the P4. Large 0-latency cache will greatly reduce the number of wasted cycles!
AMD technology + Intel technology = Intel/AMD Pentathlon IV; the <b>ULTIMATE</b> PC processor
Biotechnology is technology that manipulates living things. I believe you are talking about Biocomputers? Like the Bio-neural gelpacks used on Star Trek Voyager? First of all, I doubt we'll progress that much in 10 years and secondly I wouldn't want to use a computer that is partially alive. It's just freaky.
AMD technology + Intel technology = Intel/AMD Pentathlon IV; the <b>ULTIMATE</b> PC processor
64bit processing will be well entrenched at the budget end of the spectrum. Sun already has a 64bit workstation for under USD1K.
Except for graphics processing there is no point going to 128bit, it will only make life harder for the mobo makers to put out cheap mobos (the more bits the more etching required).
It doesn't really matter who wins as a 10Ghz 64bit CPU on a 0.07micron process will be as cheap, powerful and cool running as any single user will require. In ten years time these CPU's will be like buying pencils. It already is a commodity market look at the power/price ratio we are getting today.
<font color=blue> The Revolution starts here... as soon as I finish my coffee </font color=blue>
will if you include memory interfaces,
in 10 years we will have very much exceeded RDRAM 64bit, DDR2 and probably QDR as well.
10 years is just too far to predict. 5 years we havve a hope
I'll respect your comments & opinions, even if i disagree with them, Provided you dispay maturity.
Quantum computing? Probably not, but it sure would be cool.
Acording to Moore's law, computers double in speed every 18 months. If that continues to hold true (and I'm sure it will), computers 10 years from now will be more than 64 times faster than they are now.
In ten years, I can't even imagine what we'll have then. We might have replaced almost everything in the computer with some sort of new technology (ex: current hard disks will be replaced by advanced optical disks). Maybe we'll even find reason to get rid of the CPU... the possibilities are endless.
<b>Does it work?</b>
Yes!
<b>Ok, How <i>well</i> does it work?</b>
Uhh...
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