Intel spoke of "hundreds of execution cores". I do not know if that will ever be useful. Software would have to be be broken down and wrote to execute on that many cores. I just have a hard time seeing it being useful.
What would I like to see from the next generation of processors?
Increased upgradability
Increased memory support (upgrading from DDR2 to DDR3 without having to buy a new proc or mobo)
Longer socket life
Less power consumption
Industry standard benchmarking for performance comparisons (ha, that will NOT happen)
i would like expandable cpu that you can stack think of the cell processor only you can stack them, cpu running too slow? buy 5 of them and stack them together 8)
living, self-enhancing chip that physically upgrades via software instruction downloads that end up being pirated so certain people may choose not to pay anything to have the next generation of tech
on a more serious note, a completely revamped technology that dumps the use of transistors (be it crossbar latches or whatever), anything that'll get us out of this transistor-size/density race.
What do we need more processors for - AMD rulz over Intel and they are the best in the world and dont need to get any better, and a FX-60 will beat a Celeron D any day of the week so why do we need more processors or properly structured sentences, cause AMD can be rearrange to MAD...
Jokes.
Cheaper, faster, better, this is what we get every processor upgrade, to varying degrees.
Oh yeah, something that will actually Run vista, becuase seeing what they want these things to have as minimum system specs, am wondering what they will need to run it properly, like a X2 or a 9** runs XP today.
What i would like is Single CPU Chip with Physical Quad-Processer, and those Quad Processers Divided into Quad-Cores Giving us 16X Total Prosessing Power. Yay. and those Fiber Optic Motherboards without Bottlenecks. Yea. and those Carbon Nanotube RAMS and some of those Virtual Electron Processers for my SChool server yea. like 300 Procesers in one CPU chip but. there's no way to read the information yet. but i'd like that. yeah and i'll like more things when the Koreans or the Chinese or anyone Says its been done before and we can Mass produce it. Yay Fantisies
I'd be much happier if CPUs stayed as they currently are and someone came up with an affordable solid-state hard disk that was at least 10% the speed of system RAM.
1. Replaceable chipsets in motherboards (socket them like CPUs) so you can replace the CPU and chipset and still keep the motherboard.
2. Better FPU and integer performance.
3. Cooler operation of CPUs (and GPUs, hard drives, chipsets, etc.) It's nuts how big of a PSU, heatsink, and fans we have use to keep our systems from melting. Laptops have efficient parts, why can't we copy more of their technology for desktop machines? It took YEARS to move CPU frequency scaling from laptops to desktops!
4. More efficient use of the existing processor resources by programs. A lot of programs are written generic i586 while we have SMP systems with at least SSE2. This also means to multithread programs.
5. Four or eight cores on a die- and it must have a very good memory interface and an IMC.
Industry standard benchmarking for performance comparisons (ha, that will NOT happen)
Well, the SAE did establish an industry-wide method to rate engines' horsepower in the 1970s, and that was a much worse inflationary problem than CPU benchmarks are. How about we get the IEEE to make a net performace rating system?
I'd like to see higher cashe, more registers (>32 would be nice), and a risc arcitecture. Alphas so pwned x86s for the longest time.
OMG! ur such a mindreader I was just about to POST that. I was going to Say More Level Cache and More Work on RISC arctectures would help with the current Speed problems that AM2 might have with COnroe. because thats what Conroe/Woodcrest basically did, they eliminated some of the Bottlenecks and overinformation problems with it.
I personally would like an organic neural network capable processor using the brain cells from a worm.
I would also like to see the advent of a control set that can be effectively run on any number of cascaded chips 3, 6, 10, 15, 21 etc.. so it can split tasks to be processed and re-join the results so we can have generic parallel computing that does not require specialised instruction sets to be coded into the applications or games.
PCI plug in cards that contain a control chip and a number of processors so upgrades are easy and dont require CONSTANT motherboard changes.
It would also be good if the same chips ran the graphics processing as well so the entire system balances itself rather than having bottlenecks all over the place.
I know such things are in the works, but it's still comparatively slow (150% of HDD speeds is still slow compared to RAM, although I guess seek times are probably a massive improvement which aren't mentioned in that article), is quite small (16Gb? ), and probably very expensive.
It's not a hard disk replacement, but might be worth picking one up to house your swapfile and a couple of commonly-used apps... I'd probably buy one if it was less than £50 or so (wassat? US$80 - 85?)...
Obviously it's a start, but it's not yet mature enough I suppose...
1. Replaceable chipsets in motherboards (socket them like CPUs) so you can replace the CPU and chipset and still keep the motherboard.
2. Better FPU and integer performance.
3. Cooler operation of CPUs (and GPUs, hard drives, chipsets, etc.) It's nuts how big of a PSU, heatsink, and fans we have use to keep our systems from melting. Laptops have efficient parts, why can't we copy more of their technology for desktop machines? It took YEARS to move CPU frequency scaling from laptops to desktops!
4. More efficient use of the existing processor resources by programs. A lot of programs are written generic i586 while we have SMP systems with at least SSE2. This also means to multithread programs.
5. Four or eight cores on a die- and it must have a very good memory interface and an IMC.
Honestly, I would like a system that I could run VMWare on. Then I could run Linux, Windows, OSX, etc..
That's more or less what I got my rig for (two HDDs, dual cores, 2GB RAM), although for some strange reason VMware Server won't run properly on OpenSuSE 10.0 64-bit Version 10.1 ought to do it, and I can still run the player.
You are about to answer a thread that has been inactive for more than 6 months. If you still wish to proceed, please ensure that your posting is original and does not duplicate or overlap any prior responses to this thread.