Intel 8-core Haswell-E Slated For 3Q 2014

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Sorry, "outdated fabs producing yesterday's tech" since when?

 

http://www.anandtech.com/show/7255/intel-core-i7-4960x-ivy-bridge-e-review

Not every part, The current IB-E is pure 6-core.
 
"There goes the hopes and dreams of bringing an $500 8 core part"

It's almost that for a 6 core part.. get one of them.. there's no competition at this level of performance so just deal with it or save.

"Very disappointing they are keeping it at the $1,000 price range. It isn't worth that and given every single 6 core part in the Extreme lineup technically is 8 cores with 2 disabled it's very insulting."

Maybe for you I've read quite a few people that will be getting one or saving for one. Who cares if two are disabled maybe there's reasons why they can't be enabled.. who knows.. take what you're given for the price point.. You just sound like you're whining.
It's not insulting, it's just that you're unprepared, unwilling or unable to meet the cost, that's not insulting that's just you being cheap.

"The only positive is that it'll allow 6 core parts to go mainstream outside the regular high-end lineup by pushing a $300 6 core part out and expanding the LGA2011 segment."

No. What about the people actually buying the 8 core i7? No benefit to them at all?
C'mon.
 
More work done per clockcycle on a core or higher frequency is more desirable than more cores for real world performance increases with software that can't take advantage of more than 4 cores.
I am wondering when 6 core laptop CPUs will be released. Maybe at 14nm or 10nm
 
Looking forward to improvements in Intels GPGPU tech more than anything else. 5-10% here and there with some power draw improvements is all I'm looking for each generation as far as x86 goes, along with some new instructions.
 
Bison88, you're wrong you know. If you're going to whine, at least be correct about the whining, otherwise it's embarrassing.

Sandy Bridge-E had 8 cores total, of which two were disabled, making six. Wouldn't it be great if it ended there?

But no, it didn't, and you're wrong. Ivy Bridge-E is a straight six core. No disabled cores. It's just six.

Now repent, and pray to Intel for forgiveness. Or buy one of these expensive processors, and then you'll know Intel will forgive you. Maybe even like you. Wouldn't that be grand (forgive the pun).

I'd be really surprised if Intel sold even close to 5% of these pricey parts, unless they improve them. Sure, eight cores is nice, and the quad memory channel seems great, except it sucks for desktop apps and is often slower. .Sure, the large L3 cache is great, except it's also slower, so it's a mixed bag.

Some people can use the eight cores, but that's a much smaller percentage than five. Most people will not see any performance edge from this behemoth, and would be better off with a $300 processor, and another $300 processor a year from then. They would end up with extra money, and the second $300 processor will be faster on most apps.
 
wow I never would have thought hitting the refresh button would still make multiple posts this long after the new comment system was implemented.
 
wow I never would have thought hitting the refresh button would still make multiple posts this long after the new comment system was implemented.
 
Meanwhile, AMD has eight-cores for less than $300. Multi-threaders eat your heart out. Does Intel have 4x the performance to back up something 4x the price of AMD's best eight-core? Maybe. Probably not. This is not speaking about the price of the rest of the platform either. But I suppose if every frame and minute saved counts, then by all means. Cash to the wind and burn baby burn.
 
I'm still using an i7 920 in my workstation (overclocked to 4.6ghz) waiting for a worthwhile upgrade that doesn't cost an arm and a leg. I know there are slightly faster options available that use (A LOT) less power, but when it comes down to it, I have solid processing power by todays standards in a 5+ year old cpu.

What disappoints me most is the sluggish rate that chipset development seems to be going. Worthwhile upgrades in I/O speed is what I'm really interested in. The current motherboard chipset lineup isn't incentive enough to upgrade.



 
"other than video and autocad.......what does a 8 core or 4 core core do better than a 2 core cpu? And Jesus H Christ.....1000 for a cpu? I remember when intel tried to do that with the Pentium 4 extreme edition."

AutoCAD is still single threaded.

The only people that would use 8 cores are people who would be better served with a workstation or server. In both cases xeons are a better choice. Usually the E series chips are for people who like to waste money.
 

With how small incremental performance improvements are from year to year, there isn't much of a point upgrading CPUs every third year... even more so on Intel's side where they decided to start splitting ticks and tocks between mobile and desktop chips, effectively putting their chips on a two years product cycle.
 
The speed increase here and with skylake (future chip on Intel road map) seems weak. When are we getting the next "big" upgrade? Sucky. I'll stick with my 2011 x79 chipset.
Its all downhill from here. All the corps are sucking profits as we unload our money. Think about it, Its just like UPS sucking the life out of the drivers in order to maximize profit.
 
Ya don't buy a 2011 board now thinking the Haswell-E will work. It won't work.

Think about this for a second. If the 8-core CPU's is a 1000 dollars then the 6-core variants will be cheaper when released. We might be look at 400 bucks for a 6-core maybe? Even if it's 700. It's still better then a 1000.
 

When mainstream software that requires it comes into existence or the market for media consumption PCs/laptops dries up.

Multi-threaded and multi-core CPUs have been common on desktops for the past 5-10 years depending on how you look at it yet most software and games these days are still predominantly single-threaded - if you try a broad sample of games, you will see that very few of them leverage significantly more than 1/Nth of available execution cores/threads... on a quad-core, you will often see games use about 30% of the CPU, meaning its threading is only tapping 5% extra processing power and a good chunk of that 5% is likely inter-process communication overhead.

Skylake is supposed to make quad-core standard (I'm guessing that means i3 and up) which will likely knock the rest of Intel's range up a notch such as i5 gaining HT and i7 gaining two extra cores. It should be interesting from a geeky point of view but potentially pointless if well-threaded software that makes meaningful use of it still fails to get on the market.

Between now and Skylake, there will also be about two generations worth of new mobile SoCs and devices. If these continue evolving at their current pace, the low-end PC/laptop will be in serious trouble two years from now... both of my sisters and their boyfriends are already doing pretty much everything off their phones and none of them are particularly tech-savvy.
 
Ya don't buy a 2011 board now thinking the Haswell-E will work. It won't work.

Think about this for a second. If the 8-core CPU's is a 1000 dollars then the 6-core variants will be cheaper when released. We might be look at 400 bucks for a 6-core maybe? Even if it's 700. It's still better then a 1000.
 
So what is the successor to the 4770k in 2014? I'm not paying a $1000 for 15% boost in performance over my 2600k from 3 years ago. The 4700k wasn't worth it now wondering if they will have a legit i7 desktop chip for under $350 next year...
 

Unknown so far, but it'll either be Haswell Refresh or Broadwell. Either way, it won't be much of an upgrade. Broadwell is a tick, the tock isn't until Skylake arrives in 2015 or 16. Your 2600K should be fine until that time; only real reason to upgrade would be to get newer motherboard features.
 


don't think there is one.

I've built and played with a lot of modern systems and i still don't see the need for 99% of GAMERS to go past a late model core2duo/quad or quad core phenomII... and i still doubt anyone can tell the difference between an 8 core piledriver, a 6 core thuban, or an i5/i7 haswell without a benching suite or the two computers sitting next to each other unraring gigabyte sized files.

besides, if a modern computer doesn't have an SSD it will feel like a 5-7 year old computer in day to day tasks anyway.

we need software to catch up to all the computing power that's out there before we need faster chips... cause right now 4 year old hardware is generally good enough.
 

I have no SSD in my PC and it works perfectly fine. Then again, I do have 32GB RAM so pretty much everything I use on a regular basis stays in the OS' disk cache after the initial load and my HDDs hardly ever get accessed beyond that.
 
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