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Too true, what was I thinking!There are AMD fanatics here that insisted Bulldozer was competitive back in the day, there's no arguing with that type of person/mentality.
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Too true, what was I thinking!There are AMD fanatics here that insisted Bulldozer was competitive back in the day, there's no arguing with that type of person/mentality.
Agreed.the big little (BL) design will be limited by the number of big cores available for games etc.
I think the video mentioned that it is 8 big core and 8 little core. that processor will give you similar performance to what the Zen3 8c part and defintely will be behind 12c part - assuming the 10nm superfin is on par in terms of transistor size as TSMC 7nm. 10nm SF maybe be a superior node, but intel has consistently said it is not as refined and doesnt yield as well.
issue with BL design is that you deploy it against an all big core design where wattage draw doesnt matter ie gaming pc, workstations, rendering machines, you will loose out to the all big core (comparing 8B+8L with 16C AMD). the BL just wont have the same amount "horse power".
honestly, intel is better off marketting these designs to laptop sector than trying to bring them onto desktop space. desktop space they need to upper their big core counts to more than 8c to realistically compete. if they are offering only 8 big cores then it is going to be game over for them...no pun intended.
I wonder how much die space they save and therefore cost by gimping these chips?
With their manufacturing in crisis and up against a resurgent AMD who have a 16C desktop part there must have been pressure to rush out any old 16C chip.
I honestly can't see why else they are doing this.
Has it been confirmed that they are using an MCM approach with the little cores on a separate chip? Wow!i think the little core is tiny, i think it doesnt have any FP processors. and I believe Intel is doing this is mainly to bring some kind of balance in their fabrication. they are struggling with yield and get the fabrication working on 10nm and 7nm so they need to bascially look at getting that expensive cost back somewhere else, using cheaper fabrication node such as 14nm on the little core maybe the answer. or using the semi-defuncted 10nm and 7nm dies as little core. who knows, I suspect it is all cost driven as opposed to innovation.
Or maybe AMD are doing something right by prioritising performance for actual workloads, not a teeny niche of the market of playing silly games. Funny how PC gaming performance is so important when that's the only thing Intel can still cling to.AMD must be doing something wrong if they still can't match or beat Skylake's gaming performance
https://videocardz.com/newz/intel-12th-gen-core-alder-lake-s-supports-ddr5-memoryHas it been confirmed that they are using an MCM approach with the little cores on a separate chip? Wow!
Jesus, Ryzen will be the next bulldozer next to this bad boy. Roll on Alder Lake!
i think the little core is tiny, i think it doesnt have any FP processors. and I believe Intel is doing this is mainly to bring some kind of balance in their fabrication. they are struggling with yield and get the fabrication working on 10nm and 7nm so they need to bascially look at getting that expensive cost back somewhere else, using cheaper fabrication node such as 14nm on the little core maybe the answer. or using the semi-defuncted 10nm and 7nm dies as little core. who knows, I suspect it is all cost driven as opposed to innovation.
Those links don't mention MCM or using 14nm at all so seemingly it's monolithic.https://videocardz.com/newz/intel-12th-gen-core-alder-lake-s-supports-ddr5-memory
https://wccftech.com/intel-alder-lake-next-gen-desktop-cpus-lga-1700-socket-support-confirmed/
the same information about core config has been around for ages - as early as feb 2020...
Highly unlikely. Tiger lake CPU in terms of IPC is a step back from the age old skylake architecture on 14nm. So it will take intel quite a few generations to perfect that 10nm and architectural design. They are moving to 7nm after alder lake which is the only other 10nm. Their 7nm is in as bad shape as their 10nm if not worse.I can see rocket lake actually reclaiming gaming crown based on the Zen 3 figures as seems to be mostly 5-10 % ahead of 10900K but only looks to be 8 cores max so back to square 1 where AMD is the better overall CPU and offers much better multi core performance.
I can see rocket lake actually reclaiming gaming crown based on the Zen 3 figures as seems to be mostly 5-10 % ahead of 10900K but only looks to be 8 cores max so back to square 1 where AMD is the better overall CPU and offers much better multi core performance.
Rocketlake is no improvement on Icelake, except for power efficiency. Its Skylake on 10nm
No. The new stuff from Intel is going to be DOA in the face of Zen 3. That being said, it doesn't mean Intel isn't a viable option in some circumstances. If Zen 3's numbers prove to be accurate in the real world, then AMD win every single performance metric. But they're doing so with a price bump, and motherboards have seen an increase in price too. AMD is not as "cheap" as it once was.i was going to maybe build a pc wit htthe new amd chip in it, an 8 core maybe, but would it be better to wait for intel to release something new do you think?