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Chances of Intel Going Fabless Higher Than Ever

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Acutally they do have something to learn - How to make what they want work in the first place.



If not then these problems woudn't even exist because they'd know how to fix things, then tell the foundries how to do it and go from there.
I do agree ATM we only have words from AMD and that too can change, at least what's said vs the reality of it when it happens.... And I guess with that it's "Wait and see".

Meaning what exactly? Intel said that the main reason they're delaying it all, it's because they want to have real gains when compared to 14nm+++, which apparently they don't have with the first version of them, that's why they're jumping to 10nm+ already at the first launch.

Regardless of how many stumbles it is, 10nm lithography is not an easy task. At that size, they are getting down to the single digit atomic pathway count, meaning that electrical pathways are less than 10 atoms wide. AMD's 7nm, will be smaller. Intel will get there, but the process refinement needs perfecting. Neither company is going to have an easy time of it.

The lithography name has nothing to do with the actual measurements, there's nothing even close to 10nm in those transistors, yet. And that GF/SS TSMC 7nm will be smaller we can't know.
 
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there's nothing even close to 10nm in those transistors, yet. And that GF/SS TSMC 7nm will be smaller we can't know.
That is as incorrect as it was adorable. Yes, there are. While the lithography process generally refers to the light wavelength, because some of those process's use lasers and can be single pulse, single action many of the internal "parts" of an IC can and do measure in the same width as the laser itself, thus many of the electron pathways are as wide as the wavelength of the laser creating it. Not all, yet enough to be considerable. This has been true throughout the history of using lasers to help fab IC's. There is more to lithography than you seem to know.
 
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That is as incorrect as it was adorable. Yes, there are. While the lithography process generally refers to the light wavelength, because some of those process's use lasers and can be single pulse, single action many of the internal "parts" of an IC can and do measure in the same width as the laser itself, thus many of the electron pathways are as wide as the wavelength of the laser creating it. Not all, yet enough to be considerable. This has been true throughout the history of using lasers to help fab IC's. There is more to lithography than you seem to know.

I was referring to transistors, 10nm doesn't refer to any of their measurements. I don't see how that's incorrect.
 
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I was referring to transistors, 10nm doesn't refer to any of their measurements. I don't see how that's incorrect.
We could get into that debate, but it would be a bit off topic and a simple google search will help you better.
 
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We could get into that debate, but it would be a bit off topic and a simple google search will help you better.
I already did my searching otherwise i wouldn't be saying that. 10nm isn't referred to any of the transistor measurements.
 
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Meaning what exactly?
Means what I said - They don't know how to make it work (Yet) so they've gotta learn how first before trying to put them into production.

Intel said that the main reason they're delaying it all, it's because they want to have real gains when compared to 14nm+++, which apparently they don't have with the first version of them, that's why they're jumping to 10nm+ already at the first launch.
That's what they say....

What they want, well they're not getting from the looks of it as things are now.
 
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Means what I said - They don't know how to make it work (Yet) so they've gotta learn how first before trying to put them into production.


That's what they say....

What they want, well they're not getting from the looks of it as things are now.

There's nothing they can learn from the other fabs on 10nm, or on lithography at all as of now.

Yeah that's what they say, what we know about, they said they had to delay 10nm for those reasons, which seem pretty reasonable, they're not getting exactly what they wanted, so they have to keep refining until they reach that goal.
 
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There's nothing they can learn from the other fabs on 10nm, or on lithography at all as of now.
I need to clarify I wasn't referring to other fabs with the previous - If the other fabs don't know then of course there isn't anything to learn there BUT in this case it's all on Intel.
Intel is the one that has to learn how to make it work so they can then pass that along to the fabs to even start testing.

Yeah that's what they say, what we know about, they said they had to delay 10nm for those reasons, which seem pretty reasonable, they're not getting exactly what they wanted, so they have to keep refining until they reach that goal.
Can't really argue with this except in this case it's not a matter of refinement since they don't have a working design to refine that we know of ATM.

This is a matter of wait and see - Our own opinions about it don't matter either way because we're not a factor in this at all. :rolleyes:
 
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I need to clarify I wasn't referring to other fabs with the previous - If the other fabs don't know then of course there isn't anything to learn there BUT in this case it's all on Intel.
Intel is the one that has to learn how to make it work so they can then pass that along to the fabs to even start testing.


Can't really argue with this except in this case it's not a matter of refinement since they don't have a working design to refine that we know of ATM.

This is a matter of wait and see - Our own opinions about it don't matter either way because we're not a factor in this at all. :rolleyes:

They don't have a working design? What are you saying...It's not like i know for certain but it's pretty safe to assume that they do have 10nm, but it's not enough to replace the 14nm in their minds.
 
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No they don't according to what we know as of now - The reference is related to a design that can work without all the problems which is the end goal.
Getting it to do something is one thing regardless of what the "something" is, getting it to work as intended without all the issues is another.

They get that figured out then they can move things along.
 
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Folks, Intel has working on and has viable 10nm and 8nm samples. However, the reason they have not released anything yet is a numbers thing; the wafer yields are not high enough to justify expense. While they have not talked about it, they do have 8nm samples. They are even experimenting with 6nm and 5nm. TSMC and Global Foundries are having similar problems.
 
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Thanks for the info, that does clear up some things. :cool:
 
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What are you talking about, they still have the best manufacturing process, 7nm isn't out yet, and for all we know it could come out in quantity just around the same time intel will launch cannon lake on 10nm
If, and that's the whole issue here since a while now, if Intel's 10nm would be working after all. Sure enough, that's a requirement which still needs to be fulfilled yet.

The best process – no matter how oh so advanced it is going to be (on paper) – is worth exactly no·thing if it ain't working.
Then, even a (on paper inferior) node is superior, since it at least meets a pretty crucial condition. It's working (already).
… I'm willing to bet that when they do finally get 10nm sorted, they'll also be set for the next few generations.
Only thing is, even if their 10nm will be working anytime soon™ (see above), they're still stuck with an µArch which ran out of steam already years ago … And which also needs to be patched up while loosing assumingly already even more performance in the process and has virtually no room for any improvement at all whatsoever.
Sure, that's purely speculative already, as of yet! Though, given the most recent disclosures, some of that might be already foreshadowings becoming executed …

Meanwhile AMD can capitalise upon not only at least (pretty much) equal process-technology (and reaches node-parity! again?) but sure as heck can even shift up some gear and drive innovations while improving a brand new µArch (and getting performance-improvements out of that department) too. Considering that they managed to archive pretty solid improvements with Ryzen-Refresh (Ryzen 2xxx) only with some changes on µCode-level (which already if not equaled, already out-paced some of Intel's lower refreshes on some optimised 14nm-process; gaining like what? 2,6% IPC-improvement with only minor changes on Ram-latency, sharper timings at the fabric et cetera?) while they assumingly didn't even touched any Core-design at all, well … It's pretty hard to believe that they won't surpass Intel's IPC or single-thread-performance when they finally beginning to lay their hands upon the very Core-design and the Fabric while fabbing those on a even smaller node (which brings already some solid performance-/efficiency-betterments on its own). Good luck, Intel!

@lexluthermiester It's pretty dry, isn't it?!
 

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Dunno about dry... but Ice Lake is still pretty well frozen over, at least. But hey, we have Whiskey Lake!

 
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What about Hill Ridge then? Over even more interesting, Cannonball?! I'm damn curious about the latter one ever since!
 

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Maybe they're going to "Cannonball" off of the "Hill Ridge" after visiting "Whiskey Lake". Not sure what comes between that and "Ice Lake", but it can't be good... :laugh:

On a serious note, I don't know what those product names are supposed to be. About half a year ago, Ice Lake was supposed to be next in the desktop lineup, and then Whiskey Lake happened/is scheduled to happen. Ice Lake was supposed to have fixes for Spectre and Meltdown baked into the silicon (without a performance penalty), rather than relying on patches and updates, but between the time I read that and now, there's been quite a few new developments with these security holes, so I'm not even sure how much that's worth.
 
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If, and that's the whole issue here since a while now, if Intel's 10nm would be working after all. Sure enough, that's a requirement which still needs to be fulfilled yet.

The best process – no matter how oh so advanced it is going to be (on paper) – is worth exactly no·thing if it ain't working.
Then, even a (on paper inferior) node is superior, since it at least meets a pretty crucial condition. It's working (already).

The same logic we can apply for 7nm...So why nobody is saying that?
 
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The same logic we can apply for 7nm...So why nobody is saying that?
I dont't know …
But if I had to take a guess, that's may be, just maybe, since TSMCs 7nm node is already working and ships AMD-products?
Sure, those aren't available for anybody except a few selected AMD-partners for evaluation, but still. There are no actual signs indicating any contrary condition.
It's assumingly already that good to deliver a complete working CCX which sums up to a 32-Core processor – while at the same time Intel isn't even able to fab a fully working 2+0 Die-config and has to fuse off the graphics-part completely (and with that half the Die-size of some Dual-Core of a size of merely 50mm²). And even then, such halfway fused-off Dual-Core a) doesn't even reach the same frequencies of Intel's 14nm process and b) consumes even way more power to do not even the same.

So, knowing that, it takes no wonder, why no-one considers it any appropriate to speak the same about TSMCs 7nm. It's already working completely and ships products and all tests ran completely beyond expectations (hence the preponement). That's why it seems completely legit what Lisa Su said already month ago …
„We received first silicone of our next generation 7-nanometer EPYC processor with Zen 2, code-named Rome, in the second quarter. And the silicon quality and bring-up has gone very well.
I am happy to report that we've recently started sampling Rome to select partners for early validation and we are on track to launch in 2019, strengthening our already outstanding competitive position in the market.“
— AMD-CEO Lisa Su
 
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I dont't know …
But if I had to take a guess, that's may be, just maybe, since TSMCs 7nm node is already working and ships AMD-products?
Sure, those aren't available for anybody except a few selected AMD-partners for evaluation, but still. There are no actual signs indicating any contrary condition.
It's assumingly already that good to deliver a complete working CCX which sums up to a 32-Core processor – while at the same time Intel isn't even able to fab a fully working 2+0 Die-config and has to fuse off the graphics-part completely (and with that half the Die-size of some Dual-Core of a size of merely 50mm²). And even then, such halfway fused-off Dual-Core a) doesn't even reach the same frequencies of Intel's 14nm process and b) consumes even way more power to do not even the same.

So, knowing that, it takes no wonder, why no-one considers it any appropriate to speak the same about TSMCs 7nm. It's already working completely and ships products and all tests ran completely beyond expectations (hence the preponement). That's why it seems completely legit what Lisa Su said already month ago …


I take every CEO's words with a bag of salt, and i learnt not to trust them completely (or at all) throughout the years. That's why it's safe to assume that there's not proof of 7nm ready either, just words, nothing else, and the reason because nobody says anything about that is because AMD is seen as the good guy, and the others are seen as the bad guys, that's plain simple.
There's no proof 7nm is ready and working besides their CEO's words, and i'm pretty sure that even if it is ready, they might be launching products on 7nm only a few months before intel will be able to launch their on 10nm.
Intel has been leading the industry for the last 10 years pretty much, it's not likely that GF/Samsung/TSMC will totally revert that in less than 2 years.
 

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100% chance of Intel being fabulous. Sorry, had to be said.
 
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I take every CEO's words with a bag of salt, and i learnt not to trust them completely (or at all) throughout the years. That's why it's safe to assume that there's not proof of 7nm ready either, just words, nothing else …
Sure enough I do too, wouldn't contest that (or your legit viewpoint) anyway, not even to the slightest.
… and the reason because nobody says anything about that is because AMD is seen as the good guy, and the others are seen as the bad guys, that's plain simple.
I'm sorry, but that's just nonsense. Please, don't fall victim to that black-and-white-scheme and usual thinking in stereotypes already!
There's no proof 7nm is ready and working besides their CEO's words, and i'm pretty sure that even if it is ready, they might be launching products on 7nm only a few months before intel will be able to launch their on 10nm.
I would heavily contest that! Not because it's AMD being outclassing Intel here but since it's extremely unlikely to happen that way. Intel by themselves said, they won't be able to launch anything prior to 4Q19. And given that they already said they will be shipping products on 10nm already in second half of '17 (they said that already past the point at which they predicted it to be the case …), it's even highly unlikely that they'll be able to ship anything in volume prior to 1Q20. They already said they were completely on track with 10nm the last time in second half of '17 – just to backpedal later on and say something happened on the way to heaven which forced them to postpone it. Again, as usual. Same procedure as every year. … since '15.

Just to be clear here, Intel have had to bring something on 10nm just for the shareholders (that infamous 2+0 Die being fused off halfly) so that those may be eventually pleased after years of rescheduling on 10nm – and that those finally at least see that Intel actually had a 10nm node running at all.

I think it's rather wishful thinking than actual condition that Intel will bring anything to market just a few month after TSCM being already shipping in volume. The process is broken atm and even if they'll be able to fix it (no given indication for that being actually happening anytime soon though), the last signs didn't even paint the picture their 10nm will bring any higher clocks, having higher energy-efficiency or bringing anything being superior to their latest 14nm process.
Intel has been leading the industry for the last 10 years pretty much …
Sure, they were leading for decades, yes. GloFo/Samsung/TSMC didn't weren't able to take the crown in less than 2 years. The thing is, Intel had a significant node-advantage ever since, even a quite great one, but that's past now. They're struggling not only on their 10nm node but have ever since their 22nm. Even their first 14nm products weren't able to deliver higher clock speeds than their former node and it took them years to fine-tune 14nm to archive the same yields on their 14nm they had on their 22nm.
… it's not likely that GF/Samsung/TSMC will totally revert that in less than 2 years.
You're picturing it as all this happened overnight after all … I mean „less than 2 years“?!
So, recently?! May I kindly remind you of the initial roadmaps that seem like a silly joke today?
Since, according to those, they should've had (or rather wanted to) already deliver 10nm in 2015 ...
Screenshot from 2018-07-28 13-20-21.png

... and next year in '19 would have been already 5nm. Wouldhave been.
pkFAf1ZacnoIr5fN.jpg


So judging by their own road-maps, they're already 3 nodes in arrears by next year. That surely isn't a time-frame I would dare consider to call „less than 2 years“ you know …
5nm in '19. They aren't even close to shipping anything from two nodes before that node as of yet. 5nm is scheduled to come after 7nm, 7nm after 10nm. Not even the latter one is in a condition to allow shipping anything fully working, apart from the fact that 10nm doesn't even deliver anything superior to their 14nm node.

I mean, let's take it for granted that 10nm is working as they (re-) scheduled it (again) the last time, shall we?
So 10nm is working. What you think they going to fab on it? Their usual bread-and-butter-chip like a quad-core? Do you honestly think you're going to draw any customers from the woodwork with a quad-core in '19? No way! Not after AMD humiliated the market for Quad-cores in mainstream with Octa-Cores with their penny-pinching.

The least you have to bring is a Octa-Core (which Intel already at leat understood, and act accordingly with the 9700K & 9900K). Do you think they're going to be able to fab a Die this big on 10nm by now? No way. If it isn't impossible, we'll see and witness a incredibly epic mircale in the electronic semiconductor industry for the first time. It's nigh impossible to increase the yield-rate this fast (to make a chip this big to happen), even with a completely working and perfect process. No-one is able to archive a stunt like that. It would not only be magic but a pure act of doing wondrous deeds, performing a miracle. Not going to happen.

As bad as it seems, we have to acknowledge the fact that AMD hit Intel with the most incredible potential at Intel's single worst time in both of their respective history. They have them by the balls – and to even shift that case of power-balance any back, let alone to correct it to the former state, will take years. As said, even if 10nm will be working perfectly today, they're still left with a architecture which is pretty much dead (not only on the security part …). Even if 10nm is working perfectly today, it will only by them a few month at best, until AMD can punch back even harder (as they do already by now).

The silly thing is, most of the epic failures Intel did, was not even to sit idling and waiting but to allow AMD to reach a position they have now. The moment AMD hired Jim Keller, alarms should've going off and even the fact that they were working on a 'complete new architecture' should've raised every fucking single red flag possible. They did exactly nothing instead.

It's like Intel watched their murder to sharpen the very knife AMD was going to slit their throat with (and even announced to do so) – and they (Intel) were somewhat stunned and fascinated by doing so. They wasn't even interested about any ongoing but just did not care, at all. They just gave a fuck about it. Cause of … I really don't know.

It actually really seems that Intel was just profoundly convinced that AMD – after their own official capitulation in '11 – would strike sail and that they henceforth, awed before Big Blue™, would content theirselves with just getting the fallen breadcrumbs. In the meantime Intel was supposed (and most probably saw themselves in doing so) in self-aggrandisement indulging to stoop downwards every third quarter to release their newest iteration of their oh so holy IPC-incarnation (which was nothing less than directly casted out of finest gold bullion – and hence pricy as fuck) into the market for the populace – which for sure included the obligatory supererogation within the range of measuring-tolerance, but for sure make prices spiral up for that anyway.

Though, that worked pretty well for Intel for almost a decade, didn't it?. And Intel most certainly would've had driven that game forever and for always even up to Tigerlake, wherewith Intel – on the condition that AMD never would've get up ever again – even would've had gone through with …

To be honest, what shocks me the most is the fact, how incredibly blind (and with that stupid or at least shortsighted) Intel must have been in actually thinking or at least fall victim to the green belief, that this would a) last for some time and most importantly, b) that AMD wouldn't come back (or at least try to do so). There were a greater number of companies in the past you better never ever write off (no matter in what condition or incredibly miserable their position was at that point). AMD always was that kind of company you better watch out for.

I mean, wasn't that this very company who managed to reverse-engineer Intels 386/486 and come out with a copy of it which even performed ways superior to their own (Intel's original)? It honestly drives me nuts how Intel could be so naive in thinking AMD wouldn't try something to come back. Those are these companies you better have a pret·ty damn sharp stare at if they 'surrender', lock theirselves into their basement and hunker down at home (and keep staying scaring silent while doing so).

Sure, it's just my opinion but the biggest fault Intel let happen is allowing AMD to reach the position they managed to have now. Intel should've been at full alert twenty-four hours a day the moment after the news that AMD hired Jim Keller was coming through the ticker – especially after the past and what Jim „The Godfather of Chip-design and the embodied IC“ Keller already did at and with AMD already back then in the times with the Athlon.
 
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@Smartcom5, it comes from the fact that Intel has been sitting on the high throne while drinking their own Kool-Aid for so long. They've been caught up in their own superiority, their own ego. What we're seeing here with Intel is what happens when a company gets drunk on their own Kool-Aid.
 
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