Processador Intel CPU 2018-2021 Roadmap Leaks Out

Temos que começar a editar os power states do CPU directamente no low level, está visto. E mesmo assim, alguém há de descobrir um exploit para isso.

Mas sim, é interessante ver como a AMD está a escapar bem. Não sabemos se é por serem mesmo imunes, actualmente apenas é muito mais fácil bater na intel, porque está a ser "investigada" há muito tempo, teve muito tempo com essas arquitecturas que se baseavam mais na obfuscação. Só que quando se descobre a careca, vem tudo por aí abaixo.
 
Qualquer dia não pode fazer OC/UV, não pode ter turbo, os mecanismos de underclock/undervolt automático quando o CPU não é usado terão que ir a vida, o HT ser eliminado, etc.

CPU tem que ficar a 4 ghz 1.2v 100% do tempo, igual antigamente.

E a AMD vai escapando na boa :D

Até o dia , preciso ver que andam mais a explorar a Intel que AMD pelos longos anos da mesma arquitetura com uns retoques nas mudanças apenas mas por enquanto AMD tem se escapado na boa mas um dia pode vir o cima basta encontrar a 1 falha .
 
- Intel’s Manufacturing Roadmap from 2019 to 2029: Back Porting, 7nm, 5nm, 3nm, 2nm, and 1.4 nm

20190916%20SPIE%20Photomask%20and%20EUVL%20Plenary%20-%20Phillips%20v23-VRL2%20distribute-page-019_575px.jpg

This is Intel's original slide, not detailing which nodes in which years. However, it should be easy enough to figure out that each one of the elements in the bottom row is the next process node along, otherwise the +/++ wouldn't make sense.
ASML applied these assumptions to the slide it presented at the IEDM keynote, but the company did not disclose that they had modified the slide.
https://www.anandtech.com/show/15217/intels-manufacturing-roadmap-from-2019-to-2029


- Intel 2020s Process Technology Roadmap: 10nm+++, 3nm, 2nm, and 1.4nm for 2029
10nm+++ Shows Up
The first part of the roadmap is particularly interesting. Heading into 2021, you will notice that Intel has a new, unannounced, process “10nm+++” (note the three pluses). This is a further refined version of its 10nm node. Presumably, this will be used for Intel’s Sapphire Rapids CPU which is also planned for 2021. Intel’s 10nm, including 10nm+, has been rather underwhelming as far as the performance goes with only a single SKU exceeding 4 GHz. It would not be unreasonable to expect them to refine the process further in order to enable higher performance chips.
https://fuse.wikichip.org/news/3127...logy-roadmap-10nm-3nm-2nm-and-1-4nm-for-2029/
 
:n1qshok: quando um gajo pensa que já viu tudo

tenor.gif


Intel hires former GlobalFoundries, IBM chip executive
(Reuters) - Intel Corp (INTC.O) has hired Gary Patton, who was chief technology officer at semiconductor maker GlobalFoundries, according to an internal Intel memo seen by Reuters on Wednesday.

Patton previously spent more than a decade in the chip unit at International Business Machines Corp (IBM.N).
Intel spokesman Will Moss confirmed the authenticity of the memo but declined to comment beyond it. Patton declined to comment beyond Intel’s internal memo. A GlobalFoundries spokeswoman confirmed that Patton had left the company last week but declined to comment further.
https://www.reuters.com/article/us-...undries-ibm-chip-executive-idUSKBN1YF2JD?il=0

:rofl:
 
Vou colocar aqui uma entrevista ao Charlie do Semiaccurate sobre futuros produtos e processos de fabrico da Intel. A ser verdade, a coisa vai estar negra para a Intel nos próximos anos.
Eu não garanto que o que está aqui escrito seja 100% verdade, mas o Charlie tem um enorme historial de más noticias dos 10 nm da Intel, que se provaram verdadeiros.

"A Chat With Charlie"
Update for EOY 2019 of the chat seven months ago. "What's up at Intel"? (not an AMD-centric chat)

Charlie (SemiAccurate) focuses on news that no one else has, or that they break before anyone else.

Q: What's up with Intel?

In short, it's a mess; they didn't deliver

10 nm is still technically non-existent

Qtys are non-economical

Slow, power hungry, hot, expensive

It doesn't push the bar.

"They have issues".


Q: What's going on with 10 nm?

It was a choice they made, back in spring 2017, when they told everone in that slide that both 10 nm and 10+ nm would be slower than 14 nm

The process has better power efficiency, but performance is lower

Performance directly drives ASP

So they juiced it past its optimal point to get it to tie with 14nm by boosting power; self-defeating.

The GPU is better, but it takes up a LOT of die area.


Q: Speak to four things from the last call: 2.7X scaling, COAG (contact over active gate), Cobalt, SAQP (Self Aligned Quad Patterning); any updates? Also, margins and yield.

Intel delayed 10 nm, but claimed there were no changes.

Tech Insights says otherwise; one major change - COAG

The yields are below sanity levels.

Why claim no changes, all is well: Just to keep the share price up

They are burning money to keep 10 nm a viable thing, but it is simply not economically viable.

Ice Lake yields are in the toilet; there are no upsides to this.

"It's dead".


Q: % of product going to 10 nm. Start with laptop

Very low. Laptops account for 70% of Intel units.

Intel is still hurting in capacity. PC growth was only a few percent

If 10 nm was even 5% of laptops, the capacity problem would have gone away. They just aren't there.

10 nm is a PR spin.

10+ nm Ice Lake are technically on shelves, but they aren't economically viable or in any volume.

10++ nm might be faster than 14 nm; it won't ship until EOY 2020.

Ice Lake Sunnycove did have an 18% IPC boost, which was the only reason they could bring a chip to market, but the clocks are lower

Their only chance for decent 10 nm is tiger Lake / Willow Cove, at the end of 2020.


Q: Talk about the reorg.

It has happened.

DCG (Data Center Group) is now in DPG (Digital Platform Group), so Xeon servers are lumped in with [missed that].

"Shuffling of the deck chairs"

Huge cuts to current DCG staff in Q1.

AI and MobileEye, currently autonomous, in danger of being subsumed.

It is supposedly to streamline things, not have a lot of people doing the same job.

Charlie doesn't buy it. Two possibilities:

Serious structural reform? No.

So that leaves simply making it hard to make comparisons to prior years.


Q: Memory? Habana?

Intel is desparate to exit the memory business, but no one wants it.

Optane doesn't appear to be selling above cost.

Habana: They acquired them because Intel's internal AI products were simply not competitive.

They paid way too high a price for the company.

It was a white flag on internal AI.


Q: Shortages over when?

In H2 of 2018, the shortages were due to server performance hits over security vulnerabilities.

In December of 2018, they admitted that it was due to increasing die size, which dropped the number of chips that they can produce.

This is due to AMD.

Intel's sweet spot, with 60% of sales, used to be 80-90 mm^2.

AMD core increases drove that up to 125 mm^2, so they lost one third of their production capacity.

Intel's original plan was to have a four core max at 14 nm. That is now 6 to 8 cores, even 10.

Ten core CPUs have technically been out for a quarter now, but they still don't exist.

Also yields go down as the die size goes up.

How do they solve it? Three ways:

  • 10 nm online at the end of 2020 (best case, but yield problems).
  • 7 nm online at the end of 2021
  • AMD takes enough share where their capacity problem is solved.
Charlie mentions the Dell meltdown, and the letter mentioning "something in the fabs"

Sounds like whatever went wrong would be a material (as in SEC) issue.

"Something went bump in the night at their fabs".


Q: Desktop 10 nm?

Best case 2021, NOT Ice Lake, Tiger Lake 10++ nm Laptops EOY 2021

Tiger Lake Desktop lower performance

On server, 2021 best case, not likely competitive.


Q: Discounting for Laptop/Desktop/Server?

Laptop not much discounting yet.

AMD's Q1 Ryzen 4000 will put Intel under pretty severe pressure.

Up to now Intel had a free ride on laptops

Desktop: "It's not a fair fight".

AMD desktop "Better in every way".

Intel creates performance tiers by crippling features; AMD gives you them all.

"AMD crushes Intel on Desktop".

Intel has no hope of fixing this for 18 months.

Discounting on desktop: Charlie doesn't know.

Desktop workstations are really Xeons

When Threadripper 3 came out, Intel slashed their whole line of Xeon W prices in half.

TR3 is selling a lot, but no one can get Xeon W's.

Intel stopped making them, because they knew they wouldn't sell.

Like the 9900KF, the mythical 5 GHz beast. They sent some to reviewers, put a few online.

But they can't make them.

Desktop Workstation is a good proxy for servers.


Q: When will Intel become competitive in laptops after Renoir? What about Zen 4?

In laptops, Renoir will do to them what they did in desktop: destroy them in the marketplace.

Intel will have no response until Tiger Lake at the end of 2020

That has a good chance, but yields may well be so low that it doesn't matter.

The laptop market is most vulnerable to slush funds and underhanded games.

Look at the Microsoft Surface 3; Microsoft got a windfall of dumptruck loads of cash from Intel, all because of the threat of one AMD SKU.

The CPU MSRPs vary by $300-$400, but Intel's one sells for only $100 more, plus they throw in Windows Pro, which eats up most of that $100.


Q: Zen 4 motherboards, and Genoa?

That's two generations away.

First comes Zen 3/Milan.

Chips have been back for months now, and they perform significantly better than expected.

Same motherboards. AMD is in a really good position for 2020.


Q: Servers? 10 nm pushed out?

OEMs were told directly that servers were pushed out, but Intel denies that.

Splitting hairs, or intentionally misleading? You decide.

Ice Lake server is 2021.


Q: What the heck is going on here? TDP leaks?

Intel's server program is a mess.

Charlie doesn't know why. Management?

Intel's engineers are very good.

Institutionally, everything is melting down.

Management: Everything's great, they claimed that 10 nm was shipping for revenue in 2017.

Yields are improving, better than expected, etc. 10 nm is always just around the corner.

Four years later, it still doesn't work.

But things keep sliding.

Are they wordsmithing, or are they lying through their teeth?

"Go Away. Stop Lying".

It's a broken record. Really hard to figure out where things went off the rails.


Q: SemiAccurate report on Intel server push-outs?

Ice Lake server is now a 2021 product. Intel directly informed OEMs of that, despite subsequent denials.

Sapphire Rapids was to have been in H1 2021. It is now 2022 - at least a full year slip.

The program is in deep deep trouble [there may have been a third "deep"]

"Borderline mind-boggling"

Granite Rapids was to have been its successor; that is now H2 2023.

Everything until late 2023 has been pushed out.

Cooper Lake was to have been Q1 2020; it is now H2.

How do we know? Development systems are unavailable. That isn't possible with a Q1 launch.

"The roadmap is a mess"

Here's why I stated that "I am worried about Intel":

From my August 2018 article, Why Intel has no chance in servers, and they know it:

Intel knew that there was no chance of catching up with AMD until after Sapphire Rapids

Which meant Granite Rapids. But that is now coming in H2 2023.

Intel has no chance of catching up until then.

There is no sign of AMD slipping.

A one year slip is probably OK

A two year slip is problematic

Any longer, and I question their viability, they may no longer be an ongoing entity (SEC speak).

Cooper lake (14 nm) was also pushed out.

TDPs are very important

At Computex, Intel raised Cooper Lake's TDB from 250 to 300 watts.

That is not an innocious change. 250 watts is the limit for air cooling.

Six months before its purported launch, Intel basicly told its OEMs "You have to water cool".

The OEMs were not happy, and used very colorful language.

Forcing water cooling screwed over everyone in the infrastructure.

Why did Intel do this? Not to lose so badly on the benchmarks, and to be able to move from 40-48 cores to 56 cores.

"Look, close to 64"!

They single-handedly gave AMD a big advantage: "We don't require water cooling".


Last Q from CR: Will Intel's 7 nm be better? EUV?

Granite Rapids is still 2021 per Intel. It's really 2023.

No visibility on 7 nm.

10 nm: "Everything is wonderful" They are claiming the same for 7 nm.

I'm pessimistic that Intel came down with a bout of honesty.

TSMC 5 nm is essentially Intel's 7 nm.

TSMC is ramping their 5 nm now.

Intel is best case a year behind.

TSMC is solid. Intel, no reason to believe.


Email question phase:

Q: What did Intel tell their OEMs regarding Ice Lake server?

Samples Oct 2020, volume production starts November 2020, sales in 2021.


Q: Not impacting financials, why?

Servers come in small, medium, and large sizes.

If you bid on a small, they offer you a large for the same price: more cores, more performance.

Same silicon, just the fuses not blown, keep the customer.

Cannibalizing their tier strategy.

Near the breaking point.

But sill competitive at the low end of servers.


Q: DCG cuts to personnel, why? And any outsourcing?

Already outsourcing to Samsung [I don't think these are CPUs].

That still didn't help with the capacity problem.

The DCG cuts are sales, not tech jobs.

The cuts are those redundant with other orgs.

The cuts will extend to other orgs in Q1.


Q: Discrete GPU push and capacity constraints

If they are made in house, that doesn't help with capacity issues.

7 nm is way out.

Big GPU unveil at CES.

It's their DG1. That is basically just an eval board. Not gaming.


Q: What about AMD's new board member?

No idea; "he took my seat".


Q: Is there an AMD-Samsung mobile phone GPU development?

Yes, they said that.


Q: Can Jim Keller change things?

Maybe. The first CPU he could have affected would be Granite Rapids.

The first architecture that he could affect would be after Granite Rapids, 2025.

Sapphire Rapids was fully done when he came on board, so the platform for Granite Rapids was handcuffed.


Closing CR Q: What would you do to turn things around at Intel?

Up to Granite Rapids, scrap it all and start over.

Their roadmap is simply not competitive.

A roadmap takes 4 to 5 years.

Start over, there is no light at the end of the tunnel

Um resumo:
  • 10 nm actuais é "non existent". Pequenas quantidades e yelds péssimos. Slow, power hungry, hot, expensive.
  • 10 nm e 10+ nm pior que 14 nm. The process has better power efficiency, but performance is lower. The GPU is better, but it takes up a LOT of die area.
  • Os 10 nm actuais não são os 10 nm originais, apesar da Intel desmentir.
  • Ice Lake yields are in the toilet; there are no upsides to this. "It's dead".
  • 10++ nm might be faster than 14 nm; it won't ship until EOY 2020.
  • Their only chance for decent 10 nm is tiger Lake / Willow Cove, at the end of 2020.
  • Reorganização na secção de servidores. Huge cuts to current DCG staff in Q1.
  • Intel is desparate to exit the memory business, but no one wants it. Optane doesn't appear to be selling above cost.
  • Habana: They acquired them because Intel's internal AI products were simply not competitive. Parece que os produtos da ex-Nervana não esão competitivos.
  • A forma de a Intel resolver a falta de oferta a 14 nm pode ser feita de 3 maneiras:
    • 10 nm online at the end of 2020 (best case, but yield problems).
    • 7 nm online at the end of 2021
    • AMD takes enough share where their capacity problem is solved.
  • Desktop 10 nm? Best case 2021, NOT Ice Lake, Tiger Lake 10++ nm Laptops EOY 2021. Tiger Lake Desktop lower performance. On server, 2021 best case, not likely competitive.
  • TR3 is selling a lot, but no one can get Xeon W's. Intel stopped making them, because they knew they wouldn't sell.
  • Like the 9900KF, the mythical 5 GHz beast. They sent some to reviewers, put a few online. But they can't make them.
  • In laptops, Renoir will do to them what they did in desktop: destroy them in the marketplace. Intel will have no response until Tiger Lake at the end of 2020
  • First comes Zen 3/Milan. Chips have been back for months now, and they perform significantly better than expected. Same motherboards. AMD is in a really good position for 2020.
  • Intel's server program is a mess. Ice Lake server is now a 2021 product. Intel directly informed OEMs of that, despite subsequent denials.
  • Sapphire Rapids was to have been in H1 2021. It is now 2022 - at least a full year slip.
  • Granite Rapids was to have been its successor; that is now H2 2023.
  • Cooper Lake was to have been Q1 2020; it is now H2.
  • Everything until late 2023 has been pushed out.
  • At Computex, Intel raised Cooper Lake's TDB from 250 to 300 watts.
  • They single-handedly gave AMD a big advantage: "We don't require water cooling".
  • No visibility on 7 nm. 10 nm: "Everything is wonderful" They are claiming the same for 7 nm. I'm pessimistic that Intel came down with a bout of honesty.
  • TSMC 5 nm is essentially Intel's 7 nm. TSMC is ramping their 5 nm now. Intel is best case a year behind. TSMC is solid. Intel, no reason to believe.
  • Ice Lake Server. Samples Oct 2020, volume production starts November 2020, sales in 2021.
  • Big GPU unveil at CES. It's their DG1. That is basically just an eval board. Not gaming.
  • Can Jim Keller change things? Maybe. The first CPU he could have affected would be Granite Rapids. The first architecture that he could affect would be after Granite Rapids, 2025. Sapphire Rapids was fully done when he came on board, so the platform for Granite Rapids was handcuffed.
  • Up to Granite Rapids, scrap it all and start over. Their roadmap is simply not competitive. A roadmap takes 4 to 5 years. Start over, there is no light at the end of the tunnel.
https://old.reddit.com/r/AMD_Stock/comments/eczmzx/susquehanna_holds_its_second_chat_with_charlie/

A ser verdade e se a Intel não der a volta de outra forma, isto é mesmo um cenário muito negro.
 
Vai ser um cenário negro para a Intel e para nós.
A vinda da AMD competir com a Intel foi defacto muito bom, mas agora é certinho que vamos sentir o mesmo que sentimos com a Intel.
Pequenos bumps a preços elevados, vai ser provavelmente a decisão da AMD.

A ver vamos.
 
Não sei até que ponto isto não pode ser um bluff para permitir a AMD baixar a guarda e a Intel dar um golpe forte sem haver hipótese de resposta.
 
A AMD tem um roadmap definido e público. Não vejo como podem baixar a guarda. E se a intel vier com qualquer coisa bombástica não há nada que a AMD possa fazer sem ser jogar com os preços.
Eu não percebo como ainda há pessoal iludido em relação aos 10nm da intel. Deviam estar cá fora produtos a 10nm desde 2016 ou 2017. Estamos em 2020. Se em 3 ou 4 anos não resolveram o problema, já não o resolvem mais. É atirar dinheiro para o lixo.
Só espero é que acertem com os 7nm porque eu lembro-me de a altura dos athlon 64 os preços serem absurdos...
 
O R7 2700 (8 cores / 16 threads) está à venda por ~150€ em promoção, 130€ a menos que há 1 ano e meio, isto é atacar o mercado. A AMD está agora a aproveitar para dar o bump necessário na arquitectura e avançar na litografia que a Intel está com grandes problemas em conseguir resolver.
 
@strafejump O problema é que o Zen3 está ali ao virar da esquina e se a Intel não lhe responder duvido muito que a AMD não adie o roadmap, não esquecer que quem produz é a TSMC e que fica mais barato à AMD ficar num processo maduro com uma gama de produtos estabilizada do que andar sempre na crista da onda para poder ser competitiva, expondo-se assim aos riscos de baixos yields e disponibilidade das fabs.

Ou seja, caso a Intel falhe em 2020, mais depressa acredito que a AMD pare 2 anos nos 7nm+ com o Zen3 do que cumpra o actual roadmap...
 
Ou seja, caso a Intel falhe em 2020, mais depressa acredito que a AMD pare 2 anos nos 7nm+ com o Zen3 do que cumpra o actual roadmap...

Eu não sei o que vai acontecer, tanto à Intel como à AMD. Uma coisa sei ao certo. É muito mais perigoso para a AMD "levantar o pé" do que para a Intel. A Intel pode andar a perder dinheiro durante muito tempo, porque é gigante. Não é bom, mas mesmo com produtos piores, eles sobrevivem bem. A AMD, nem por isso. Se aparece um "Core 2" de repente, a AMD fica logo com problemas.

Já agora, no Zen4 haverá muitas mudanças. Novo socket (No Epyc chama-se SP5), DDR5, Pci-Ex Gen5, 5 nm, etc. Se houver atrasos, poderá não ser apenas culpa da AMD.
 
Não é a levantar o pé nesta altura do campeonato (incluindo o próximo par de anos) que a AMD combate o colosso que é a Intel, e acho que o pessoal lá dentro o sabe.

"Intel é Intel", "nunca ninguém foi despedido por comprar Intel", "ah, mas e os 240Hz.. ", "sempre ouvi dizer que AMD aquece muito", etc., são coisas que não mudam com grande facilidade.
 
Eu concordo que a AMD não deve levantar o pé, mas não ponho de parte essa possibilidade, a verdade é que o paradigma mudou e a AMD está a vender muito mais que o gigante.
 
A AMD não está a vender muito mais que a Intel. Nem chega perto.
Talvez esteja a vender mais em alguns processadores e alguns mercados. Na maior parte dos mercados, a diferença é brutal para o lado da Intel (servidores, portáteis, etc) e há segmentos onde a AMD nem tem produtos para concorrer com a Intel.
A AMD está a rebolar em sucesso e no entanto a Intel continua com dificuldades de fornecer o mercado nos produtos 14 nm (que são quase todos nesta altura).
 
Pelo menos em desktop, as vendas da AMD são de 4 para 1 segundo a Amazon e *****.de acredito que sirvam perfeitamente de amostra para os restantes mercados. Servidores e portáteis não há-de faltar muito para o paradigma equilibrar ou até mesmo inverter.
 
Pelo menos em desktop, as vendas da AMD são de 4 para 1 segundo a Amazon e *****.de acredito que sirvam perfeitamente de amostra para os restantes mercados. Servidores e portáteis não há-de faltar muito para o paradigma equilibrar ou até mesmo inverter.

A AMD domina nos cpu's boxed mas no mercado dos cpu's assemblados a Intel ainda tem domínio.
Os APU da AMD estarem atrasados em relação a cpu's sem gpu não ajuda também na parte dos desktops assemblados/OEM.

Nos portáteis a AMD nem tem apresentado propostas muito competitivas. Os cpu's mobile têm margens baixas, e a AMD para recuperar/crescer tem apostado no mais lucrativo segmento dos servidores e desktops/workstations (também porque é mais fácil derivar cpu's de servidores para estes segmentos).
Só agora com o Renoir é que há sinais que a AMD está a apostar mais no mobile, mas ainda assim a prioridade é servidores - tanto que o Zen 3 deve sair poucos meses depois do Renoir.

Mesmo nos servidores, a aposta principal da AMD para ganhar quota, a Intel vende muito mais. Isto porque é segmento adverso á mudança e os propôs OEM de suporte ao início 'desconfiam' e o suporte foi pouco, só agora com o Rome é que a o panorama está a mudar um bocado mais e se o Milan/Zen3 for o que se fala é que o aumento de quota de mercado AMD será mais significativo.

A tudo isto se junta programas de descontos da Intel para OEM em todos os segmentos de mercado onde a AMD está melhor (basicamente todos, com excepção do mobile - por enquanto)..
Isto é algo que cria muitas dificuldades á AMD para ganhar mercado nos desktop assemblados e workstations, e também nos portáteis onde em breve a AMD também deve ter propostas equivalentes ou superiores á Intel mas a oferta dos OEM a nível de portáteis continuará a ser menor, pelo menos enquanto o paradigma de os AMD serem melhores que Intel não ficar mais enraizado para o público em geral.
 
Verdade seja dita, a Intel vai vender sempre muito, pela simples razão que é a única das duas com capacidade de produção que várias marcas/fabricantes necessitam.

A AMD tem uma pequena fatia da capacidade da TSMC, não consegue alimentar o mercado por si só. Até a Intel, que é o maior fabricante do mundo, tem tido problemas no fornecimento.
 
A AMD não está a vender muito mais que a Intel. Nem chega perto.
Talvez esteja a vender mais em alguns processadores e alguns mercados. Na maior parte dos mercados, a diferença é brutal para o lado da Intel (servidores, portáteis, etc) e há segmentos onde a AMD nem tem produtos para concorrer com a Intel.
A AMD está a rebolar em sucesso e no entanto a Intel continua com dificuldades de fornecer o mercado nos produtos 14 nm (que são quase todos nesta altura).


Tambem ha segmentos que a intel não pode competir com a AMD, consolas por exemplo.
 
Pois, o que vejo o que pode limitar a AMD de crescer é capacidade de produção.

Claro que neste momento lhes falta um produto competitivo pro mercado que mais vende, que é integradores e portáteis.

Vou dar um exemplo, trabalho usando um i5 8500, com a gráfica integrada. Não existe nenhum produto AMD equivalente. Existe o 3400G, é um quad core vs hexa core, mesmo tendo HT, deve ser inferior. O GPU integrado mais musculado é useless e se calhar este processador consome mais energia...

No fundo o que a AMD precisava era que o Renoir viesse mais diversificado e não um único chip. Vejo pelo menos 3 variantes
- 6C/8C com GPU básico (3/4EUs), para usos mais CPU centric que é office/prosumer, para fazer frente aos Coffee Lake 6C e 8C
- 6C/8C com GPU "potente" (12/15 EUs), para portáteis e maquinas caseiras light gaming, para fazer frente aos Coffee Lake com gpus basicos nvidia e Ice Lakes
- 2C/4C com GPU básico (3/4EUs), para athlons e basic computing, para enfrentar dos Pentiuns e i3. Die size pequeno para barato e bom.

Mas a AMD não tem a capacidade da Intel em criar várias variantes físicas. Toda a gama zen/zen+ foi feito em apenas 3 chips, já chips skylake, bom acho que deve ser umas boas dezenas deles.
 
Tambem ha segmentos que a intel não pode competir com a AMD, consolas por exemplo.

Não sei se a Intel quer competir em consolas. A Intel é uma empresa que só costuma gostar de mercados com margens grandes. Eu duvido que seja o caso no segmento de consolas.
Dito isso, sim, tens razão. Nesta altura, em consolas com "x86", só há presença AMD. :)
 
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