Don't publicise more than the minimum in uarch details, and give a friendly reminder to anyone who sues that their IP is also dependent on other IP secretly and starting a nuclear war is probably not worth it?
Late reply: we don't know the details but it's entirely possible that part of their knowledge from their experience at Apple is allowed to be used so long as they do not compete with Apple products using that knowledge; and the server / enterprise target is clearly the one space where Apple is de facto absent in tech.
If I were to bet, I'd say it's actually a mutual understanding of 'taking A-chips' to their full potential for these use-cases. It's also smart to make it a startup, because why spend the full power of a corporation when a small tight band is actually better. Sort of a separation of concerns; friendly relationship, possibly deals between the two entities — I'm sure Apple's datacenters could use some A-chip mojo in their blades.
Assuming they are well connected to ARM, I wonder if they get to be working on uArc based ARMv9?
And I think this also shows that Apple has no intention to build an ARM chip for its Desktop and Mac Pro products. Had this been the case I think the three would not have jump the chance for its own Startup.
I have to agree. They could have tried to distinguish themselves with a name resembling something novel, yet they decided to go with one that sounds like a copy-cat version of company already in the industry. Why not something like XCHIP, POWER2 or whatever. I hope the lack of imagination does not extend on their chip design.
I wonder if they are considering RISC-V. Probably not - they don’t sound like risk-taking people. But given the timelines of chip production, I would think a couple years from now a solid RISC-V server might be very much in demand.
The RISC-V ISA is pretty awful for high-end designs. No competitive servers can be built with it.
Plenty of people seem to have been caught up in the hype of RISC-V taking over the world and doing everything, but that's never going to happen. The ISA is heavily optimized towards making very low-end devices very cheap. Like, don't think cellphone chips, think appliances. This is not a bad call, as it's the area where greenfield designs with cost advantage have the best chance to get market share. However, there is no path of extending the ISA that will make it competitive with ARM or x86 on high-end devices. The only way to do that is to design RISC-VI, that abandons most of the things that RISC-V what it is.
It's not so sad or surprising. Apple is heavily leveraged to build chips in support of its core business, which is building iPhones. He can likely achieve his goal of becoming a top executive in the semiconductor industry (within Apple or other company) faster by getting acquihired into a larger corporation as head of this new server development company.
It's all about mission orientation vs. functional orientation. Apple is heavily leveraged in a functional orientation to build chips for iPhones. NUVIA is heavily mission oriented in building server chips. Mission oriented companies win on speed. An acquihire of NUVIA shortens the total time this fella would need to ascend to the top tier of semiconductor executives just by virtue of the fact that they are a company that moves faster. He either becomes a top executive in a successful chip startup, or he gets acquihired at a high level into a big semiconductor company. Either way - he wins.
Andy Grove has some great insights on mission orientation vs functional orientation if you're interested. Chapter 8 of High Output Management - cliffs notes available here:
I don't see it as sad, the existence of NeXT as a separate entity allowed many possibilities. I.e. it left room open for a completely different startup to roll new tech directions back into Apple and NeXT to end up as new direction at SGI, HP or whatever. Even if the end looked a lot like the status quo should have looked, a wider range of possibilities shape the industry and individual motivation.
He wants to make server chips. Apple doesn’t sell servers. It would be more of a Google thing to invest money on random products that either and fail inside the company.
What would be sad is if he was unable to take the financial risk of leaving Apple. The whole point of capitalism is encouraging experimentation with limited liability companies, that falls apart if you try to experiment inside another company. The magic of our economy is in the connections between companies, inside individual companies it's just boring old dictatorships.
Is it possible or probable they'll go into mobile chips to compete with Qualcomm?
In any case, best wishes and godspeed. I believe an increase in competition in the CPU space is good for humanity and only improves our chance of surviving as a species.
Let’s be honest. They aren’t building a company to take on Intel and AMD. They are at most “building a company” to either be an acquisition for one of the major chip producers (maybe even Apple) or to be acquihired.
While I like this idea, I think supporting a full x86-64 instruction set for high-performance applications, from scratch, is likely years out. This company will need a 10-year runway to see any market impact.
Where is x86-64 mentioned? I assumed they were building ARM chips.
In any case, they don't mention any secret sauce. Intel has strong channels, fabs and the x86-64 ISA with massive software compatibility on the server side. Even with better performance/power, Intel can simply undercut the competition to drive them out of business. If Qualcomm's sales channels couldn't dent the server space, I am sceptical about upstarts, unless their [power, performance, cost] is significantly better than Intel.
A lot of the press has been talking about how they'll be taking on Intel and AMD but that's just because those are the only server chip makers their readers are familiar with. Don't take it literally.
[+] [-] ISL|6 years ago|reply
[+] [-] monocasa|6 years ago|reply
[+] [-] K0SM0S|6 years ago|reply
If I were to bet, I'd say it's actually a mutual understanding of 'taking A-chips' to their full potential for these use-cases. It's also smart to make it a startup, because why spend the full power of a corporation when a small tight band is actually better. Sort of a separation of concerns; friendly relationship, possibly deals between the two entities — I'm sure Apple's datacenters could use some A-chip mojo in their blades.
[+] [-] empath75|6 years ago|reply
It sounds like they’re focusing on cloud computing which isn’t something Apple is working on.
[+] [-] ksec|6 years ago|reply
And I think this also shows that Apple has no intention to build an ARM chip for its Desktop and Mac Pro products. Had this been the case I think the three would not have jump the chance for its own Startup.
[+] [-] PossiblyKyle|6 years ago|reply
[+] [-] hartator|6 years ago|reply
[+] [-] robocat|6 years ago|reply
[+] [-] tekkk|6 years ago|reply
[+] [-] partiallypro|6 years ago|reply
[+] [-] vpribish|6 years ago|reply
[+] [-] rwmj|6 years ago|reply
[+] [-] newshorts|6 years ago|reply
How will this affect Apple’s ability to innovate going forward? Were these executives a crucial part of Apple’s competency?
[+] [-] Angostura|6 years ago|reply
[+] [-] panpanna|6 years ago|reply
Even Reddit has one
[+] [-] rough-sea|6 years ago|reply
[+] [-] ip26|6 years ago|reply
[+] [-] als0|6 years ago|reply
As a side note, a couple of jobs on their careers page seem to want ARM assembly experience...so it's likely to be an ARM core?
[+] [-] Tuna-Fish|6 years ago|reply
Plenty of people seem to have been caught up in the hype of RISC-V taking over the world and doing everything, but that's never going to happen. The ISA is heavily optimized towards making very low-end devices very cheap. Like, don't think cellphone chips, think appliances. This is not a bad call, as it's the area where greenfield designs with cost advantage have the best chance to get market share. However, there is no path of extending the ISA that will make it competitive with ARM or x86 on high-end devices. The only way to do that is to design RISC-VI, that abandons most of the things that RISC-V what it is.
[+] [-] Symmetry|6 years ago|reply
[+] [-] panpanna|6 years ago|reply
[+] [-] unnouinceput|6 years ago|reply
[+] [-] tambourine_man|6 years ago|reply
It seems symptomatic that he couldn’t inside Apple.
Sad that it’s so hard to do some things inside humongous companies. Even when you’re obviously incredibly talented and accomplished.
[+] [-] cushychicken|6 years ago|reply
It's all about mission orientation vs. functional orientation. Apple is heavily leveraged in a functional orientation to build chips for iPhones. NUVIA is heavily mission oriented in building server chips. Mission oriented companies win on speed. An acquihire of NUVIA shortens the total time this fella would need to ascend to the top tier of semiconductor executives just by virtue of the fact that they are a company that moves faster. He either becomes a top executive in a successful chip startup, or he gets acquihired at a high level into a big semiconductor company. Either way - he wins.
Andy Grove has some great insights on mission orientation vs functional orientation if you're interested. Chapter 8 of High Output Management - cliffs notes available here:
https://medium.com/@iantien/top-takeaways-from-andy-grove-s-...
[+] [-] yabadabadoes|6 years ago|reply
[+] [-] friedman23|6 years ago|reply
I don't understand why this is sad? This is just a negotiating tactic.
[+] [-] scarface74|6 years ago|reply
[+] [-] ddingus|6 years ago|reply
Tektronix in it's prime, run by it's original founders, did exactly this. The benefits still play out today.
https://www.opb.org/television/programs/oregonexperience/epi...
[+] [-] leppr|6 years ago|reply
[+] [-] dang|6 years ago|reply
[+] [-] known|6 years ago|reply
[+] [-] unknown|6 years ago|reply
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[+] [-] jaytaylor|6 years ago|reply
In any case, best wishes and godspeed. I believe an increase in competition in the CPU space is good for humanity and only improves our chance of surviving as a species.
[+] [-] scarface74|6 years ago|reply
[+] [-] discardable_dan|6 years ago|reply
[+] [-] throwGuardian|6 years ago|reply
In any case, they don't mention any secret sauce. Intel has strong channels, fabs and the x86-64 ISA with massive software compatibility on the server side. Even with better performance/power, Intel can simply undercut the competition to drive them out of business. If Qualcomm's sales channels couldn't dent the server space, I am sceptical about upstarts, unless their [power, performance, cost] is significantly better than Intel.
[+] [-] Symmetry|6 years ago|reply
[+] [-] raverbashing|6 years ago|reply
Even Windows runs on Arm now
For servers they care about price, performance, support and volume/availability
If you can have a non-x86 platform that will save power/cooling to the big datacenter users (FAANG basically) they will be willing to give you money
[+] [-] russler23|6 years ago|reply
[+] [-] mrtweetyhack|6 years ago|reply
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[+] [-] ryuukk_|6 years ago|reply
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[+] [-] gigatexal|6 years ago|reply
[+] [-] keymone|6 years ago|reply