Earlier quoted context omitted.
They would have at least 5 years to figure it out before ARM becomes viable on desktop assuming there continues to be movement in that direction. There is so little incentive to move away from x86 right now. The latest Intel mobile processors address the efficiency issues and prove that x86 can be efficient enough for laptops. IT departments are not going to stop buying x86 processors until they absolutely are forced…
> IT departments are not going to stop buying x86 processors until they absolutely are forced to. Plenty of them are buying Macbooks. It's definitely a small percentage of the worldwide market, but not entirely insignificant either.
Intel announces retirement of Pat Gelsinger
261–270 of 777 posts
Re: Intel announces retirement of Pat Gelsinger
#262Re: Intel announces retirement of Pat Gelsinger
#263Earlier quoted context omitted.
What do they do that Nvidia doesn't (and that Nvidia would care about)? They already do networking, photonics, GPUs, high speed interconnects, and CPUs. They are planning on selling their FPGAs (the Altera acquisition) to Lattice. The only things left are their fab ops, thunderbolt/usbc, wifi, and ble. Their fab ops would take over a decade of heavy investment to catch up to TSMC or Samsung and idk if even Nvidia is…
x86 CPUs.
Re: Intel announces retirement of Pat Gelsinger
#264Earlier quoted context omitted.
>I feel like this is a mistake. Pat's strategy is aggressive but what the company needs. He's also 63. Has plenty of money to survive the rest of his life. Has eight grandchildren. There's so much more to life than business. What's to say he doesn't want to simply enjoy life with more connection and community to loved ones around him?
True CEO retirements are announced in advance and do not lead to a strange co-interim CEO situation.
Re: Intel announces retirement of Pat Gelsinger
#265Earlier quoted context omitted.
Are those GPUs really stupid? They seem like a great price for performance devices when ultra high level gaming is not the priority. EDIT: I personally always liked intel iGPUs because they were always zero bullshit on Linux minus some screen tearing issues and mumbo-jumbo fixes required in X11.
I am basically biased towards discrete GPU = asking for trouble in Linux. Driver stability, less heat and fan noise, battery life is almost assured in the Intel iGPU.
Re: Intel announces retirement of Pat Gelsinger
#266Earlier quoted context omitted.
>> If 18a is not ready I think the best case scenario for Intel is a merger with AMD. Aside from the x86 monopoly that would create, I don't think Intel has much of value to AMD at this point other than the fabs (which aren't delivering). IMHO if Intel is failing, let them fail and others will buy the pieces in bankruptcy. This would probably benefit several other companies that could use 22nm and up fab capacity and…
I'd like to address the aside for completeness' sake. An x86 monopoly in the late 80s was a thing, but not now. Today, there are sufficient competitive chip architectures with cross-compatible operating systems and virtualization that x86 does not represent control of the computing market in a manner that should prevent such a merger: ARM licensees, including the special case of Apple Silicon, Snapdragon, NVIDIA SOCs…
And then in the 2000s after AMD64 pretty much destroyed all competing architectures and then in the 2010s Intel itself effectively was almost a monopoly (outside of mobile) with AMD being on the verge of bankruptcy.
Re: Intel announces retirement of Pat Gelsinger
#2671. Looking at the CyberMonday and BlackFriday deals, I see that the 12900K and 14900* series CPUs are what is being offered on the Intel side. Meanwhile AMD has released newer chips. So Intel has issues with either yield, pricing or other barriers to adoption of their latest.
2. The ARC GPUs are way behind; it seems obvious to me that a way to increase usage and sales is to simply add more VRAM to the GPUs - Nvidia limits the 4090 to 24GB; so if Intel shipped a GPU with 48 or 64GB VRAM, more people would buy those just to have the extra VRAM. It would spur more development, more usage, more testing and ultimately result in ARC being a better choice for LLMs, image processing, etc.
Re: Intel announces retirement of Pat Gelsinger
#268Re: Intel announces retirement of Pat Gelsinger
#269Earlier quoted context omitted.
I'd like to address the aside for completeness' sake. An x86 monopoly in the late 80s was a thing, but not now. Today, there are sufficient competitive chip architectures with cross-compatible operating systems and virtualization that x86 does not represent control of the computing market in a manner that should prevent such a merger: ARM licensees, including the special case of Apple Silicon, Snapdragon, NVIDIA SOCs…
I believe the "x86 monopoly" was meant to refere to how only Intel and AMD are legally allowed to make x86 chips due to patents. X86 is currently a duopoly, and if Intel and AMD were to merge, that would become a monopoly.
Re: Intel announces retirement of Pat Gelsinger
#270Earlier quoted context omitted.
I'd like to address the aside for completeness' sake. An x86 monopoly in the late 80s was a thing, but not now. Today, there are sufficient competitive chip architectures with cross-compatible operating systems and virtualization that x86 does not represent control of the computing market in a manner that should prevent such a merger: ARM licensees, including the special case of Apple Silicon, Snapdragon, NVIDIA SOCs…
I was only just today looking for low-power x86 machines to run FreePBX, which does not yet have an ARM64 port. Whilst the consumer computing space is now perfectly served by ARM and will soon be joined by RISC-V, if a widely-used piece of free and open source server software is still x86-only, you can bet that there are thousands of bespoke business solutions that are locked to the ISA. A monopoly would hasten migra…
https://herecomesthemoon.net/2024/11/two-factions-of-cpp/
There are a lot of pre-compiled binaries floating about that are depended on by lots of enterprise software whose source code is long gone, and these are effectively locked to x86_64 chips until the cost of interoperability becomes greater than reverse engineering their non-trivial functionality.