Eric Demers leaves for Intel after 14 years at Qualcomm — father of Radeon and Adreno GPUs now sits at Lip-Bu Tan's table
GPU design genius switches teams to build AI accelerators for Intel
The talk of the town in the world of AI right now is almost exclusively about the amounts of money shifting from one company to the next, but the latest event might have farther-reaching effects than most business deals. Eric Demers, who designed ATI's best GPUs and spearheaded almost all of Qualcomm's Adreno designs, has now joined Intel's GPU team "with a focus on AI."
The blue team's GPU efforts are all but guaranteed to be significantly bolstered by Demers, a particularly welcome development in these troubled times for the company. According to Moor Insights and Strategy, this move is "bigger than people realize", as "[Demers] is an executive, but also he is a GPU architect, of which there are not that many that are at the level that he is at because he can basically build a GPU architecture from the ground up.”
Although so far Intel has been quiet on the exact wording of his new position, the reports so far predictably indicate that Demers will be in charge of designing AI accelerator GPUs, much to the chagrin of hopeful gamers who would like to see Intel's Arc series get an influx of brainpower.
Nvidia and AMD's accelerators are the first ports of call for datacenter-grade AI chips, and Intel wants in on that action, having produced three generations of Gaudi accelerators. The last one, Gaudi 3, is from 2024 and was presented as a more affordable alternative to Nvidia's now-aging H100. Gaudi is set to be superseded in the coming years by Falcon Shores and Jaguar Shores chips. The Shores silicon will exist alongside Crescent Island, a bespoke design for inference tasks.
The chip architect knows GPUs from the first transistor to the video outputs, having spent most of career designing them for AMD (formerly ATI), and Qualcomm in the past 14 years. His designs live in millions of smartphones right now as part of Snapdragon chips, and he was the lead architect for ATI's R300 and R600 series. For those who remember the names, he was at Silicon Graphics and even Matrox during his early years.
The R300 is fondly remembered by any techie in the early 2000s in the form of the Radeon 9700 and 9500 series that delivered a one-two punch to Nvidia's offerings of the time, namely the much-maligned FX 5800, known still today as the Dustbuster. When AMD absorbed ATI, Demers became the company's graphics Chief Technical Officer, a position he held until 2012 when he joined Qualcomm, and now Intel in 2026. Reports of loud expletives heard from Nvidia's offices are as of yet unconfirmed.
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Bruno Ferreira is a contributing writer for Tom's Hardware. He has decades of experience with PC hardware and assorted sundries, alongside a career as a developer. He's obsessed with detail and has a tendency to ramble on the topics he loves. When not doing that, he's usually playing games, or at live music shows and festivals.
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bit_user Reply
He said he's going to Intel to work on "AI", not "GPUs".The article said:The blue team's GPU efforts are all but guaranteed to be significantly bolstered by Demers
I'm just pointing that out, because Intel GPUs face a rather uncertain future and this news really doesn't change my point of view on that.
Keep in mind that Nvidia's Bx00-series Blackwells and AMD's MI-series processors don't have any of the hardware acceleration needed for graphics. They are purpose-built AI/HPC accelerators. Hence, Intel building AI chips does not necessarily mean they're investing in their dGPU product lines.
Oh, weird. I'd have assumed he went to Qualcomm years earlier, when they bought AMD's mobile GPU business.The article said:When AMD absorbed ATI, Demers became the company's graphics Chief Technical Officer, a position he held until 2012 when he joined Qualcomm -
SirStephenH Reply
AI work is typically done by GPUs. The article makes it pretty clear that he will be working on commercial-grade GPUs for AI, not consumer-grade GPUs that would typically be used for gaming.bit_user said:He said he's going to Intel to work on "AI", not "GPUs".
I'm just pointing that out, because Intel GPUs face a rather uncertain future and this news really doesn't change my point of view on that.
Keep in mind that Nvidia's Bx00-series Blackwells and AMD's MI-series processors don't have any of the hardware acceleration needed for graphics. They are purpose-built AI/HPC accelerators. Hence, Intel building AI chips does not necessarily mean they're investing in their dGPU product lines.
Oh, weird. I'd have assumed he went to Qualcomm years earlier, when they bought AMD's mobile GPU business.
Here's just one example.
the reports so far predictably indicate that Demers will be in charge of designing AI accelerator GPUs
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thisisaname Reply
I often wonder what they bring, anything they have developed is owned by another company. So they would have to come up with something total new, which would be very hardbit_user said:He said he's going to Intel to work on "AI", not "GPUs".
I'm just pointing that out, because Intel GPUs face a rather uncertain future and this news really doesn't change my point of view on that.
Keep in mind that Nvidia's Bx00-series Blackwells and AMD's MI-series processors don't have any of the hardware acceleration needed for graphics. They are purpose-built AI/HPC accelerators. Hence, Intel building AI chips does not necessarily mean they're investing in their dGPU product lines.
Oh, weird. I'd have assumed he went to Qualcomm years earlier, when they bought AMD's mobile GPU business. -
Pierce2623 Reply
I don’t think you’re getting the point that those data center AI “GPUs” aren’t actually GPUs because they don’t have ROPs. They can do all the math but they can’t actually render an image.SirStephenH said:AI work is typically done by GPUs. The article makes it pretty clear that he will be working on commercial-grade GPUs for AI, not consumer-grade GPUs that would typically be used for gaming.
Here's just one example. -
bit_user Reply
I'm not sure where the disconnect is. I thought I made it pretty clear what distinction I was drawing. Nvidia's B200 is not a GPU in the same sense as what you've got in your PC - it lacks tessellation engines, ROPs, TMUs, RT cores, and a display engine. The things they have in common are basically just the ISA, Tensor cores, and a variety of other IP that holds it all together. And that much is mostly just because Nvidia backed its way into building AI chips. It really shouldn't even be called a "GPU", because it contains nothing to do with any "G"!SirStephenH said:AI work is typically done by GPUs.
When you look at purpose-built AI chips, they tend to deviate even more from GPUs, often preferring DSP-like VLIW cores over the narrow-issue + SMT approach used by GPUs. Intel's Gaudi 3 was detailed at Hot Chips '24 and uses 4-way VLIW cores, with no mention of SMT:
https://hc2024.hotchips.org/assets/program/conference/day1/60_HC2024.Intel.RomanKaplan.Gaudi3-0826.pdf
It sure sounded to me like the author was reaching to connect Demers' prospective work with Intel's broader GPU products, with which I was taking issue. You can see the quote I used. If you interpreted differently, then so be it.SirStephenH said:The article makes it pretty clear that he will be working on commercial-grade GPUs for AI, not consumer-grade GPUs that would typically be used for gaming.
That said, I do hope Intel stays in the dGPU market. If Demers turned out to have some role in that, I think he would be an asset. -
bit_user Reply
Well, he's covered by non-disclosure agreements that he signed with Qualcomm. Anything of Qualcomm's that's trade secret, he could get into big trouble for disclosing or utilizing. Theoretically, he could get Intel to license some of Qualcomm's patents that he's aware of, but Qualcomm probably wouldn't want to play ball, unless they already have some kind of patent cross-licensing agreement established.thisisaname said:I often wonder what they bring, anything they have developed is owned by another company.
He'll be in an executive position. So, he can just hire people who know their stuff and let them do the actual design & implementation work.thisisaname said:So they would have to come up with something total new, which would be very hard
Also, while Qualcomm builds DSPs (Hexagon) and has its own little line of server-based AI inferencing cards, they really aren't established in the market for training hardware. To the extent he's only focusing on AI, there should be a lot less risk of him violating his confidentiality agreements with Qualcomm.