Skip to main content

Intel says it may not have enough Arc Alchemist cards to meet demand

Intel is entering the GPU market at a turbulent time with the upcoming release of Arc Alchemist, and the company isn’t dodging that fact. In a recent interview, Intel graphics chief architect Raja Koduri said that although the graphics community has been welcoming, Intel may not be able to produce enough cards to meet demand.

“I’ll always be very cautious, when the demand is so high and when the market is so hard. I can always use more supply. So I’m not going to say I have enough supply in this high-demand market. I think every one of my competitors will say the same thing right now,” Koduri said in an interview with Gadgets 360.

Intel Arc Alchemist concept art.
Intel / Hot Hardware

Koduri is, of course, referring to the GPU shortage and the general chip shortage that started it. Intel is the only U.S. company that still designs and manufacturers its own chips, so the company has more insulation against a shortage than a company like AMD, which uses external foundries to build its chips.

Recommended Videos

That’s not the case with Arc Alchemist, though. As part of Intel’s IDM 2.0 strategy, the company is building infrastructure to allow chips designers to build their products around the world. Intel can use some external foundries, external designers can use Intel foundries, and the buying public hopefully avoids another catastrophic chip shortage.

Get your weekly teardown of the tech behind PC gaming
Check your inbox!

Intel is taking advantage of an external foundry for Arc Alchemist. The cards are being built on chipmaker TSMC’s N6 node. TSMC has become the center of attention duringthe chip shortage as the chipmaker of choice for AMD’s Ryzen 5000 processors and RDNA 2 graphics cards. The company is likely operating at full tilt, trying to meet the demand from not only AMD, but also Apple’s M1 chips.

Intel GPUs will likely be as hard to find as any Nvidia RTX 30-series card. Unlike Nvidia, though, Intel isn’t taking any steps to dissuade cryptocurrency miners.

“As far as like software lockouts and things of that nature, we’re not designing this product or building any features at this point that specifically target miners. As far as actions we’re taking to avoid or lock them out, it’s a product that will be in the market and people will be able to buy it. It’s not a priority for us,” Roger Chandler, Intel’s vice president of client graphics products, said.

Although supply may be tight, Intel Arc Alchemist is shaping up to be a legitimate threat to AMD and Nvidia. Rumors suggest the flagship card will perform about as well as an RTX 3070, which is impressive for Intel’s first outing in the discrete graphics market. That’s not to mention that the card features hardware-accelerated ray tracing and Intel’s XeSS image upscaling technique.

There’s still a lot we don’t know about Alchemist, though. XeSS is one example. We know this feature is coming, and it looks a lot like Nvidia’s Deep Learning Super Sampling (DLSS), but Intel hasn’t revealed any titles that will support it. In the interview with Gadgets 360, Chandler said the Intel is working with “dozens and dozens” of studios right now.

The cards are set to launch in the first few months of 2022, so our eyes are squarely focused on CES 2022 at the moment. Hopefully, we’ll hear more about the cards at the event or shortly after.

Jacob Roach
Lead Reporter, PC Hardware
Jacob Roach is the lead reporter for PC hardware at Digital Trends. In addition to covering the latest PC components, from…
Intel just stole a page from Nvidia’s DLSS playbook
hp omen transcend 32 review 13

Intel is giving its XeSS upscaling tech a huge makeover. The aptly-named XeSS 2 steals -- or borrows, if we're being generous -- a page from Nvidia's DLSS 3, which has been a staple feature of some of the best graphics cards you can buy. XeSS 2 comes packed with super resolution like the original version, but also frame generation and a latency-reducing feature called XeLL. And it's launching alongside the new B580 graphics card.

Point-for-point, XeSS 2 is basically identical to DLSS 3. The super resolution portion functions much in the same way as the original XeSS, providing you with various different quality settings to render your game at a lower resolution in order to improve performance. On the upscaling side, the major change is native support for DirectX 12 and Vulkan, which should open up XeSS to more games.

Read more
Intel announces sudden departure of CEO amid financial turmoil
Intel CEO Pat Gelsinger holding a chip.

Intel has announced that CEO Pat Gelsinger has retired. The executive, who first joined Intel in 1979 at 18 years old, is being replaced by David Zinsner and Michelle Johnston Holthaus. Holthaus and Zinsner will serve as interim co-CEOs while the board of directors works "diligently and expeditiously" to find a successor.

Gelsinger became CEO in early 2021. At the time, Intel was struggling to regain ground it had lost to AMD in the desktop market, as well as push a more ambitious manufacturing timeline to catch up with foreign chipmakers like TSMC. Under Gelsinger's leadership, the company made some big strides. Intel's 12th generation of processors marked a significant turning point in the company's desktop processors, and an aggressive foundry roadmap has pushed smaller nodes out of U.S.-based plants.

Read more
Nvidia CEO in 1997: ‘We need to kill Intel’
NVIDIA CEO Jensen Huang at GTC

Those headline above includes strong words from the maker of the best graphics cards you can buy, and they have extra significance considering where Nvidia sits today in relation to Intel. But in 1997, things were a bit different. The quote comes from the upcoming book The Nvidia Way, written by columnist Tae Kim, and was shared as part of an excerpt ahead of the book's release next month.

The words from Nvidia CEO Jensen Huang came as part of an all-hands meeting at the company in 1997 following the launch of the RIVA 128. This was prior to the release of the GeForce 256, when Nvidia finally coined the term "GPU," and it was a precarious time for the new company. Shortly following the release of the RIVA 128, Intel launched its own i740, which came with an 8MB frame buffer. The RIVA 128 came with only a 4MB frame buffer.

Read more