Intel: A Return to Storage?

“I just hired my good friend Lee Seok-hee, who used to run SK Hynix—so you can probably guess what I’m considering.”

This recent remark by Intel CEO Lip-Bu Tan on Celesta Capital’s TechSurge podcast landed like a heavy signal, sparking industry speculation that Intel is eyeing a return to the memory market.

In the public interview, Tan opened up: “In the past, I always viewed memory as a low-margin commodity business and would never touch it. But the AI era is completely different. We are developing entirely new memory architectures and exploring integrated solutions that stack the CPU and memory in 3D.”

In fact, an Intel personnel appointment in June this year already laid the groundwork: former SK Hynix CEO Lee Seok-hee officially joined Intel as Executive Vice President of Intel Foundry Services (IFS), overseeing advanced packaging, system integration, and back-end manufacturing, reporting directly to CEO Lip-Bu Tan.

Even more intriguing is that this memory industry veteran was the key architect behind SK Hynix’s $9 billion acquisition of Intel’s NAND flash business in 2020.

Combining recent Intel news and developments, the industry shows polarized views.

Optimists believe that with its control over the x86 CPU architecture, a full suite of advanced packaging technologies, and the IFS foundry platform, Intel could break the monopoly of storage giants like Samsung, SK Hynix, and Micron on high-end memory once it achieves architecture-level fusion of computing and memory, offering cloud vendors a second supply-chain option.

Cautious observers point out that Intel has no DRAM wafer manufacturing capability of its own and relies entirely on external purchases for the core media. At best, it could serve as a packaging and integration service provider, unable to challenge the core discourse power of the original storage manufacturers.