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Sandisk forecasts mid-to-high-teens revenue growth through 2030

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By Reuters | Updated: August 13, 2026

Aug 13 (Reuters) – Sandisk (SNDK.O), on Thursday said it expects revenue to grow at a mid-to-high-teens percentage rate from fiscal years 2028 to 2030, encouraged by strong ​demand amid rapid AI infrastructure buildout.

The company said the projection ‌is in line with growth in the amount of storage capacity it produces, a metric the industry calls “bit growth.”

Shares of the company were up more than 15%. They ​have recorded an over sixfold gain so far this year, part ​of a broader rally among memory chipmakers as investors bet on ⁠sustained demand from rapid AI infrastructure expansion.

Here are some more details:

  • Speaking ​at Sandisk’s Investor Day, finance chief Luis Visoso said the company expects adjusted ​gross margins to remain at around 80% over the same period.
  • By laying out a multi-year framework tied to committed customer volumes, Sandisk is seeking to show that its recent ​growth can be sustained, rather than reflecting a temporary demand spike.
  • Under its ​new business model, Sandisk has signed agreements with eight customers, which include three U.S. ‌hyperscalers, ⁠covering about half of its storage output in fiscal 2027 and two-thirds in fiscal 2028.
  • Chief Technology Officer Alper Ilkbahar said Sandisk has taped out its first memory die — or the individual silicon chip that stores data — for its ​High Bandwidth Flash ​technology, and is ⁠working to deliver initial samples to customers developing AI inference devices next year.
  • HBF is a memory chip that combines ​the speed of high-bandwidth memory used with AI processors ​and the ⁠capacity of flash memory, helping data centers meet the growing memory demands of AI inference — the data crunching that occurs when a user queries a chatbot.
  • The ⁠outlook ​builds on Sandisk’s financial results reported last week, ​when it also forecast first-quarter revenue above analyst estimates, citing rising demand for memory chips used ​in AI data centers.

Reporting by Anhata Rooprai in Bengaluru; Editing by Maju Samuel

© Thomson Reuters 2026

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