UPMEM: EIC Accelerator Memory-Chip Pioneer Sold Out of Insolvency
Computers waste much of their energy moving data between memory and processor. UPMEM, founded in Grenoble in 2015, attacked that problem at its root by putting small processors inside the memory chips themselves, so calculations happen where the data already sits. It shipped what researchers describe as the first commercially available processing-in-memory (PIM) system, and the European Innovation Council backed it twice: with a grant and, in 2023, with equity.
Eleven months after the EIC Fund's investment, UPMEM stopped paying its debts. A court placed it in receivership in October 2024, approved a sale plan in May 2025 in which Qualcomm France appears as a party, and opened liquidation in July 2025. Deal trackers now record UPMEM as acquired by Qualcomm. The company the EU invested in is now in liquidation.
Company file
- Legal entity
- UPMEM SAS, SIREN 809 013 683
- Founded
- January 2015, Grenoble
- President
- Gilles Hamou, co-founder
- Technology
- DRAM modules with embedded processors (processing-in-memory)
- Investors
- EIC Fund, Partech, Western Digital Capital, C4 Ventures, Supernova Invest
- EIC project
- ENERGIA/PIM, 1 Mar 2022 to 29 Feb 2024, closed
- Insolvency
- Receivership Oct 2024; sale plan May 2025; liquidation since Jul 2025
- Outcome
- Business sold in a court-approved plan; Qualcomm France a party
What Happened to UPMEM
The French company registers tell the story in dates. According to Societe.com and Pappers, the court fixed the cessation of payments, the legal start of insolvency, at 23 August 2024. It opened receivership (redressement judiciaire) on 8 October 2024, approved a sale plan (plan de cession) on 28 May 2025 and placed the company in liquidation on 8 July 2025, where it remains. Pappers lists Qualcomm France as a party to the proceedings of 28 May 2025, the date of the sale plan.
Neither the sale price nor the terms have been published. Deal databases including CB Insights now record UPMEM as acquired by Qualcomm in 2025, with dates ranging from June to September.
The Technology: Computing Where the Data Is
In a conventional server, data has to travel from memory to the processor and back for every operation. For data-heavy work such as analytics, search and some AI tasks, that traffic, not the calculation, dominates time and energy, a bottleneck known as the memory wall. UPMEM's answer was DRAM modules that fit into standard server memory slots but contain thousands of small general-purpose processors next to the memory cells. According to the project objective, PIM-equipped servers "have proven to be up to 20x faster, 10x more efficient" than conventional ones.
The platform found an academic following. Research groups have published extensive studies using it, and it was widely described as the first commercially available PIM architecture. Qualcomm France appears as a party to the sale proceedings.
What the EIC Project Promised, and What CORDIS Shows
The EIC project
The EU paid 70% of a €3.57M chip project
ENERGIA/PIM ran from March 2022 to February 2024.
CORDIS project 190141232. Values in € millions.
ENERGIA/PIM ran from 1 March 2022 to 29 February 2024 under the 2021 challenge for Strategic Digital and Health Technologies. It framed the problem as data-centre energy, which it said accounted for 2% of global electricity use and could reach 10% by 2030. The project's CORDIS report for the period to February 2024 says the team designed a new PIM chip, with a "new enhanced chip interface, new low power processor pipeline" and security features, wrote its control software and "worked with prime server partners (Intel, QCT, Supermicro) to prepare the server integration". It reports no sales figures and gives no assessment of impact, marked "Not applicable".
- A commercial PIM chip for data centresDeliveredUPMEM announced its commercial-grade chip as available to cloud markets globally in September 2023.
- A next-generation PIM chipDesignedChip, software and server integration work reported on CORDIS.
- A viable European chip companyFailedInsolvent six months after the project ended; in liquidation since July 2025.
The Last Two Years
The record
From EIC Fund investment to insolvency in eleven months
The EIC Fund invested in September 2023. UPMEM stopped paying its debts in August 2024.
- Jan 2015Company foundedUPMEM SAS, Grenoble, SIREN 809 013 683
- Jun 2021EIC Accelerator cut-offENERGIA/PIM submitted under the Strategic Digital and Health Technologies challenge
- Mar 2022EIC project startsTwo years to bring processing-in-memory to data centres€2.50M grant
- Sep 2023Equity roundEIC Fund, Partech, Western Digital Capital and C4 Ventures invest€4.1M
- Feb 2024EIC project closesReport on CORDIS covers the period to February 2024
- Aug 2024Cessation of paymentsThe date the court later fixed as the start of insolvency
- Oct 2024ReceivershipRedressement judiciaire opened
- May 2025Sale plan approvedCourt approves a sale plan; Qualcomm France is a party
- Jul 2025LiquidationLiquidation judiciaire opened; the company remains in liquidation
French company register via Pappers and Societe.com, CORDIS, Newswire and deal trackers.
In September 2023, UPMEM announced €4.1 million of equity from the EIC Fund, Partech, Western Digital Capital and C4 Ventures, alongside its €2.5 million grant. The chair of the EIC Fund's board, Svetoslava Georgieva, said the company was "proving that European players are regaining strategic positions in semiconductor design". Less than a year later the company was insolvent.
The runway
Six months after the project, the money ran out
Months between each event and 23 August 2024, the date the court set as the cessation of payments.
CORDIS project 190141232; Newswire, 12 September 2023; Societe.com and Pappers.
"They are disrupting current compute architecture and proving that European players are regaining strategic positions in semiconductor design."
Svetoslava Georgieva, chair of the EIC Fund board, September 2023The Money
UPMEM filed its accounts confidentially, so its revenue and losses were never public; the last summary figure, for 2020, shows turnover below €700,000. The EIC Fund's September 2023 stake, like those of the private investors, now depends on the outcome of the liquidation.
What the record does not show
The EIC Fund invested in September 2023, eleven months before the date the court set as the start of insolvency. The public record does not show why further funding did not follow or what the public recovered from the sale. Neither the EIC nor the Fund has published an account.
Why Europe Should Care
UPMEM was exactly the kind of company the EU says it wants: a European fabless chip designer with a new architecture, relevant to data-centre energy and to AI. The EIC Fund's own chair presented it as evidence that Europe was regaining ground in semiconductor design. Its end is the opposite case: European public money funded the development, and the business was sold under a court-approved plan in which Qualcomm France appears as a party.
What the EIC said
A European player regaining strategic ground in semiconductor design, backed by grant and equity.
What the record shows
Insolvency eleven months after the EIC Fund invested, a court-ordered sale with Qualcomm as a party, and liquidation of the company.
The Verdict
A chip that shipped, a company that did not
UPMEM delivered what its EIC project promised: a working, commercially available processing-in-memory chip. Eleven months after the EIC Fund's investment it stopped paying its debts, and the public record does not show why further funding did not follow. The EU's grant and equity helped build the technology; deal trackers record UPMEM as acquired by Qualcomm, on undisclosed terms. The project's CORDIS report says nothing about the company's finances, and what the EIC and its Fund recovered is not public.
UPMEM, its liquidator and Qualcomm have not been asked for comment for this article. It is based entirely on public records and published statements, linked throughout.
Industry
Electronics and semiconductorsSemiconductors
- Focus
- Memory chips
- Technologies
- Semiconductor design
- Keywords
- Processing-in-memory
- Data centres
- Energy-efficient computing
- DRAM