Qualcomm is reportedly in discussions to acquire AI chip startup Tenstorrent in a deal that could value the company between $8 billion and $10 billion, a move that would significantly expand Qualcomm’s position in AI infrastructure and data center computing.
According to reports, negotiations remain ongoing and there is no assurance a deal will ultimately be completed. Details surrounding the structure of a potential deal remain unclear, including whether any portion of the valuation would be tied to future performance milestones.
If completed, the acquisition would rank among the largest purchases in Qualcomm’s history and highlight the company’s efforts to grow beyond its traditional smartphone business. More recently, the company has pursued opportunities in higher-growth markets including AI accelerators, server processors, autonomous vehicle technology, and enterprise infrastructure.
Tenstorrent, which focuses on RISC-V technologies, would bring a substantial portfolio of AI and processor technologies to that effort.
“If this deal closes, Qualcomm will align with Futurum’s view that open standards will become the foundation of AI chip design from edge to cloud,” Brendan Burke, Research Director at Futurum, told Techstrong Semi.
“RISC-V is following the precedent of the open standard TCP/IP’s path to ubiquity, giving designers one composable ISA that scales from edge sensors to hyperscale clusters. Tenstorrent ships Galaxy Blackhole in volume today, and pairing Jim Keller’s team with Qualcomm’s RISC-V base from Nuvia, Alphawave, and Ventana would build a unified edge-to-cloud roadmap with a clear path into sovereign AI.”
Futhermore, Burke noted, “The reported $8-10 billion dollar range would match the value of owning an open platform that spans the full compute spectrum.”
A Major Chip Designer
Founded in 2016, Tenstorrent develops processors designed for AI training and inference workloads. It is led by semiconductor architect Jim Keller, whose career includes senior chip design roles at Apple, AMD, Tesla and other major tech firms. Keller is widely regarded as one of the industry’s most influential processor designers.
One of Tenstorrent’s distinguishing characteristics is its commitment to the open-source RISC-V instruction set architecture. Unlike proprietary processor ecosystems, RISC-V allows companies greater flexibility in designing custom silicon without relying on traditional licensing models.
That expertise could be particularly valuable for Qualcomm, and the company has demonstrated interest in RISC-V technologies.
In late 2025, Qualcomm acquired Ventana Micro Systems, a developer of RISC-V processor IP aimed at enterprise and data center applications. A Tenstorrent acquisition would further strengthen Qualcomm’s position within the growing RISC-V ecosystem while potentially reducing dependence on technologies controlled by rival architectures.
Tenstorrent’s hardware portfolio includes the Galaxy Blackhole AI compute platform, which combines 32 Blackhole accelerators in a single 6U system. Each accelerator incorporates 768 RISC-V processing cores and operates with the company’s proprietary software stack. The platform is built to support complex AI workloads ranging from model training to inference.
Qualcomm continues developing its own AI-focused products. The company has developed AI200 and AI250 accelerator platforms built around its Hexagon neural processing technology and is working on server-class processors intended for data center deployments.
That overlap has prompted questions about how Tenstorrent’s technology would fit into Qualcomm’s existing roadmap. The acquisition could provide additional AI accelerator designs, advanced CPU intellectual property, and a highly specialized engineering organization with expertise spanning processors, compilers, interconnects and AI systems. That expertise is likely a key part of the Tenstorrent deal: some industry observers believe the company’s deep bench of engineering talent may be as valuable as its products.
Qualcomm has previously used acquisitions to accelerate strategic transitions. The company’s purchase of Nuvia strengthened its CPU development efforts and helped create the foundation for its Oryon processor architecture. Earlier acquisitions such as Atheros expanded Qualcomm’s networking portfolio, while more recent deals have added optical connectivity and processor design capabilities.
Public reports indicated that Tenstorrent was seeking financing at a valuation of roughly $3.2 billion last year, but that funding has not been verified. A deal priced between $8 billion and $10 billion would represent a substantial increase in value and reflect the intense competition surrounding AI infrastructure technologies.
But the investment may prove to be a well-timed. “As the AI inference market explodes, Tenstorrent’s unique processing capability could make a major impact in the datacenter world, which Qualcomm could leverage,” Jack Gold, Principal Analyst at J. Gold Associates, told Techstrong Semi.
“Tenstorrent technology has yet to be proven at scale, and being part of Qualcomm would give them a major boost in having the resources to do so. So potentially this would be a win-win. But Tenstorrent also has a significant amount of competition in the AI inference market for processors, including Cerebras, Groq, and hyperscaler custom TPUs.”
