Samsung partners with Canadian startup Tenstorrent to create AI chips

Tenstorrent Partners with Samsung for Next-Gen AI Chiplet

Canadian startup Tenstorrent has announced a new partnership with Samsung’s chip manufacturing department. The collaboration aims to bring the next generation of AI chiplets to the market. Tenstorrent, which specializes in manufacturing chips and intellectual property for data centers, will utilize Samsung’s SF4X process and 4nm architecture to produce its upcoming chips.

Tenstorrent CEO Jim Keller expressed the company’s goal of developing high-performance compute solutions and delivering them to customers worldwide. This partnership follows Tenstorrent’s recent $100 million funding round, which was led by Samsung and Hyundai. The funds will be used for product development acceleration, AI chiplets, and machine learning software.

Competition in the AI Chip Market

Nvidia currently dominates the AI chip market with its powerful chips. However, the company is facing scrutiny from French antitrust authorities, who raided Nvidia offices as part of a general inquiry into the cloud computing sector. Despite this, the European Commission stated that no formal investigation into AI chips has been opened.

In the United States, regulators have imposed restrictions on exports of high-level Nvidia technology to China. Additionally, the US has made a significant deal with Vietnam regarding AI chips and AI tech.

Hot Take: Tenstorrent’s Partnership Strengthens Competition in the AI Chip Market

Tenstorrent’s partnership with Samsung’s chip manufacturing department enhances competition in the AI chip market. By leveraging Samsung’s advanced manufacturing processes, Tenstorrent aims to develop high-performance compute solutions for global customers. This collaboration comes at a time when Nvidia is facing scrutiny from French authorities and increased regulation in the United States. With multiple players vying for dominance in the AI chip industry, innovation and advancements are expected to accelerate, benefiting the overall development of high-level AI systems.