DeepX's flagship NPU chip DX-M1 uses Samsung's 5-nm process to achieve mass production, and is promoting the integration of its own NPU into the Intel OpenVino ecosystem. Relevant results are expected to be implemented early next year; currently, cooperation in the field of physical AI is also being negotiated with AMD. The company plans to complete the flow film of Samsung's 2nm new-process chips this month, and the first batch of chips is expected to be produced from March to April next year. At the market level, from August 2025 to July 2026, DeepX received 77 orders from more than 10 countries, signed contracts with 27 global semiconductor distributors, and around 300 institutions are evaluating its products. The company plans to set up branches in Japan and Europe, and launch DX-Newton, a robot management software adapted to Nvidia's Isaac robot platform later this year. DeepX CEO Kim Luo-won said that going public is not the ultimate goal, but he hopes to complete the IPO within the next three years.

DeepX's flagship NPU chip DX-M1 uses Samsung's 5-nm process to achieve mass production, and is promoting the integration of its own NPU into the Intel OpenVino ecosystem. Relevant results are expected to be implemented early next year; currently, cooperation in the field of physical AI is also being negotiated with AMD. The company plans to complete the flow film of Samsung's 2nm new-process chips this month, and the first batch of chips is expected to be produced from March to April next year. At the market level, from August 2025 to July 2026, DeepX received 77 orders from more than 10 countries, signed contracts with 27 global semiconductor distributors, and around 300 institutions are evaluating its products. The company plans to set up branches in Japan and Europe, and launch DX-Newton, a robot management software adapted to Nvidia's Isaac robot platform later this year. DeepX CEO Kim Luo-won said that going public is not the ultimate goal, but he hopes to complete the IPO within the next three years.