Tachyum files for bankruptcy, killing the 1,024-core Prodigy processor

Tachyum files for bankruptcy in Slovakia, canceling the 1,024- core Prodigy processor. The future of the chip's IP is uncertain as the company enters proceedings.

Tachyum files for bankruptcy, killing the 1,024-core Prodigy processor

Tachyum has filed voluntarily for bankruptcy in Slovakia over the long-delayed Prodigy universal processor. As a result of the bankruptcy, the company won't launch its 1,024 core CPU after years of delays and missed deadlines. Customers and interested parties eagerly awaiting the ultra-high-performance CPU will not receive anything at all from Tachyum in its current form.

Tachyum Prodigy processor concept
Tachyum Prodigy processor concept

Tachyum Slovakia voluntary bankruptcy ends Prodigy processor development

Tachyum's Prodigy processor was supposed to be a revolutionary new universal CPU. Tachyum Slovakia – the development division – filed for bankruptcy on October 22, 2026. The company has had numerous delays that have resulted in the project being years late from the 2019 tape-out date.

Prodigy specifications

  • Core Count: 1,024
  • Memory Channels: 24 DDR5
  • TDP: 1,600W
  • Process Node: TSMC 2nm-class

The company's revised plan was to have the Prodigy chip with 1,024 cores in a chiplet design. The cores would support 24 DDR5 channels and have a TPD of 1,600W. The new chip would use a 2nm-ish fab node from TSMC, which is far different from the original 64 core design.

Tachyum claims the next-gen chip would provide a 21x performance boost over 's Rubin Ultra. Unfortunately, the company hasn't shown any working hardware to back up those numbers. The company's bankruptcy confirms that the hardware is untested, and it's basically dead (unless someone buys assets).

The question is what happens to the Prodigy IP? Will the US parent keep it? Will it get sold to another company? Until a buyer is found, the Prodigy processor won't be in production or available.

Comments (6)

    1. 1600W is way beyond standard rack density. You would need custom chillers and massive power distribution units just for one chip.

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