UK company shoots a 1000-degree furnace into space to study off-world chip manufacturing — semiconductors made in space could be ‘up to 4,000 times purer’ than Earthly equivalents

https://www.tomshardware.com/tech-industry/semiconductors/uk-company-shoots-a-1000-degree-furnace-into-space-to-study-off-world-chip-manufacturing-semiconductors-made-in-space-could-be-up-to-4-000-times-purer-than-earthly-equivalents

17 Comments

  1. Amber_ACharles on

    UK jumping into orbital chips while US firms spin their wheels in policy gridlock? Just another day in high-tech-guess we like our regulatory headaches pure too.

  2. News from 1978…..

    Page 23.

    [https://www.worldradiohistory.com/UK/Practical-Electronics/70s/Practical-Electronics-1978-10.pdf](https://www.worldradiohistory.com/UK/Practical-Electronics/70s/Practical-Electronics-1978-10.pdf)

    The Russians did alot of research on growing crystals in space, they had a special furnace call “Kristal” on Saylut 5 and Saylut 6 as well as the Kristal module on MIR which included the Krater, Optizon and Kristallizator furnaces.

  3. I know they’re talking about unwanted contamination when they say “pure” but it just sounds funny to me because like, “pure 100% silicone wafers” wouldn’t even be able to produce a single transistor lol due to the way semiconductor physics works

  4. This is the kicker for me.

    “…we also have to consider the huge environmental impact of launching multiple rockets per day just to deliver the raw materials and pick up the finished products from orbit.” (From the article)

    Space industry always refers to moving manufacturing in to space to reduce heavy industry emissions on earth. But we’re just firing extra rockets in to space without understanding the implications of stocking the thing up there or retrieving the items.

    Just more capitalism.

  5. These are like the data center in space scams. They’re about investor money, not reality.

    They all fail to ever discuss how one is going to keep cool in a giant vacuum bottle, regardless if it’s a production chip fab or a multi-gigawatt data center that needs dozens (or hundreds) of square kilometers of radiators.