Semiconductor Fabrication: Difference between revisions
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You need $3-22M to make microchips ub a Minimal Fab facility that takes one room. [https://cdn.aff.yokogawa.com/9/400/details/minimal-fab-one-stop-solution.pdf]. (this is not OSE's work, this is proprietary Japanese technology) | *You need $3-22M to make microchips ub a Minimal Fab facility that takes one room. [https://cdn.aff.yokogawa.com/9/400/details/minimal-fab-one-stop-solution.pdf]. (this is not OSE's work, this is proprietary Japanese technology) | ||
*Claim is 100x less expensive than megafab. | *Claim is 100x less expensive than megafab. | ||
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*Claim is 800 nm feature size - [https://www.frost.com/frost-perspectives/minimal-fab-technology/#:~:text=Minimal%20fab%20manufactures%20IC%20on,a%20diameter%20of%200.5%20inches.] | *Claim is 800 nm feature size - [https://www.frost.com/frost-perspectives/minimal-fab-technology/#:~:text=Minimal%20fab%20manufactures%20IC%20on,a%20diameter%20of%200.5%20inches.] | ||
*Excellent PDF on minimal production system, goal of 1 product per minute. [https://www.industrie-techno.com/mediatheque/6/4/7/000004746.pdf]. It says 90 nm architecture. 20 pieces of equipment required instead of typical 300 pieces of equipment. Cost ridiculously low - 1/100 of typical cost - by working on 1 chip at a time, by using multiprocess equipment. | *Excellent PDF on minimal production system, goal of 1 product per minute. [https://www.industrie-techno.com/mediatheque/6/4/7/000004746.pdf]. It says 90 nm architecture. 20 pieces of equipment required instead of typical 300 pieces of equipment. Cost ridiculously low - 1/100 of typical cost - by working on 1 chip at a time, by using multiprocess equipment. | ||
*Related video - | |||
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Revision as of 20:06, 6 February 2023
- You need $3-22M to make microchips ub a Minimal Fab facility that takes one room. [1]. (this is not OSE's work, this is proprietary Japanese technology)
- Claim is 100x less expensive than megafab.
- No cleanroom needed
- Power consumption to make one IC is 10x smaller
- Claim is 800 nm feature size - [2]
- Excellent PDF on minimal production system, goal of 1 product per minute. [3]. It says 90 nm architecture. 20 pieces of equipment required instead of typical 300 pieces of equipment. Cost ridiculously low - 1/100 of typical cost - by working on 1 chip at a time, by using multiprocess equipment.
- Related video -