I can't find it under datasheet.
Is it also possible to find out which foundry is used ?
Thanks
What is the engraving finesse of the OES-S3?
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BruiaTerda
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Project qorc-sdk/qf_vr_apps/qf_1micvr_app shows the flow for audio data to circular buffer in M4 SRAM.
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veyinic453
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duck lifeThe engraving finesse of the EOS-S3 is typically not detailed in the datasheet, but it may be helpful to reach out directly to QuickLogic support for such specific technical information. As for the foundry, QuickLogic generally partners with various foundries, and they may provide more insights if requested through official channels.
Last edited by veyinic453 on Wed Oct 16, 2024 10:18 am, edited 1 time in total.
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largelycap
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The EOS-S3 is fabricated using a 65nm process technology. The specific foundry utilized for its production is not publicly disclosed.
Regarding the term "engraving finesse," it is not commonly associated with semiconductor devices. If you are referring to the feature size or process node, the EOS-S3's 65nm process indicates that the smallest features in the device are 65 nanometers in size.
For more detailed information, you might consider reaching out directly to the manufacturer or consulting official datasheets and technical resources.
Regarding the term "engraving finesse," it is not commonly associated with semiconductor devices. If you are referring to the feature size or process node, the EOS-S3's 65nm process indicates that the smallest features in the device are 65 nanometers in size.
For more detailed information, you might consider reaching out directly to the manufacturer or consulting official datasheets and technical resources.
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bobpstaats
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To find the most accurate way it is best to consult the official documentation or available user manuals.
Interesting, I also struggled locating the datasheet. Knowing the foundry would definitely boost confidence in reliability and performance specs. Perhaps contacting the manufacturer directly is the best bet? Has anyone tested it in colder conditions? I'm curious about its performance in scenarios like, say, a Snow Rider facing sub-zero temperatures. Anyone have insights?