Comment by 15155
2 days ago
> they're complicated to put down on boards
https://gowinsemi.com/en/product/detail/46/
- Requires just 1V2 + 3V3
- Available in QFN
- Bitstream is saved in internal flash or programmed to SRAM via a basic JTAG sequence
2 days ago
> they're complicated to put down on boards
https://gowinsemi.com/en/product/detail/46/
- Requires just 1V2 + 3V3
- Available in QFN
- Bitstream is saved in internal flash or programmed to SRAM via a basic JTAG sequence
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I mean, yeah. My argument isn't that anything is impossible. My argument is that all of this is harder than it needs to be and this is not countering me!
This is your job, and it really shouldn't feel difficult. This is really not tedious: the minimum board design for these chips literally consists of just power, JTAG pins, and a clock (if the internal oscillator isn't good enough.)
The Gowin FPGAs are available (at a massive premium) from Mouser, just like whatever MCU you are already using. Many are available for <$1-2 in China. Efinix are available from DigiKey, with some SKUs under <$10.
All of the Gowin documentation is available on their site with a free, approval-less email login and no NDA, or via Google directly (PDFs, just like Xilinx, even numbered similarly.)
> All of the Gowin documentation is available on their site with a free, approval-less email login
The problem is trust. I'm hesitant to hand out my e-mail anywhere because far too often I have been hounded by salespeople as a result, not to mention data breaches or bombardment of newsletters.
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The Altera Max 10 devices are also relatively simple to support (flash on the chip, few power rails, etc.)