Reply by gnua...@gmail.com●October 10, 20222022-10-10
On Monday, October 10, 2022 at 7:34:40 AM UTC-4, Theo wrote:
> gnuarm.del...@gmail.com <gnuarm.del...@gmail.com> wrote:
> > I guess I've heard something about this before, but it must have bounced off and not sunk in. Here's the data sheet.
> >
> > SLG47910 - https://community.renesas.com/cfs-file/__key/communityserver-discussions-components-files/293/SLG47910_5F00_ds_5F00_2v3.pdf
> >
> > I guess it's not ready for production as yet.
> What does it add to the usual CPLD offerings? I see there's some BRAM,
> which could come in handy, although 1kLUT isn't a great amount to make use
> of it. And it comes in QFN24, which is nice.
>
> Although it has OTP rather than flash, which makes it more of a PGA than an
> FPGA? You have to use an external SPI flash to allow reprogrammability,
> which means an extra chip compared with a CPLD.
>
> Any ideas what the design tools are like?
No, but they can be down loaded easily enough. If I ever connect with an FAE, I will take a look at the tools and let you know.
--
Rick C.
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What does it add to the usual CPLD offerings? I see there's some BRAM,
which could come in handy, although 1kLUT isn't a great amount to make use
of it. And it comes in QFN24, which is nice.
Although it has OTP rather than flash, which makes it more of a PGA than an
FPGA? You have to use an external SPI flash to allow reprogrammability,
which means an extra chip compared with a CPLD.
Any ideas what the design tools are like?
Theo
Reply by gnua...@gmail.com●October 10, 20222022-10-10