You're right! 128KB flash and 128KB RAM. No wonder it's $89.
Other failed Stamp killer...
Reply by Gene S. Berkowitz●February 8, 20062006-02-08
In article <1139412518.484776.322870@o13g2000cwo.googlegroups.com>,
kenneth.lemieux@gmail.com says...
> http://www.loraxworks.com/4f10dfae90c743d233d7c5bc1f116e19/session.php?action=news
>
> The proSeed, the first microcontroller product from the Lorax Works
> controllers family, with 128Kb of EEPROM, 128Kb of RAM, and a 70Mhz SX
> microprocessor in a 24pin DIP package, presents an unheard potential
> for applications requiring large on-board memory.
>
> Interesting platform if a little expensive.
>
> I assume they used a dataflash for the 128Kb but I wonder what they are
> using for 128Kb of RAM. Any one have any idea? I thought that much
> ram for an embedded design would be expensive.
>
Since the news release is dated October '05, and the part is still
"coming soon", and the download area is empty, I wouldn't hold my
breath.
Please note, you wrote 128 "Kb", which implies "kiloBITS",
but the web site indicates "KB", which implies kiloBYTES...
--Gene
Reply by KenLem●February 8, 20062006-02-08
http://www.loraxworks.com/4f10dfae90c743d233d7c5bc1f116e19/session.php?action=news
The proSeed, the first microcontroller product from the Lorax Works
controllers family, with 128Kb of EEPROM, 128Kb of RAM, and a 70Mhz SX
microprocessor in a 24pin DIP package, presents an unheard potential
for applications requiring large on-board memory.
Interesting platform if a little expensive.
I assume they used a dataflash for the 128Kb but I wonder what they are
using for 128Kb of RAM. Any one have any idea? I thought that much
ram for an embedded design would be expensive.