I will eventually write a longer description of the Genos™ compute complex. Here’s a few facts to tide you over:
The main CPU is a 1GHz TI AM4376 Sitara Cortex-A9 ARM processor (AM4376BZDN100).
There are two SWP70 tone generator (TG) integrated circuits.
The master TG has 2GBytes (physical) of wave memory (Winbond W29N08GVSIAA).
The slave TG has 4GBytes (physical) of wave memory.
The internal memory is a Toshiba 64GByte eMMC device (THGBMGG9T4LBAIR).
The eMMC device is where you’ll find the “58GByte internal memory.” The eMMC is connected to one of the ARM’s two MMC interfaces.
The Montage’s main CPU is an 800MHz TI AM3352 Sitara Cortex-A8 ARM processor (AM3352BZCZ80). Whose the big brother and the little tag-along? :)
Too busy playing to study more schematics. :)
-- pj
Technology blog: http://sandsoftwaresound.net
Thanks for that insight pjd, does that mean a schematic is available for Genos? :-)
Simon
I will eventually write a longer description of the Genos™ compute complex. Here’s a few facts to tide you over:
The main CPU is a 1GHz TI AM4376 Sitara Cortex-A9 ARM processor (AM4376BZDN100).
There are two SWP70 tone generator (TG) integrated circuits.
The master TG has 2GBytes (physical) of wave memory (Winbond W29N08GVSIAA).
The slave TG has 4GBytes (physical) of wave memory.
The internal memory is a Toshiba 64GByte eMMC device (THGBMGG9T4LBAIR).
The eMMC device is where you’ll find the “58GByte internal memory.” The eMMC is connected to one of the ARM’s two MMC interfaces.
The Montage’s main CPU is an 800MHz TI AM3352 Sitara Cortex-A8 ARM processor (AM3352BZCZ80). Whose the big brother and the little tag-along? :)
Too busy playing to study more schematics. :)
-- pj
Technology blog: http://sandsoftwaresound.net