Everything you see and hear is generated by a single Parallax Propeller microcontroller. This is the initial demonstration of SIDcog released to the public at 11/10/2009 10:09 PM (GMT +1) ( forums.parallax.com ) Since then SIDcog has been improved with "Combined waveform" support and some bug fixes. 6 of 8 cores are in use: 1 cog for SID emulation 1 cog for CVBS video generation 2 cogs for graphics 1 cog for SD card "and one cog to control them all" ;) (Everything is, of course, running at 60fps when running on a real TV)
Wednesday, November 21, 2012
SID emulation running on a Parallax Propeller MCU
SID emulation running on a Parallax Propeller MCU Tube. Duration : 10.48 Mins.
Everything you see and hear is generated by a single Parallax Propeller microcontroller. This is the initial demonstration of SIDcog released to the public at 11/10/2009 10:09 PM (GMT +1) ( forums.parallax.com ) Since then SIDcog has been improved with "Combined waveform" support and some bug fixes. 6 of 8 cores are in use: 1 cog for SID emulation 1 cog for CVBS video generation 2 cogs for graphics 1 cog for SD card "and one cog to control them all" ;) (Everything is, of course, running at 60fps when running on a real TV)
Everything you see and hear is generated by a single Parallax Propeller microcontroller. This is the initial demonstration of SIDcog released to the public at 11/10/2009 10:09 PM (GMT +1) ( forums.parallax.com ) Since then SIDcog has been improved with "Combined waveform" support and some bug fixes. 6 of 8 cores are in use: 1 cog for SID emulation 1 cog for CVBS video generation 2 cogs for graphics 1 cog for SD card "and one cog to control them all" ;) (Everything is, of course, running at 60fps when running on a real TV)
0 comments:
Post a Comment