Скачать с ютуб Intro to General MIDI Retro-scope - as seen at VCF Midwest 2024 в хорошем качестве

Intro to General MIDI Retro-scope - as seen at VCF Midwest 2024

In this video we combine the DREAM SAM 2695 IC, a DIY MIDI interface for the Foenix F256 Jr., the Aturia MiniLAB 3 keyboard (~ $99 USD), and a piece of custom software that I am actively developing, intended to provide a 'byte-scope' interpretation of MIDI message, useful in sound effect design for gaming, among other uses. Speaking of gaming, GM Retro-scope includes a hidden game mode, built from artifacts of a few classic video games, just for fun. Did you know that the upcoming release of the Foenix F256K2 will include a DREAM SAM 2695 IC onboard, included with the price of admission. The system also can be ordered with optional MIDI IN and OUT ports, but MIDI ports are not necessary to play (and hear) software developed which uses the DREAM device. The gaming portion of MIDI Retro-scope is one such application and as soon as I have the opportunity, I'll be porting it to the F256K2. See https://c256foenix.com for details on the new system (due to be released as early ship sometime in October/November 2024). Additional info: The ATARI 8-bit interface (I could not recall the name of) was indeed the "MIDIMATE" by Hybrid Arts, released around 1986. Worth stating that the MIDIMATE was an SIO device, that is the ATARI I/O bus, which was shared with their floppy systems, cassette tape, printer and serial I/O, etc. Michael St. Pierre's board design, which is based on earlier works, is MIDIMATE compatible and thus, also sits on SIO. In Michael's design (the green PCB I leverage and feature from the first minute of the video) used a PIC12 IC with some custom code that he wrote in GCBasic. Since I'm not using SIO, I adapted his circuit for the DREAM IC and integration to the F256 Feather I/O footprint. If you look closely at my assembly, you'll notice a number of unpopulated components and wiring inserted (from below) to a number of positions on Michael's original circuit. Questions about using this for your own project? Ask me! Also, see the link below for gerbers and 3D print files for cases for Michael's other devices. ------------ Links: Link to download the draft 'announce' doc for this effort: http://apps.emwhite.org/shared-files/... Link to Michael St. Pierre's excellent ATARI focused MIDI site where his work is published, including the schematic and PCB gerbers used in this project: https://ataribits.weebly.com/midi.html Link to MIDI.ORG - please DO register and download your own content, including the GM documentation: https://midi.org/ And finally, here is the link to the Foenix Rising Newsletter portal. This is where I post written materials to complement vintage compute related content. I've been publishing Newsletters from ~6 pages to ~32 pages in length, every few months for the past 3 years so there is plenty to catch up on: http://apps.emwhite.org/foenixmarketp...