#8088 5mhz memory speed ns how to
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#8088 5mhz memory speed ns software

reenigne’s blog (specific 8088 MPH posts forthcoming, but check out previous material to get more 8088+CGA technical goodness).

Sprites? Where we’re going, we don’t need… sprites!.

CGA in 1024 Colors – a New Mode: the Illustrated Guide.

#8088 5mhz memory speed ns mod

8088 PC Speaker MOD player: How it’s done.After you read this summary post, please visit the following links by us that break down, in-depth, specific sections of the demo:

#8088 5mhz memory speed ns software

It is our hope that these discussions will foster revived “old-school” interest in software development for the platform. For parts that I wrote, I go into some detail, but for a deep technical dive into certain areas, I’ll keep this blog entry updated to point to reenigne’s, VileR’s, and Scali’s blog posts about their parts. One of my roles was “organizer” for the demo, so I’ll break it down scene by scene, covering the basics of each trick.

To see what 8088 MPH looks like, I direct you to the video+audio capture of the demo running on real hardware: Because there are so many technological world-firsts in the demo, and because we’re bending the hardware in ways that people have never thought to do so, it’s only fair that we try to explain exactly how this was achieved. Same goes for anything that isn’t the target hardware (see below). (A personal victory for me was having it shown last in the compo, which is a sign of respect that the organizers think it’s the best high to end a compo in.) As of April 7th 2015, there are no IBM PC emulators in the world that can run the demo properly they hang or crash before the demo is finished, and the colors are wrong. Our demo, 8088 MPH, won the Revision 2015 oldskool demo compo. I’m happy to announce that after six months of hard work with good friends and extremely talented people, we achieved just that. I competed at NAID ’96 and placed there, which was awesome, but to compete with the best of the best, and win, has always been a dream of mine. One of my bucket list items since I read my first party report back in 1991 was to attend a european demoparty and compete in a compo. I managed to get most data off the drive by removing the cover and coaxing the platters to spin, but after that it… /i/web/status/1… 4 days agoĭemoscene Digital Video Entertainment Family Gaming Home Ownership Lifehacks MindCandy MobyGames Podcast Programming Sociology Software Piracy Technology Uncategorized Vintage Computing Weight Loss PETSCII has lots of wonderful fractio… /i/web/status/1… 4 days ago Those drives were terrible, and loud even in normal operation brand… /i/web/status/1… JafirElkurd Yes, but the PC's limited character set would not look as good. PS: This is not an endorsement for Miniscribe.

8BitShowAndTell That likely won't help they fingerprint music forwards and backwards, and up to 2x pitch- and tim… /i/web/status/1… 1 day ago.

Philip Searle on The Care And Feeding of the M2…

#8088 5mhz memory speed ns how to

Newmikeman on How to reasonably archive colo… Trixter on How to reasonably archive colo… Trixter on Data Preservation Case Study:…Īaron Silvestri on Data Preservation Case Study:… How to reasonably archive color magazines to PDF.My IBM PCjr Print Media Archival Project.How to stream UHD 4K HDR rips to an LG C8 OLED via Plex.'Since AO is used to select the low bank of memory, we are only left with 19 bits of address and therefore we can only map 512KB of memory', do you agree with that statement and why? (10 point) 8. Looking at the diagram below, why is it important to add the latch to 10/M, RD', and WR when it doesn't do any demultiplexing? (10 point). Explain in your own words and using diagrams: how does address row/column multiplexing in DRAM (10 point) 6. In your own words, explain why different data banks of ROM sections do not require bank selection using AO, BHE or other signals (10 point) 5. Using Separate Bank Write Strobe methodology, draw a diagram to show how to connect an 8086 microprocessor to 128KB of RAM starting at address E0000H and using 64K x 4 SRAM chips. Using Separate Decoders methodology, show how to connect an 8086 microprocessor to 128KB of RAM using as many 64K x 8 SRAM chips as needed. The chips are to be placed at address 00000H and PLD is the only available option for decoding. Using a diagram, illustrate how to properly organize 256KB of ROM made of 64K x 8 chips connected to 8088 microprocessor, knowing that the chips have access time of 600 ns and the processor operates at 5MHz clock rate.