- published: 20 Apr 2016
- views: 10910
The Intel 8088 ("eighty-eighty-eight", also called iAPX 88)microprocessor is a variant of the Intel 8086. Introduced on July 1, 1979, the 8088 had an 8-bit external data bus instead of the 16-bit bus of the 8086. The 16-bit registers and the one megabyte address range were unchanged, however. In fact, according to the Intel documentation, the 8086 and 8088 have the same execution unit (EU)—only the bus interface unit (BIU) is different. The original IBM PC was based on the 8088.
The 8088 was designed in Israel, at Intel's Haifa laboratory, as with a large number of Intel's processors. The 8088 was targeted at economical systems by allowing the use of an 8-bit data path and 8-bit support and peripheral chips; complex circuit boards were still fairly cumbersome and expensive when it was released. The prefetch queue of the 8088 was shortened to four bytes, from the 8086's six bytes, and the prefetch algorithm was slightly modified to adapt to the narrower bus. These modifications of the basic 8086 design were one of the first jobs assigned to Intel's then new design office and laboratory in Haifa, Israel.
The IBM Personal Computer, commonly known as the IBM PC, is the original version and progenitor of the IBM PC compatible hardware platform. It is IBM model number 5150, and was introduced on August 12, 1981. It was created by a team of engineers and designers under the direction of Don Estridge of the IBM Entry Systems Division in Boca Raton, Florida.
The generic term "personal computer" was in use before 1981, applied as early as 1972 to the Xerox PARC's Alto, but because of the success of the IBM Personal Computer, the term "PC" came to mean more specifically a desktop microcomputer compatible with IBM's PC products. Within a short time of the introduction, third-party suppliers of peripheral devices, expansion cards, and software proliferated; the influence of the IBM PC on the personal computer market was substantial in standardizing a platform for personal computers. "IBM compatible" became an important criterion for sales growth; only the Apple Macintosh family kept significant market share without compatibility with the IBM personal computer.
The 8088 was an early micro processor by Intel with an 8 bit Bus. The 8086 was an early micro processor by Intel with a 16 bit Bus... but strangely, it was the 8086 which came first, with the 8088 following due to economic factors shortly after. Join me in this first "Byte Size" show and we'll find out exactly why. ☟Subcribe☟ https://www.youtube.com/user/nostalgianerdvideos?sub_confirmation=1 ✊Support Me! ✊ Patreon: https://www.patreon.com/nostalgianerd?ty=h Visit my eBay Shop: http://ebay.to/1QQpYyy Buy From Amazon (affiliate): http://amzn.to/1OzCQWR ★Nerd Social★ Twitter: http://www.twitter.com/nostalnerd Face: http://www.facebook.com/nostalnerd Instagram: http://www.instagram.com/nostalgianerd Web: http://www.nostalgianerd.com ★Equipment★ Corel Video Studio Ultimate X7 Blue Snowbal...
Video capture of my @party 2014 winning compo entry "8088 Domination", an official sequel to 8088 Corruption (https://www.youtube.com/watch?v=H1p1im_2uf4) that I made 10 years earlier. Like the former, 8088 Domination displays full-motion color video with audio on a 1981 IBM PC with CGA, a Sound Blaster, and any hard drive -- but, unlike the former, Domination uses full graphics mode whereas Corruption used only text mode. This is significant because graphics mode requires 8x more memory and processing, and I had to combine a lot of creative and technical disciplines in order to pull it off. This video is a capture of 8088 Domination running directly off of my IBM PC 5160; video is the composite CGA output signal, and audio is from a Sound Blaster Pro 2.0. Technical explanation: http:...
Part 2: http://www.youtube.com/watch?v=Mig_OtoBohI Here is the beginning of the 8088 computer I'm building on a breadboard. Right now the only chips connected are: 8284A clock generator, 8088-2 cpu, 2x 74LS373 address latches, 74LS245 data bus transceiver, 74LS00 quad NAND gate, and a 74LS04 hex inverter. In the future, I plan to add a 2 KB 2816 EEPROM chip, and a 2 KB 6116 SRAM chip.
Configuração geral da máquina - Proceda 4270XT - 100% nacional (Monydata) - CPU 8088 1978 Intel - 4.77 a 10Mhz (auto turbo) - 704Kb de RAM (fica mais de 640Kb livre!) - HD MFM Microlab 20Mb, sem nenhum bad block - Monitor CGA original deste micro - Realtime Clock, usando duas pilhas AA dentro do micro - Placa ISA para HD ISA MFM nacional - Controladora ISA nacional para drive de disquetes - Placa CGA nacional, com saída DB9, vídeo composto e porta paralela - Drive 360Kb - Teclado XT com chave AT-XT - DOS 6.22 Pt-Br - Alguns jogos instalados, como Prince of Persia, Digger, Montezuma Revenge, Test Drive, Trantor, Altered Beast etc Comentários: Valeu a pena restaurar esta preciosidade, é uma prova viva da história de nosso país em plena época da reserva de mercado. Pena eu não ter conse...
Hornet + CRTC + DESiRE are proud to present 8088 MPH, a demo for the 1981 IBM PC + CGA. This demo competed in the oldskool compo at Revision 2015. This is the real composite output of a true IBM CGA card and 4.77MHz 8088 PC. This demo breaks all emulators :-) Downloads and comments: http://www.pouet.net/prod.php?which=65371 Technical explanation: http://trixter.oldskool.org/2015/04/07/8088-mph-we-break-all-your-emulators/
something i did last night. took the original wolf3d source code (Which is public domain now) and modified it so that it doesn't require a 286 processor anymore. you can see the results here. it's a bit slow, but that should have been expected. if you want to run wolf3d on your old 8086/8088, download my recompiled EXE of it: http://rubbermallet.org/wolf8086.exe thats ONLY the executable. you must provide all the data files yourself. the game engine is in the public domain, however the data files are not and would be illegal for me to provide them to you. don't ask. your message will be deleted without reply. just throw this file in the same directory as the original WOLF3D.EXE and run it to play.
With a bunch of magic, a lot of things in 8088 MPH are starting to work to their potential! However, things like inaccurate PIT, waitstate, and ISA bus emulation are keeping the demo from entirely working! Do not assume total accuracy from this video at all! https://github.com/OBattler/PCem-X Credits to - Tom Walker, who wrote and is still developing the original PCem, and the well-done 6845 CRTC emulator used for it - Andrew Jenner, who put hard work into making the NTSC composite decoder - OBattler, who made the enhanced fork and got the demo to not crash the whole f**king emulator - Me for bugtesting, of course! List of parts that aren't working Moire - FIXED (soon) SALC instruction was unemulated https://i.imgur.com/aDUQZKG.png Kefrens - Almost fixed, effect now loads, but due to ti...
8088 based SBC I did for a school assignment. It has the following specs: * 8088 CPU @ 4.77 MHz * 32 Kb Static RAM * 8Kb Flash ROM * PPI * Interrupt controller * Timer * UART & RS-232 * Latch with 8 LEDs It's not done yet. I still have to test the PPI, Interrupt controller, Timer and UART. Este es un proyecto que hice para un trabajo de la facultad. Tiene las siguientes caracteristicas: * 8088 CPU @ 4.77 MHz * 32 Kb Static RAM * 8Kb Flash ROM * PPI * Interrupt controller * Timer * UART & RS-232 * Latch con 8 LEDs Todavia no está terminado. Tengo que terminar el PPI, el controlador de interrupciones, el timer y el UART.
A talk given by the creator of 8088 Corruption, a program that displays full-motion video on an original 1981 IBM PC. The program is demonstrated, then the methodology and technology are explained in detail. As of 2012, Youtube does not properly display interlaced 30i content. For the full 60 frames per second video, visit http://archive.org/details/8088CorruptionExplained and grab the MPEG2 file.
Hi! Trickster is a small Live-action short film based on the Matrix movie, it's a fan-made film to see how far we can go with our skills in Film making and Visual effects. The project was born in 2013 when Antonio, a friend of mine, suggested to make a video with a Sentinel 3D model that i made some time ago for fun. I was hooked since the beginning with the idea, i wrote a small synopsis and then a 3 page script, the project started to grow more than i expected. At the beginning we only thought of making a small visual effects integration video and then we ended up with a 3 minute live action short film. This project was made in Colombia, and it was shot near Bogotá using a GH3 Camera and some Rokinon Lenses. I want to thank Alejandro Ramírez for helping me along the project until th...
Created by Pieter Manders (http://8088.nl). Music by Boudewijn Zwart (http://bellmoods.com), played on the carillon of Westerkerk, Amsterdam. Special thanks to the staff of Rembrandt Tower Boardroom (http://rtboardroom.nl).
Kikkerlandje (Little land of frogs) is what the Dutch call their country to emphasize its relatively small surface and the large amount of water. The places shown in this time-lapse are all in the Dutch province of South Holland: Dordrecht, Gouda, The Hague and Rotterdam. Music: “Go to Sleep My Little One” by Doug Maxwell, Media Right Productions (http://www.mediarightproductions.com). Sound effects: An electric toothbrush, a bucket with water, a power drill, a blender, the squeaking door in my apartment. The depth-of-field effect was done in post production. Created by Pieter Manders (http://8088.nl).
Yet another Tilt-Shift video Created by Pieter Manders (http://8088.nl) Music by Bo Moonlight (http://bomoonlight.ru)
This 3D animated short film called "Highrise" was made as an in-house project. It’s our first animated short film. It's the story of a hot air balloon on its journey to find his way home. Direction: Nisba Visual Label Modeling: Nisba Visual Label Texturing: Nisba Visual Label Lighting: Nisba Visual Label Rendering: Nisba Visual Label and 8088.net Compositing: Nisba Visual Label Music: David Ospina Music Sound Design: Audiobit Studios Produced by: Nisba Visual Label and 8088.net