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MicroSD card with SD card adapterOptional. Necessary only for disk drive emulation, which is not required for the simulator to work.×1Software apps and online servicesArduino DueFlashStorage libraryThe Arduino Due does not have EEPROM for permanent storage but with this library data can be saved to the on-chip flash memory. Everything saved gets deleted when re-flashing the Arduino!Arduino Due softuart libraryA software UART implementation that allows any pins to be used as a serial interface (similar to the SoftwareSerial library of other Arduino platforms).The files from this library are included in the simulator source since I needed to make some small modifications to integrate them into the simulator. If you would like to build this but don't like the idea of starting completely from scratch, please check out which comes with all components, a PCB, a case and a pre-programmed Arduino Due!Here are some pictures from others who have built this project and made it their own:. found a for his version and connected a Raspberry Pi for input/output and speech synthesis. made a all out of wood.
Chris Davis ( ) made a and a. made an for the Arduino Due.If anybody else wants to share their creation let me know and I'll post it here. I'd love to see the variety of versions that people come up with!For a long time I have thought it would be cool to have an Altair 8800 computer to play around with. But working vintage Altairs are rare and therefore expensive, easily costing $1500-$2500 if available at all. There are some other options, such as but that still costs $600 which for me is too much to spend on a computer that - while very cool - will be of limited use. Thankfully Mike Douglas, the creator of the Altair Clone, has made available to the community all the old documents and software he hunted down and used when creating the clone. Thanks to Mike's work there is a wealth of information on the inner workings of the Altair and its most popular peripherals conveniently available.At some point I was looking at the Arduino Mega 2560 specs and started wondering whether it would have enough I/O pins to just hook up the LEDs and switches from the Altair front panel and write my own emulator software.
Turns out the Arduino Mega has exactly the right number of I/O pins. So I just had to make my own Altair clone. Using the Arduino Mega to drive the simulator worked fine and was simple to set up but the emulation runs at only about 25% of the Altair's speed and it can only provide 6KB of emulated RAM (although back in the day that would have been a lot). Permanent storage capacity (for saving programs/data created in the simulator) is also limited since the Mega's EEPROM only holds 4KB.The Arduino Due has plenty of memory to support a full 64KB of emulated RAM and runs much faster than the Mega. Additionally, the Due can save data to the flash memory at run time. That makes it possible to use any portion of the 512K flash not used by the simulator itself for permanent storage.Using the Due I now have an Altair 8800 simulator that runs at about the original speed, provides 64K of emulated RAM, includes lots of Altair software and still can provide 32K of semi-permanent storage to load and save programs and data in the emulator.My goal for this project was to get as close to the 'real' Altair 8800 feeling as possible when working with the simulator. That includes having the front panel lights reflect the real behavior as much as possible.
One criterion for that was that it should be possible to play the front-panel 'Kill-the-Bit' game - and it is. Of course in the end I don't own an original Altair, so all information on how it works had to come from documents and videos (see acknowledgements below).
There may be some minor differences but over all I think it reproduces the original behavior quite well. One known (and intentional) difference is the HLDA status light: On the original it signals that CPU has acknowledged being halted by an external device.
This functionality is never used in the simulator so here it signals that a file (serial/tape capture/replay) is currently open. To wire up the front panel On/Off switch, I just added a power socket (same as on the Arduino itself) to the box, wired it to the front-panel switch and from there to a power plug that plugs into the Arduino.When using the Arduino Due, emulation of up to 16 88-DCDD disk drives can be enabled by connecting an SD card to the Due's SPI port. The last page in the Schematics document shows required wiring in detail.Before uploading the sketch to the Arduino Due, be sure to switch the Arduino compiler's optimization setting to 'performance'. By default it is set to 'size' (not sure why since the Due has 512k flash memory). To do so, load filec:UsersuserAppDataLocalArduino15packagesarduinohardwaresam1.6.9platform.txtinto a text editor and change any occurrence of '-Os' to '-O3'.
You can skip this step but then the simulator will run significantly slower.The simulator software can also run on a bare-bones Arduino (Mega or Due) without any front panel controls connected. This does allow to run quite a few of the included programs (those that mostly use the serial terminal and not the front panel elements). To do so, edit the config.h source file and set #define STANDALONE 1 (instead of 0). Refer to the 'Debugging capabilities' section in the documentation to see how to operate the virtual front panel elements in that setup. Keep in mind though that this is not the intended use of the simulator. I suggest using PC-based all-software emulators if you don't want to build the front panel hardware.
The config.h source file contains a number of switches that include/exclude simulator functionality. The default settings work well but if you want to tweak the simulator, this is the place to start. AcknowledgementsSince I do not own an Altair myself, I had to rely on getting information off the internet. The Altair 8800 instructional videos produced by Mike Douglas (deramp5113) of were of great help and are very interesting to watch. In addition to producing the videos, Mike has collected a wealth of Altair related hardware and software manuals and made them available on his site.(Note that Mike's videos are very helpful to get some ideas about what to do with the simulator once you build it)Martin Eberhard's ADEXER tool was invaluable for low-level debugging the hard drive support.
He also wrote two boot loaders used by the simulator: the combo disk boot loader (CDBL) for booting disks and mini-disks as well as the hard disk boot loader (HDBL) which is shorter and more stable than the original.While I did write all the code including the CPU emulation myself, I did take some inspiration from the i8080 core model project when it came to getting the half-carry computation and the DAA instruction implemented efficiently.The simulator includes some original software for the Altair 8800. Another big thanks to Mike Douglas who spent countless hours hunting down, collecting and getting this software to work and then made it all available on his web site:.
(MITS 1975). (MITS 1975). (MITS 1977). (Dean McDaniel, 1975). (Mike Douglas). (Steve Dompier, 1975). (Processor Technology 1977).
(MITS 1976). (MITS 1977). (Microcosm Associates, 1980). (Frank D.
Cringle 1994, Ian Bartholomew 2009)The disk and hard disk images (included in the 'disks' subdirectory of the source archive) were also taken as well as (Mike Douglas' personal web site). These include CP/M, various versions of disk BASIC, Altair DOS (including Fortran) and more. Again, Mike has done an amazing job finding all that software and then creating functioning disk images that can be used by the Altair community. I only used a selection of the software so you may want to head over to or and check out some more. Discussion ForumChris Davis of has set up a Google Group for discussion of Altair-Duino related questions:Feel free to visit and contribute to the discussion!