I built an 8008 Supercomputer. 8 ancient 8008 vintage microprocessors computing in parallel.

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  • Опубліковано 23 гру 2024

КОМЕНТАРІ • 141

  • @supralapsarian
    @supralapsarian 10 місяців тому +23

    If somebody in 1972 were able to watch this video, I speculate the most shocking thing would be the 3D-printed case you mentioned as if it was nothing. 🤣

    • @smbakeryt
      @smbakeryt  10 місяців тому +14

      The second most shocking thing would be when you explain that not only do people have personal replicator machines that fit on their desk, but most of the things they produce with them are tiny model boats and flexi-dinosaurs.

    • @c1ph3rpunk
      @c1ph3rpunk 10 місяців тому +5

      @@smbakerytmy single most replicated part are storage bin organizers for my electronics storage bins. If I would go back and tell my 12 year old self in 1982 that’s what I’d be making I’d question my sanity.

    • @smbakeryt
      @smbakeryt  10 місяців тому +3

      @@c1ph3rpunk I confess I had to make a lot of dividers for my Stack-On parts storage bins. For whatever reason the manufacturer decided to sell them all 5 dividers short of a full set.

  • @c1ph3rpunk
    @c1ph3rpunk 10 місяців тому +50

    This HAS to go in a Cray-1 style case. Spent 15 years, in a previous life, in HPC, this absolutely counts as a “super” computer. You’ve used almost exactly the way the “big guns” do it.

    • @smbakeryt
      @smbakeryt  10 місяців тому +3

      Thank you!!!

    • @sir0herrbatka
      @sir0herrbatka 10 місяців тому +1

      @@smbakeryt Tiny Connection Machine also fits. 🙂

    • @PixelSchnitzel
      @PixelSchnitzel 10 місяців тому +1

      JLCPCB or others could fab a flex PCB for the semi-circular backplane on that Cray style setup. Easy peasy. DO IT!!!
      This project is diabolical genius!

    • @skeleton_craftGaming
      @skeleton_craftGaming 10 місяців тому

      I mean this is more or less how multi-core CPUs do it even now... and I agree that this counts as a super computer.

    • @railgap
      @railgap 10 місяців тому

      So you worked in HPC but you never thought that "supercomputer" was a word that had to be used in context, which represented a moving target? Huh; weird.

  • @DanafoxyVixen
    @DanafoxyVixen 10 місяців тому +15

    Hats off to you good sir. the fact that you can design, build and code all this is truly amazing

  • @TomCee53
    @TomCee53 10 місяців тому +3

    Fantastic. Nothing earth-shattering but interesting to see how even ‘simple’ technologies can be expanded.
    The comparison was a fine demonstration of the overhead of multiprocessing. Getting even 80% of each processor is pretty remarkable. Good show. Thanks for sharing.

    • @pazsion
      @pazsion 10 місяців тому

      in theory it should be possible to get old chips acting like a 64bit system.
      maybe keep going 128-256-1024
      not sure why we are stuck with emulated 64bit systems?

  • @roadrunner3563
    @roadrunner3563 10 місяців тому +7

    That looks fun. I built a "parallel processor" using 7 Arduinos last year to control linear stepper actuators. One master Arduino controlled the frame rate, timing, and speed, and had special modes for testing individual actuators. Each actuator control Arduino had to respond to rate and timing control pots and various discretes and control signals from the master Arduino. The physical device itself was way more complicated than the processor setup though. Took about 6 months to build the hardware.

    • @deang5622
      @deang5622 10 місяців тому

      That isn't parallel processing, it's a distributed processing system.

  • @zoltanpekic3119
    @zoltanpekic3119 10 місяців тому +1

    Amazing work! The multiprocessing approach reminds me a bit of Parallax Propeller. I wonder if the "Blasters" had some minimal "brains", such as ROM with hard-coded routines to pull new code to execute from the "Master" (perhaps in their interrupt routine), then maybe the logic (both on the boards and programming) could be simplified.

    • @smbakeryt
      @smbakeryt  10 місяців тому +1

      That's funny -- I thought the same when I got started. I was considering trying to implement the propeller's "hub" as a mechanism for shared memory access.

  • @IanCliveKerrCoelho
    @IanCliveKerrCoelho 10 місяців тому +8

    Your project is incredible. I had been researching processor parallelism for some time. I was trying to do something similar to your project, but using the Z80.

    • @smbakeryt
      @smbakeryt  10 місяців тому +4

      Z180 would also be a good choice. Software compatibility with the Z80 and you gain some useful built-in peripherals.

    • @markpruden1957
      @markpruden1957 10 місяців тому +1

      there a more modern eZ80 with 24 bit address space, running at higher frequency, and a pipelined architecture.

  • @JamesPotts
    @JamesPotts 10 місяців тому +7

    At school in the early 90s, they had a "supercomputer" with 6 or 8 fully interconnected 386s. I never took a class that used it, unfortunately.

  • @bigdog8008
    @bigdog8008 10 місяців тому +3

    For parallel processing - the old Transputers were an excellent choice. There was even a demo version of "Life" included with the development system. The more transputers in the array, the faster the demo ran. Or you could divide up the transputers and have multiple games running simultaneously with multiple outputs. All were interconnected using high speed serial 'links' and the links could be dynamically allocated. For these - each transputer can be booted using the links and then perform all control/status via the links. No reason to halt the transputers during data transfers - the on-chip DMA will run in parallel with the processor's software. They were a joy to work with ... until ST Micro killed it off while trying to create the long anticipated T9000 series.

    • @smbakeryt
      @smbakeryt  10 місяців тому +1

      I've seen transputer boards occasionally come up on eBay, and I've been tempted, but they're also something I know nothing about!

    • @bigdog8008
      @bigdog8008 10 місяців тому

      @@smbakeryt We used to make custom boards using transputers to calibrate satellite imagery. Worked extremely well way back then. They easily outran 80286 computers which were newly introduced. By today's standards -- may as well use an 8008.
      Nice thing about Transputers is they require very little support hardware. If the program is small enough, they can use internal memory. Else it had built in SRAM and DRAM interfaces. Two wire 'links' were quite quick at the time. And writing code in OCCAM was... different.
      Also - recently sold my Intel 4004 based computer. Was built into a suit case type box and still worked (after a power supply rebuild). Now sitting in a computer museum somewhere in Germany.

    • @deang5622
      @deang5622 10 місяців тому

      I am not sure what you mean when you say the links were dynamically allocated because they occupied a set of pins on the chip which at design time were connected to other ports on other transputers. The connection topology was static.
      Passing messages from one transputer to another which wasn't directly electrically connected was problematic and required software to be written to implement the messaging system.
      I believe in later versions of the transputer, and IIRC the T9000, they implemented message handling in hardware in the chip to reduce the burden on the software.

    • @bigdog8008
      @bigdog8008 10 місяців тому +1

      @@deang5622 They are static if you did direct connects. You can change who they connect to through the link switch -- IMSC004. We had one link switch on every board and did this all the time.

  • @edgeeffect
    @edgeeffect Місяць тому

    I honestly never thought I'd see "8008" and "supercomputer" in the same sentence. ;) :) I'll have to watch this one again when I get home tonight... it looks superb.

  • @Tinker001
    @Tinker001 10 місяців тому +9

    One way to possibly make your banner demo work...
    Change the camera angle about 45 degrees to the right.
    Just a thought...

    • @smbakeryt
      @smbakeryt  10 місяців тому +2

      That's a great idea. I was thinking of using a lens or a funhouse mirror to compress one of the directions, but you're right playing with the camera might work too!

  • @supercompooper
    @supercompooper 10 місяців тому +6

    This is not a supercomputer. This is a super duper computer.

  • @ModusPonenz
    @ModusPonenz 10 місяців тому +2

    This sounds very similar to a system I used to work on back at Intel around 1983. The system was a parallel EPROM programmer / tester. There was a master cpu card and 15 cards. Each of the 15 cards was connected to a socket where the technician inserted the EPROM to be tested. There was a button on the front panel of the system that went to the main cpu card. When pressed, it would cause the main cpu to download software to each of the 15 cards. The cards would run in parallel programming and testing the EPROM. When the programming/testing was complete, about 4-5 minutes elapsed, the main cpu would indicate that all tests were done and the technician could remove the EPROMS and put in a new set. All the cards plugged into a back plane and used a similar method as what you described to communicate from the main cpu to the 15 cards. My job back then was to write the code that tested the EPROMs. The main cpu and the 15 test cards were all 8085. The test cards each had multiple programmable power supplies which could be set to specific voltages. The current draw of each power supply could be measured.
    It was a challenge to write 8085 assembly language and the only way to verify and debug my code was with an oscilloscope.
    The EPROMs that I was writing code to program/test were 27128. It was the highest density EPROM at that time.

    • @DigitalJedi
      @DigitalJedi 10 місяців тому

      I just want to let you know that now, 41 years later, we still use tools that look a lot like that. The processors inside have undoubtedly changed, but the card form factor is alive and well on lab benches.

  • @MK-ge2mh
    @MK-ge2mh 10 місяців тому +4

    Really cool project! I've been kicking around the idea of a dual-MC6809E (now I'd use HD63C09E) computer since I was 15 years old and read about it in my Heathkit EE-3404 (6809 Microprocessors) course for the ET-3400(A). At that time, I also had a couple of Motorola application notes describing how to do it sharing a common bus and global memory by setting the clock signals 180 degrees apart.

  • @Wobblybob2004
    @Wobblybob2004 10 місяців тому +4

    I have vague recollections of Steve Ciarcia doing a Mandelbrot parallel processor engine using MCS-51 micro controllers back in the 80's. He reckoned it was faster than any 386 Pc at the time.
    I don't think the cards required any support chips, so they were just STD-Bus style cards covered with 40 pin Dip's

    • @smbakeryt
      @smbakeryt  10 місяців тому +1

      I'm going to have to look for that article. Using a microcontroller would be a good way to incorporate a decent quantity of CPUs.

    • @smbakeryt
      @smbakeryt  10 місяців тому +1

      Found it! Looks like the series starts in the October 1988 issue of BYTE.

    • @Wobblybob2004
      @Wobblybob2004 10 місяців тому

      @@smbakeryt Byte, October-December 1988

    • @GodmanchesterGoblin
      @GodmanchesterGoblin 10 місяців тому

      This video also reminded me of that series of articles. Certainly worth a read.

    • @deang5622
      @deang5622 10 місяців тому +2

      BYTE, one of the best computing magazines ever published.

  • @jackflash6377
    @jackflash6377 10 місяців тому +1

    Impressive and looks like fun.
    Haven't touched assembly since the mid 90's but it does bring back memories.

  • @pazsion
    @pazsion 10 місяців тому +1

    thank you for the visual benchmarking conway 🥰🙂

  • @uriel7940
    @uriel7940 10 місяців тому +11

    This is so unbelievably foreign to me. Sir, you are an absolute genius.

  • @cmfrancis1
    @cmfrancis1 10 місяців тому

    For the banner to work, look at the blasters from the side at a shallow angle and you can see the text clearly.

  • @AlanCanon2222
    @AlanCanon2222 10 місяців тому +6

    I want to do this with the W65C816 in the worst way.

  • @esra_erimez
    @esra_erimez 10 місяців тому +5

    Wow, this video is super interesting! thanks!

  • @mcw1593
    @mcw1593 10 місяців тому +1

    Your lab bench looks like mine. Nice iron.

    • @smbakeryt
      @smbakeryt  10 місяців тому

      I've been tempted to do a video n the Pace. Love that thing.

  • @Uberden
    @Uberden 10 місяців тому +1

    Perfect and very much on point max max reference.

  • @GianmarioScotti
    @GianmarioScotti 10 місяців тому +4

    Fantastic project. But where does one get a 8008, let alone 7 of them?

    • @sushi8204
      @sushi8204 10 місяців тому

      Probably old computers, or Ebay.

    • @smbakeryt
      @smbakeryt  10 місяців тому +1

      eBay, about $40 each. I do recommend people be careful, buy only from reputable sellers as I had a few issues sourcing mine.

  • @turbinegraphics16
    @turbinegraphics16 10 місяців тому

    I always wanted to see what 8008 performance was like compared to newer cpu's, conways game of life is on zx spectrum and seems closer to the parallel 8008's, I wonder what the performance would be like if a home computer was made from the 8008.

  • @ericmack5428
    @ericmack5428 10 місяців тому

    Impressive. I may be showing my ignorance, but I wonder if this architecture is similar to what Heathkit did with their H2K Robot that had 8 processors. Thanks for sharing the videos. Very informative and keeping the tradition of homebrew and kit building alive.

  • @RingingResonance
    @RingingResonance 10 місяців тому +1

    This is really cool! I was wanting to do something similar with a bunch of Z80 CPUs.

  • @rieduciumaratonas
    @rieduciumaratonas 10 місяців тому +1

    Octoblaster (sadly the name is already coined). Subscribed to see the continuation of this super 8bit computer.

    • @smbakeryt
      @smbakeryt  10 місяців тому +1

      I'll just have to call it "Octoblaster Prime" instead :)

  • @rabidbigdog
    @rabidbigdog 10 місяців тому

    Magical. Gene Amdahl is smiling down on you.

  • @MatsEngstrom
    @MatsEngstrom 10 місяців тому +2

    Where the heck does one gets eight 8008's? They are somewhere between hardobtanium and unomtanium ;) I consider myself lucky to have one in a box of retro-stuff to build something one day. I hope it works - at least it's not bought from Aliexpress...

    • @smbakeryt
      @smbakeryt  10 місяців тому +1

      I bought them all on eBay, about $40 each (yeah, that's $320 worth of CPUs!), over the period of a few months. You do have to be a little bit careful of which eBay seller you choose -- I usually send a few emails to make sure the seller seems legit, and I stick with sellers that are in the USA or Europe.

    • @MatsEngstrom
      @MatsEngstrom 10 місяців тому

      $320 is not too bad at all - about the same as the gamers today spend on a graphics card. But I guess only old farts like us would choose the 8008's ;-)
      Was all of the ones you bough ok? And all was the "real" Intel ones and not some second source?

    • @smbakeryt
      @smbakeryt  10 місяців тому +1

      @@MatsEngstrom The ones I bought from US eBay sellers were fine and they did look to have authentic branding on them. I bought some D8008-1 (800 KHz instead of 500 KHz!) from China for $26 each a few months back and those turned out to be either defective or counterfeit. I've read about a scam where counterfeiters have taken 8284 clock generators and reprinted them to read 8008 or 8008-1. So you do have to watch out.

    • @cj09beira
      @cj09beira 10 місяців тому +1

      @@MatsEngstrom there are some young folk doing it, thanks to guys like Ben eater, and James Sharman.
      i am one of them, quite a fun hobby.

    • @MatsEngstrom
      @MatsEngstrom 9 місяців тому

      This is an amazing coincidence - I just won 10 pcs of NOS 8008-1 at a local Swedish auction site. The guy had listed the lot for $1 and it ended up at $230 so I'm fairly happy. Now I just have to figure out something to build with them. (The wife is not super-thrilled though ^__^ )@@smbakeryt

  • @tubeDude48
    @tubeDude48 10 місяців тому +3

    Quite a project...my hat off to you! 👍

  • @CrassSpektakel
    @CrassSpektakel 10 місяців тому +1

    1980ths super computers actually only had a few CPU cores. The Cray had 2x100Mhz up to 8x200Mhz or something like that. Remember, we are talking about a time when a 68000@8Mhz was insane. The Cray CPU was actually a TTL-Thingy-Kindof, but massively selected for Clock speed.

    • @deang5622
      @deang5622 10 місяців тому

      I have a board from a Cray 1 and it contains ECL chips made by Fujitsu.
      So I don't think it was TTL logic but higher speed and higher power consumption ECL.

    • @CrassSpektakel
      @CrassSpektakel 10 місяців тому

      @@deang5622that was the term I was looking for. The chips on the Cray boards are actually very simple stuff, not really CPUs in a modern sense but less complex chips combined. Some had less than 100 transistors. Overall my IT professor said it was "some kind of drastically overclocked TTL-stuff where the cooling was more complex than the hardware itself".

    • @deang5622
      @deang5622 10 місяців тому

      @@CrassSpektakel They are _very_ simple chips, containing only a few NAND dates. Discrete logic which is like the TTL 74xx series chips.
      You can make anything out of NAND gates, including OR, NOR, XOR, NOT functions and flipflops.

    • @CrassSpektakel
      @CrassSpektakel 10 місяців тому

      @@deang5622reminds me I still want to build a Gigatron TTL computer some day...

  • @annieworroll4373
    @annieworroll4373 10 місяців тому +1

    This is amazing.
    I don't know nearly enough to start the project(yet) but I've considered doing something like this with the RC2014. Not sure if I'd need custom boards or if there's a way to make multiple standard CPU boards work with some assembly magic. Custom CPU boards would almost certainly be a better option, though.

  • @patrickmosier3674
    @patrickmosier3674 10 місяців тому

    I pondered doing something similar many years ago but with 6502s

  • @chrisking7603
    @chrisking7603 10 місяців тому

    Severely fun! Surprisingly slow for such a simple task. It's not much different than doing same on a 6809 using BASIC interpreter.

  • @bobdole57
    @bobdole57 10 місяців тому

    I would like to see something like this but with an NS32K or z280

  • @TheSillyshyguy
    @TheSillyshyguy 10 місяців тому +3

    Love it!

  • @DAVIDGREGORYKERR
    @DAVIDGREGORYKERR 10 місяців тому +2

    What about using a 8086 to control the 8008 slave boards.

    • @mibnsharpals
      @mibnsharpals 10 місяців тому

      The poor thing will be bored to death

  • @marshallwilliams4054
    @marshallwilliams4054 10 місяців тому

    I’d be very curious to see what the floating point capabilities are

    • @smbakeryt
      @smbakeryt  10 місяців тому

      Scelbi basic for the 8008 includes floating point support, but it is a very slow basic interpreter. So I think floating point performance would be not that great, plus it's a lot of code. I do think that adding numeric coprocessors would make the project interesting though.

  • @ryuseki-oni
    @ryuseki-oni 10 місяців тому

    Can you still not see the printout when you hold the boards at an angle to the camera?

  • @EirikrTinkerTries
    @EirikrTinkerTries 6 місяців тому

    Will FUZIX work on this? Would be interesting to have modern UNIX-experience on something so oddball!

  • @SatanIsTheLord
    @SatanIsTheLord 10 місяців тому

    Good boy! We will put it on the fridge!

  • @derekchristenson5711
    @derekchristenson5711 8 місяців тому

    Wow, that's an impressive and fascinating machine! Maybe it wouldn't have been called a "super computer", but it's still pretty darned neat. 🙂

  • @mulad
    @mulad 10 місяців тому +4

    Out of curiosity, how much power does that take? I presume it's maybe 20 watts or so?

    • @smbakeryt
      @smbakeryt  10 місяців тому +5

      Suprisingly it's not that bad. Running the "ID" program, which leaves all 8008s halted, about 15 watts. Running the "Freerun" program which has them all running and incrementing the LEDs, about 17.25 watts.

  • @pnadk
    @pnadk 10 місяців тому +1

    Very fascinating

  • @lerkzor
    @lerkzor 10 місяців тому

    looks like 5 times faster to me, I was seeing iteration counts of 2:10, 3:15, 4:20, 5:25 etc up to 9:45 when I quit monitoring it. Nice project!

  • @JyrkiKoivisto
    @JyrkiKoivisto 10 місяців тому

    Very intriguing. I assume some of those blaster cores runs faster than some other, maybe just because of the conway grid they have to compute and because of your serial output you atleast have to wait until the 0'th grid is complited but maybe you wait for all of them to compute and not wait for #0 then #1 etc. and print out the result as they come.

    • @smbakeryt
      @smbakeryt  10 місяців тому

      I wait for #0 and then I start my readout, under the assumption that all of them finish at the same time. This is actually an artifact of how I built the thing -- first starting with just one board and then never getting around to waiting for them all. It's actually no more work to wait for all of them than just one of them as a single port read returns the status of all blasters simultaneously. I suppose I'm lucky that they all finish at close enough to the same time.

  • @movax20h
    @movax20h 10 місяців тому

    Pretty fun. I think if you want to scale system, it might be better to use something that is easier to assemble and require less external components, smaller boards, etc. 8008 is probably not the best for this. I would not shy from SMD either, if you first develop a prototype, then make it assembled for you. 64 is definitively doable. 256 would be cool, but maybe another day. Even for 64, 16-bit address space might be quite a limitation.
    As of supercomputery. Yes, kind of. To make it more performant and more similar to real supercomputers, some kind of specialized interconnect, for example ring bus, so each blaster can communicate with its neighbours without going via master or main bus, that would totally classify as a supercomputer.
    Probably worth exploring more parallel programs first on this 7 board one. My suggestions: parallel sorting, chess game AI, ray tracing (can probably do some simple things without need of fpu, with a bit of library code), N-body simulation. There are many more, but are either too trivial, and not flashy (like matrix multiplication or fft), or too complex, or results are a bit too abstract, and with so little memory, even trivial code on single process will finish fast. Another interesting one (but could be tricky without compiler and fpu), could be some optimization, i.e. genetic algorithms based, which has some potential for parallelism.

  •  10 місяців тому

    The Intel 8008 ("eight-thousand-eight" or "eighty-oh-eight") is an early 8-bit microprocessor capable of addressing 16 KB of memory, introduced in April 1972.

  • @TheKnobCalledTone.
    @TheKnobCalledTone. 10 місяців тому

    4 pairs of 8008s... nice.

  • @alexany4619
    @alexany4619 10 місяців тому

    Why do you need an extra clock for each Blaster, don't using the Master-Clock for all of them?

    • @smbakeryt
      @smbakeryt  10 місяців тому +1

      That would be a viable alternative. I have had some trouble with clocks getting noisy across large backplanes, but I think at this speed it would not have been an issue. One of the things that came to mind as I was building them out. An additional advantage would be that they would also be in sync with one another without any drift (if that mattered to an application).

  • @robiniddon7582
    @robiniddon7582 10 місяців тому

    I assume that all the busses are async given the vintage. Did you have any concerns with metastability? E.g. one of the async control signals (run/halt, irq and maybe req if you implement it) which are travelling between two sync clock domains (both 1MHz but not the same 1MHz)?

  • @iecasper
    @iecasper 10 місяців тому

    I wanna see the 8086, Cause maybe you can get enough to run something newish(?)

  • @yorkan213swd6
    @yorkan213swd6 10 місяців тому

    You made my dream come true, what would happened if the it industry stayed at 8 bit… 😊

  • @ehsnils
    @ehsnils 10 місяців тому

    Looks like this could be a great SIMD computer.
    To up the stakes - try to build a computer based on 74 chips only, including the 74181.

    • @adrianandrews2254
      @adrianandrews2254 10 місяців тому +2

      I did that in 1976. The company I worked for "didn't believe" in microprocessors - so I built an 8080 in 7400 DIL original series chips and located it on the left hand side of a pcb and then added an 1k * 8 RAM and the peripheral chips I wanted to use. The BIOS was 256 BYTES EPROM and the program 512 BYTES, I wrote everything in machine code ON PAPER counting my jumps by hand etc. That was fine apparently, but cost at least twice as much as using a real 8080 !
      My home computer was an S100 Bus machine (Altair clone) booted from switches and using paper tape for program storage.

  • @347573
    @347573 10 місяців тому

    If it is just a "supercomputer" project you could go also with for example an at tiny set. You can for example use some hundreds of them to have something good for today....

  • @yannkitson116
    @yannkitson116 10 місяців тому

    Absolutely great :)

  • @ladronsiman1471
    @ladronsiman1471 10 місяців тому +2

    You should have used the 4004 instead ..

    • @michaeljones1664
      @michaeljones1664 10 місяців тому

      But, then, it would be 4-bit, not 8-bit.

    • @smbakeryt
      @smbakeryt  10 місяців тому

      Sourcing 8008 was expensive enough. I'd not like to have to buy 8 4004s. :)

  • @thenormanfair
    @thenormanfair 10 місяців тому +2

    It won't be long now until you get some AM2901s and build up your own processor and computer.

  • @v2point0
    @v2point0 10 місяців тому

    The I/O to serial is rather slow, a good comparison could be the master running only I/O and one of the blasters doing the calculation.

  • @zhuqiusong6698
    @zhuqiusong6698 10 місяців тому

    This makes the NES seem like a super machine, oh well

  • @portblock
    @portblock 10 місяців тому +2

    This is cool, I am currently doing something like this for a project. some some info for you that may or may not help. I am using a serial ring that I used years ago on a mutli controller project. bottom line, I send a 'token' down line, then next ucontroller gets it and now has the token, if it didnt need it, it passes it back down the line - idea came from old token ring network.
    I have a few resources on the board, such as the spi bus, ram bus, etc... what i do is assign a resource number to each, example:
    SPI = 1
    RAM=2
    Then I send out the token *1; or *2; this tells the next uC in the line what resource it now has.
    In each uC I have a req flag, req[1] = true. then when a token comes in, if its not true, then I just pass it right back out to the next uC
    I dont know if it helps or not, its just the design I went with. but using it you could have each cpu access the ram and potentially running its own program aka, thread

    • @neilbradley
      @neilbradley 10 місяців тому +2

      SPI Token Ring! ;-)

    • @smbakeryt
      @smbakeryt  10 місяців тому +1

      Back when I was tossing around ideas to use a Z180 for a cluster computer, I was thinking about a similar token-passing scheme. Build a ring and pass the token around it so any CPU could talk to any other CPU. I still might revisit that idea. I had plans to make it true peer-to-peer where any node could assert itself (or be elected) to be the controller. Even had plans for making it hot pluggable where you could pull a node and the token could still go around the ring.

    • @portblock
      @portblock 10 місяців тому

      @@smbakeryt I am daisy chaining via a uart. but your idea of allow each to assert itself, I wonder if you could do some sort of can style, where a line is pulled high by a resistor and an output line pulls low, for a 1, then release for a 0, if it didnt release than somone else has it. short summary here, but I know you know the can id system. anyways, here I am throwing a mokey and your wrench lol

  • @reinoud6377
    @reinoud6377 10 місяців тому

    You could optimise the screenprint by skipping all whitespace runs bigger than some amount of chars

  • @b213videoz
    @b213videoz 9 місяців тому

    Can it run River Raid ?

  • @MrGencyExit64
    @MrGencyExit64 10 місяців тому

    Master blaster, pew pew!

  • @Doktor_Apokalypse
    @Doktor_Apokalypse 10 місяців тому

    64x motorola 68060's would be a fairly serious machine

  • @jrsytchannel2022
    @jrsytchannel2022 10 місяців тому

    So I was wondering what kind of games you can play with it. Will it run Doom 2016, and how long would it take to load. Seriously, what's the point? Could it be considered the equivalent of a six-core processor from 1960?

  • @campbellmorrison8540
    @campbellmorrison8540 10 місяців тому

    How on earth did you get or write the code for that, its a whole new OS. Way out of my depth here.

  • @Iryngael
    @Iryngael 10 місяців тому

    wow, how did you source that many 8008 without selling a kidney ??

  • @GeorgeZ213
    @GeorgeZ213 10 місяців тому

    If you had eight 8008 boards connected to one frame, you would have, at the time, a supercomputer for its time

  • @nugget6635
    @nugget6635 10 місяців тому

    Wait just a minute.... YOU JUST RECREATED THE CELL BROADBAND ENGINE But with the 8008 instead of Power PC and SPEs...

  • @thek3743
    @thek3743 10 місяців тому

    nice!

  • @maxoverridemax
    @maxoverridemax 10 місяців тому +1

    You need to find a way to add a 5 to the end of the 8008. I can't explain the scientific reason but it will make it better 🤪

  • @Controllerhead
    @Controllerhead 10 місяців тому

    cray cray

  • @sushi8204
    @sushi8204 10 місяців тому

    I see 7 boards.

    • @smbakeryt
      @smbakeryt  10 місяців тому

      7 blasters + 1 master (and one backplane). The master counts as one of the 8008.

  • @SockyNoob
    @SockyNoob 10 місяців тому

    Who cares if someone thinks this is pointless, it's not. It's a learning experience and probably really fun to work on.

  • @donwald3436
    @donwald3436 10 місяців тому +1

    Wait a minute you gave each CPU $7000 (2024: $51500) worth of RAM??? lol that is a a suuuuuuper computer lol.

  • @Clancydaenlightened
    @Clancydaenlightened 10 місяців тому

    Throw 8 8087 and see what happens...

  • @mwk1
    @mwk1 10 місяців тому

    Awesome! but... can it run DOOM? 😎

  • @johnathanjamesjohnsonjr7408
    @johnathanjamesjohnsonjr7408 10 місяців тому

    ...😎 👏👍🖖

  • @askjeevescosby2928
    @askjeevescosby2928 10 місяців тому

    Do they have math co processors with them. 16 processors 🤣

  • @metatechnologist
    @metatechnologist 10 місяців тому

    Master/blaster terminology doesn't work for me i e. free speech is a thing. Also an 8008 is an unfortunate choice because there are floating point libraries available for the 8080. It would have been more interesting to compare specs.

  • @sc0or
    @sc0or 10 місяців тому

    You don’t )) This wasting of time and resources is called a bit differently

  • @vfctffu3797
    @vfctffu3797 10 місяців тому

    8 BOOB computer

  • @wiwingmargahayu6831
    @wiwingmargahayu6831 10 місяців тому

    zamzam water

  • @DavidvanDeijk
    @DavidvanDeijk 10 місяців тому

    in h8/h8-8008/asm/life.inc line 331 you do coldec twice to skip over the center. Why not just follow the circle round? In fact if you start with the cell right above, you get even less instructions. Nice project, very impressed.