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Relay Computer ep. 7 - Main bus and register monitors
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- เผยแพร่เมื่อ 15 ส.ค. 2024
- I design and build the main bus for my relay computer, as well as a monitoring system for the CPU registers.
MUSIC
New Land
by ALBIS
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but when the world needed him most, he vanished.
just subscribed in hopes of this series ever continuing. absolutely brilliant
Same
Me too :)
It’s been 5 years :(
Me too
Please! I've been waiting so long for the next part. Hope you can finish the project. I'm already starting mine. Looking forward to your next video
same here
Jefferson Ding its been a year... please...
@@nathanvandehei9156 2 years now.
People: * use free time during Covid quarantene to work on projects *
Clickety Clack:
@@tenpotkan7051 Still waiting...
Found this series before I started college, now I'm working on my grad degree and still come back to visit this channel to rewatch these videos to just refresh why I love what I'm doing - microprocessor design. Thank you for making these, friedo, still hope to see more in the future!
Same, I'm graduating this year and I remember that I watched my first Clickety Clack video while I should been studying for computer architecture first year class, I hope he would keep releasing more videos, I need to see that computer working
Here’s hoping you’ll return, just finished binging the series
Relays, diodes, resistors and LED's = Fascinating.
Fantastic videos, well presented and beautifully edited. I'm hoping for a conclusion to the series.
This has simply been the most beautiful series on TH-cam. I hope this will have a grand finale! :)
never heard about BenEater
Would love to see you come back and make videos again. No pressure to continue the project, just new videos of whatever you are currently working on. I think alot of people understand that sometimes a project needs a good break before you get inspired again to work on it.
Would love to see any progress since this video. These are amazing videos, and the computer is really coming along. I love how you share you mistakes as you go.
Talk about a cliff hanger. I wish this series continued.
I hope this guy is OK - no more videos on this amazing project :(
he is fine. but i hope there will be more videos.
I think he is stuck building kilobytes of relay memory :)
I’m putting together a 1024 bit (128 byte) relay RAM… 2048 relays, not counting the external row decoders etc - those 2,000 are just the bistable (latching) bit storage registers and their bus couplers. Since it’s a diode-less design, the 2 relays per bit is the bare minimum, since each bit has two lines (a read line and a separate write line). And I still need a 512 byte ROM, so that will be another 2000 selector relays plus dip switches. It gets tedious sometimes but is also satisfying.
@@absurdengineering ouch
@@absurdengineeringdone?
This project is one of the very best thinks I've ever seen on TH-cam... long live Dr. Zuse.
I love the funky beat in the end
This episode made me happy. You have the gift of teaching. This is so cool!
Still waiting for this Legend. But hey, quality takes time. 😎
love this project and your updates - konrad zuse with the Z1 was the original digital relay computer guy. love your didactic sense of construction - with the mini LEDs giving an indication to whats going on in the system. it is meditative to watch you building this system from the relay gates on up, and the sound it makes whilst computing is really coo. i wrote a chess programme for macOS (called pChess) which emitted sounds while it was recursively searching the highest static evaluation, and it was a way of hearing the computation - in much the same way that the relays naturally provide. thx for this. 🙏
The best work on a modern Relay Computer!
you deserve much much more views & subs
i hope you are ok? Your vids are very educational, a step by step build of an relay computer is cool. I have seen all seven in one row an now i'am a little bit sad...
that's a dope project
The series was so well done. Regrettably it was never completed.
And he was never heard from again :(
Mannn, this is really cool. I hope you are able to continue someday! :D
Thanks - I'm working on it. Life has kinda gotten in the way the past couple years.
@@ClicketyClack Heh, I know how that goes!
@@ClicketyClack I'm glad at least to hear you didn't abandon the project forever ;)
@@ClicketyClack Geez, do I ever know how THAT is! Still, I hope you're keeping well and will continue your excellent video series on this topic. 🙂
One the best series I've seen
We miss you! Don't leave unclosed gestalts behind ;) if you know what I mean...
PLEASE tell me there are more videos coming!!! Awesome work. :-)
This would make a good movie prop for a pre 1970's movie :-)
I've always wanted to build a primitive computer like yours but out of vacuum tubes or one from just logic gates, not that they already are maybe even use wire wrapping.
Nice trick with taping things down before soldering.
I just realised.. You know how in the original Star Trek the computer rattles while calculating?? That was the sound of a relay computer... Does that make you Daystrom??
Amazing work. Congratulations!
I'm waiting patiently to the next video, keep working!
Cant wait to see more videos from you!
شكرا على فيديوهاتك روعة ننتظرك بفارغ الصبر
hey, awesome project, can't wait to see it's done
Hope this continues
😭Please, continue with this wonderful project! Please!
would love to see how this has progressed..
Pl complete your computer soon , I am waiting for your next video . This is very cool . Hey could make some tutorial on electronics for beginners . I am beginning to learn electronics and my aim is to make my own computer like you have shown here . Thank you.
Check out Ben Eater on youtube.
This is awesome! It's really coming together :D
This is amazing, I hope project is not discontinued and you have it all somewhere hidden in the garage. I hope you are okay
the clicking is very relaxing to listen to
Any update on this project?
you missed soldering 3 pins
I got them later. :)
Better yet you where trying to check if people are vigilant in watching your videos
I was screaming at the tv!
hmmm, 2 years ago, what is happening, my dude?
Hand wind small coils around small glass magnetic reed switches to make relays that are more compact and energy efficient ;)
Here's an idea for the instructions, you could build a broad that when the computer is turned on those relays will flip on like a rom, so then the cpu can refer to the "instructions board" and complete an operation, in only a beginner so bear with me
I hope this project is not dead
Dang. Four years ago. Hope he’s okay.
yay new video!
Please come back :(
Please continue this !!!!
Made all modules you made in hope you return to this project
You should build a circuit that checks the relays if they are working, so if one is broken it will give a code in binary that would tell you witch one, this could be too complicated but just an idea, kind of like a POST for it
How would you work that physically? With an overlay board that could address each relay and be plugged in and out?
It's getting so loud! Going to need earplugs to overclock this computer
With the full ALU and MUX going, it's gonna get bananas. 🍌🍌🍌
Have you tried to turn down the volume?
PCIx is more complicated and has more features than Ethernet itself !
It's more like a network than a mere bus.
Hey will/are you going to release plans for this once its done?
You need a through-hole drag soldering tip. You have no idea how much time that will save you.
I was wondering about your PCB design. Do you have a ground plane on one side and a positive plain on the other side?
Yep, ground on bottom and +V on top.
I wonder if he'll ever make videos again. I hope he does
A most interesting project! Has any progress been made on the CPU? Will there be another episode?
what happened to the series? are you really busy? has the budget decreased too much? is this too much of an expense? or are you just demotivated? no matter the reason, if you don't want to keep going with the series tell us, we are worried!
More! finish the project!!!! Chcę zobaczyć efekt końcowy.!!!
Hope this wont end like Half Life Episode 3... i still want to belive.
Where is the author of these wonderful videos? I hope he
Be fine!
Everyone catch the two pins he missed? :)
14:58 - Whoo!
You know, he may have been killed in a car crash and none of us would ever know any better.
Hold on cowboy 5:45 fifth row...
Well i just subbed. Now we play the waiting game?
Clicc clacc
9 months, no worries, we can wait longer. ;)
LOL. I appreciate your enthusiasm. Give me a few more weeks. I'm moving across the country and once that's done I'll have significantly more free time to actually finish this thing and get more videos out.
@@ClicketyClack Oh, I understand you, trust me! When my subscribers asked for when I'll upload new programming lesson - I replied with confidence "very soon, in a week or two, stay tuned". Well.... okeey... 5 years passed since I made my last promise. Lol. Although for me it feels like 5 days really. Don't become me. I - suck. :D
@@ClicketyClack Please continue this series, it was very interesting!
@@ClicketyClack Hey "few more weeks has passed" :)
@@arthurvin2937 Hope he returns :')
In the test starting at 14:10 I can hear the data cascade "ripple" as you say thru the adder, then the 200 msec delay you put in before the next enable signal. What would happen if you tried to use the elements of your CPU asynchronously, using its own output as an enable signal for each step? Would the variable time for each addition operation, because of the changing number of carriages, screw things up? Or is there some data bit you could effectively use as a "wait" signal, a "NOT enable", to queue up the operations properly?
Hey, WE NEED MORE VIDEOS! Please just upload a quick video or somthing!
Can you post links to your suppliers? Who do you use for PCB production? Where do you source your relays at a reasonable price (in these quantities, even a few cents has a significant effect on project cost!)
i'm thinking he's given up or is no longer able to produce. but i was enjoying this series
Hi, it looks to have been about 5yrs now since the last video on 2 since a comment, did this project fall into an incompletable (is that even a word?) problem? Would be good to see it’s conclusion.
Are you going to make a Control Unit for ur cpu?I heard is hella difficult
subscribed and waiting in hope
How much ram is this going to have? And how are you going to be able to store instructions?
I'm just going to use a small IC for RAM; haven't decided how much yet. Instructions will be stored in a separate instruction register which hasn't been built yet.
Could you possibly use an array of dip switches for ram?
Christian Cutts no ram would need to be fast and automated there's a few videos out there that discribe it
Magnetic core memory would be cool.
I'm curious. Did you just abandoned the project or Did you have to stop beacuse of some stuff?
please come back :(
I hope you are OK. I think a great number of your followers are wondering what happened. I got to Episode 7 last year and I find myself waiting like many others for the next episode. Do you need any help?
Will there be a next video?
Good work, and is this project still alive? because I would like to help you...
So how do those rail resistors for the leds work? Are they just a bunch of resistors in parrallel in a nice formfactor?
They're called resistor networks; these particular ones each have 10 resistors inside with one common terminal, so 11 pins total.
@@ClicketyClack where do you get the ones with 11 pins? I can only find 10-pin versions
Ran across your video tonight. Any updates?
How many relay i have to take for make all yours circuits?
Did you ever finish this thing off?
Why no part 8??
what happened to the project
When is the next video?
Which manufacturer printed your schematics?
I'm waiting
hi, when do we get episode 8 ?
what is the name of the program in which this scheme was developed?
Do you mean the PCB or the schematic?
@@nikkiofthevalley pcb and schematic
can I use creativecommons.org/licenses/by-sa/3.0/ ? But I would need to know what kind of license you are using as to give "appropriate credit"
14:57 "Hmm"
After this the project became too complex and you gave up?