Thank You very much :) I'm preparing schematics and PCB layout to make it public. I'm not a PCB designer so I need to learn all this stuff and that takes time, but I will try my best :)
That was one of the best videos I've seen in a long time, I really enjoyed it. Loved the way you came up with three different ways to get a clock signal to the chip and the one you decided on using (with the flop flop is great, I learned new stuff). You've made a new board with an old chip, my hat's off to you sir (even if left is right and right is left) ;) I'd love to see more stuff like this, thanks very much. One other thing, I think that a live stream for the second build and test is not a bad idea at all.
Thank You very much, Peter :) This build was really fun for me and I learned new stuff along the way as well. I will try to push this project a bit further yes...I need to prepare schematics and PCB layout for publishing (open source, free). I'm not a PCB designer so I need to learn all this stuff and that takes time :)
Great video, Josip! Great work building this game! Congrats! I haven't done much soldering so far, but this looks like a really cool starter project. I actually had a pong-console back in the 80's.
Thank You George :) Yes, I used all through-hole components so it should be an easy build. The only problem is that AY-3-8500 chips are hard to find these days... :(
Awesome stuff mate .. If you edit the video and flip the screen the left and right will be correct on the pcb lol hahaha .... Suppose its a simple pin swop on the chip :) ... i wouldnt mind one myself :)
Thank You, Steve :) Ha ha, I should have flipped the screen :) yes, just swapping pins... I'm preparing the PCB layout for publishing (osh), so very soon all will be available for free :)
Hi, sorry for my late reply :) Don't have it complete but I will give you what I have. Do you want to build the version with crystal oscillator or NAND gate?
![ทุกครั้งที่หลับตา (Lucid Dream) - AYLA's [ Official MV ]](http://i.ytimg.com/vi/4i1OBAQyv58/mqdefault.jpg)
Awesome! I can't wait for the schematics to build one myself! Great job Josip as always
Thank You very much :) I'm preparing schematics and PCB layout to make it public. I'm not a PCB designer so I need to learn all this stuff and that takes time, but I will try my best :)
That was one of the best videos I've seen in a long time, I really enjoyed it. Loved the way you came up with three different ways to get a clock signal to the chip and the one you decided on using (with the flop flop is great, I learned new stuff). You've made a new board with an old chip, my hat's off to you sir (even if left is right and right is left) ;) I'd love to see more stuff like this, thanks very much. One other thing, I think that a live stream for the second build and test is not a bad idea at all.
Thank You very much, Peter :) This build was really fun for me and I learned new stuff along the way as well. I will try to push this project a bit further yes...I need to prepare schematics and PCB layout for publishing (open source, free). I'm not a PCB designer so I need to learn all this stuff and that takes time :)
Great job! 👏👏👏
Thank you for watching! 😃
Amazing.. love the pong games 🏓. Simple but great gameplay. The speed option was crazy 🤪 cant believe you managed to hit one. Keep up the great work..
Thank you 👍 Yes that speed option is super crazy :) I need to make proper controllers for decent play. Cheers!
Great video, Josip! Great work building this game! Congrats! I haven't done much soldering so far, but this looks like a really cool starter project. I actually had a pong-console back in the 80's.
Thank You George :) Yes, I used all through-hole components so it should be an easy build. The only problem is that AY-3-8500 chips are hard to find these days... :(
Very cool. You need to build an arcade cabinet around one of them😁
Yes, That would be cool! Thank you for watching :)
Really enjoyed that, wonder if the crystal will show less "jitter" than the rc clock ? Blip..... blooop, superb
Thank You, Lee :) Yes, I will try a crystal oscillator next and It's should be a better solution for sure.
Awesome stuff mate .. If you edit the video and flip the screen the left and right will be correct on the pcb lol hahaha .... Suppose its a simple pin swop on the chip :) ... i wouldnt mind one myself :)
Thank You, Steve :) Ha ha, I should have flipped the screen :) yes, just swapping pins...
I'm preparing the PCB layout for publishing (osh), so very soon all will be available for free :)
Getting ready to do this build myself. Do you have a full shopping list?
Hi, sorry for my late reply :) Don't have it complete but I will give you what I have. Do you want to build the version with crystal oscillator or NAND gate?