Відео

I think charging more for the game is a good call, especially since most people only buy stuff on sale.

Like if you found the hamster

He is on a roll... keep rolling... Great work.

This thing is pretty cool. I love tiny low powered computers so this was pretty cool.

Could probably adapt the PICO-56 hardware to run this. It only has 12bit VGA, but includes SDCard support, PS/2 keyboard (though USB is great too) and PWM audio out.

Your code worked! Be pulling my hair out chat gpt recently 😂

Lovely! I was about to suggest to use a RP2350 instead of the outdated RP2040 which has more RAM and can do floating point operations more smoothly, then I saw you are already developing a custom board with RP2350b. Just for the case will you try using the RISC-V cores?

I suggest a name for the sponsoring superhero, Culattron

how about support for small LCD display?

Back in the late 80s, I used to program VGA on 330x200 in 8bits with a similarly indexed palette, which meant 3 bytes per colour but 1 byte per pixel and only 64,000 bytes per screen, which happened to fit inside of a "segment" (65536 bytes addressable by 16-bit offsets). At the time, 16MHz was considered a very decent speed, while nowadays it's the speed of an Arduino (I push my Arduinos to a whooping 20MHz, but that's another story involving crystal change and reprogramming the fuses). I guess you don't have such constraints in memory organisation any longer, the datapath being 32-bit wide on RP2040. I still wonder how you could bring 133MHz to 250MHz without severe data losses... How many Picos do you intend to put on your circuit? You seem to be very concerned by price and by the number of I/O pins (it's *never* enough!), how about embracing it and use "swarms" of specialised units for sound, video, storage, network, etc. instead of killing 15 pins of your Pico in VGA output? Deporting the video to a specialised subsystem (e.g. based on an ATMega8 and some SPI-controlled RAM) could improve your resolution, the stability and... save 14 pins on your Pico. Even, by implementing a bus, you could design a "pluggable" system (similar to I2C or CANBus) where adding a feature would "simply" be adding a subsystem on a line: sound generation and video are mostly about wasting (the right amount of) time, that's not something you want to use your CPU for, it's even worse when coming to networking (which is very greedy in CPU if you don't deport it). From what I saw with Ben Eater's videos about it, USB is a mess, but you already saw that (black screen) and storage... Good luck.

Nice project. Please put schematic on your github. Where is your keyboard connected? VGA is clear from your video. 👍👍👍

Inspiring video.

compuder go brrrrrrrrrrrr

Link to the just created Cluatron Server: discord.gg/K9wbVfXu4f

i think this is 10 people lol

I2S is a great idea, go with it. The sound will be superior to PWM implementations. And you can get cheap i2s audio amplifier ICs on a tiny PCB for peanuts.

Im thinking about doing a similar kind of thing. My planned tactic for screen buffer is just to rely on the relatively fast processor and generate everything a scan line at a time. For text you essentially wouldnt need a frame buffer and for general graphics modes you could just swa out palattes on the fly. Unfortunately the combination of features of the dma and pio make it difficult to do much more than run length encoding without involving the processor. Ps is your analog output just from a resistor ladder?

Fantastic! 4x4 font reminded me old 8-bit ZX Spectrum clone from my country called Elwro Junior 800 - it has such mode too ;)

the music is awesome

Спасибо, отличный контент.

Too bad you don't have 256 colors, just need some more memory for it, I see your point; but who knows for the future.

Why is everybody always stealing my ideas 😢

btw you should make a tutorial on how to compile the cluatron software and i am having trouble

you should use the rpi pico 2 it is faster

AYO this speaks to my heart. I’ve wanted to make this exact idea for so long and someone finally did it :) great work!

Broer kwist dat dit een banger video ging zijn wnr k die zag in mn feed

Nice

My man is een genie

your voice sounds like voice before random typing in a mechanical keyboard starts. anyways keep posting staff :<}

How much money did this cost

Like this comment if you have found the hamster

Lekker bezig

:-) FIRST HAHAH (yes) Very nice video, I am going to share this with some hacker friends. Good Work!!

I love the smell of that video

mythical shorts pull

>DAC >16 khz samples being downmixed to 10khz

Peak gaming

What the fuck is wrong with u

what the hell is he saying? It occurs to me that...what if you learn to speak first, ape?

The Netherlands, we Just had members of Burning Witches come through to Play a Live show, What are using to create games ?

How can I get the easy access files that you have of the ssh and wifi?

Can I probe the pins 18 and 12?

How to connect mic with it ?

Instead you can go for Bluetooth option for streaming audio. But i would not recommend for rpi zero 2 w as it has low processing power.

Hello fellow dutchie

Thumbs up

can i use it without the audio filter

It appears to me that in latest releases the only audio outputs that work for Zero 2 W is GPIO18....I had to use these commands in config.txt dtparam=audio=on dtoverlay=audremap,enable_jack dtoverlay=pwm-2chan,pin=18,func=2

Thanks for video, how did you calculate the values of the resistors and capacistors

Nice job!!