I just wanna say, please keep making this type of content. I learned how certain concepts work because of your vids. Never be discouraged by low numbers or anything, I know you'll blow up big one day. Just keep doing what you do best

I always love those moments when it finally makes click and I understand another piece of redstone.

You do such a good job of making complicated red stone seem simple. Thanks!

Basically each light is the output of an and gate, that's surprisingly easy to understand actually.

I've been looking for something like this for a redstone project I've been working on! the best I could come up with was a huuuuuge mess of repeaters and comparators that basically locked each line sequentially (it's kinda difficult to explain haha). this way is so much more compact, it's great!

I really want to thank you for doing this Redstone contraption series. Please don't give up on it. I know mumbo jumbo made a Redstone dictionary but it lacked some Redstone components so please continue doing this series. I want to learn them all. It's an enjoyable series. Thank you.

Just would like to add that decoders, apart from computational redstone, would be usefull if you need more than 15/16 (if you include the zero) possible combinations. But very nice video :D

This is genuinly simple, thank you so much for that kind of content

Ah cool! Would it be fair to describe the redcoder as a compact, tileable XOR gate that compares the signal strength with the signal strength minus one?

Cant believe he didn't unalive the wandering trader

Tbh, I’d love to see more videos like this! They are really helping me understand redstone! Keep up the great work!

Your series are very useful! you are underrated

Red coder is just a thing used by hexadecimal gangs

Thank you dearly, I learned how to make these before target blocks but revisiting redstone now with them seems so much easier As always I am immediately sending this to my clueless friend :>

How do I turn on the lights? Yes.

Great video, please don't stop making these

Really useful to know, thank you for the video. Very specific but well explained and very interesting.

Really nice video :)

Neat simplifying this! I made some model of this a couple years ago to make a lectern based shop, (I improved the design since the video but it still isn't this small, lol) I used two tracks with pistons more with mine!

Mr. Trader wants to do a redstone startup, that's why he is so curious in the vid :v

Seeing this in action has restored my hopes that I will fully understand how Serial Data transfer works. Then I look at the Shift Register I built from a tutorial and still don't get why my repeater timings are always different from the video...

AFAIK you can basically think of redcoders as a series of xor gates that are being sequentially inputted, with one of the being a single power level weaker than the other

unbelievable yet another banger he can't keep getting away with this

I really like the example use cases!

When i was building my redcoder i used comperator on subtract mode and it take 4 tick with item frame and 3 tick with lectern

The music goes hard

great video! im stealing that black box representation. thats genius

Excellent!! 😁

vid good

Two things: one I tried it and it doesn’t work in bedrock is there a way to make it work and 2 how do target blocks in redstone work?

Quick comment here, very good vvideo as usual, dont stop ur killing it

this series is also good for those in EET courses lol. and can give a minor edge in class 🙃

Cool, I was always wondering how those worked

What the heck is a redcoder, me after watching this video, Me talking facts to freinds 3hours later done

thank you for making about this, i will use it in escape rooms (:

i liked your video but i didnt understand what the target blocks are doing so if you can make a video about target blocks in redstone i will apricieate it

If anyone's still wondering what a decoder is, in electronics it's a circuit designed to "decode" numbers from a compact form into something simple for a computer to use (in certain situations). You just give it a number, like 2, and it turns on output #2 and turns off everything else. It has applications in CPUs for determining which instruction to run, and in RAM or ROM deciding where in memory to read/write. Why is it called a decoder though? Because it's a waaay easier name to use than multiplexer. (Still, it's kinda cool tho)

😐

most people/redstoners probably already knew this