There are two other main ways of hexadecimal redstone wires: a wire of 8 (up to 9) blocks per tick and a wire of 16 blocks per tick. The first just has 15 repeaters, a comparator and possibly two targets. The second one is a octary wire, but is works for hexadecimal when adding a second wire. It works on the same way, but the system is designed in such a way that 16 blocks per tick can be achieved. It only uses repeaters and dust
This looks fun, gonna have to join the discord. 😁 I’ve only built a 4 bit binary computer a few years ago, though I’m getting back into redstone computers.
@@submissivepeanutbutter4030 yeah that’s the guy! I added a 7 segment display and more programs to choose from. I lost the world when my laptop logic board went kaput though..
Nice expanation of basic signal strength wires! But if you are going a long distance there actually is a faster design. If you place two 15 block long redstone lines 1 block appart and put a repeater facing from one to the other at every position, then the last dust of the second line will have the signal stength put into the first dust of the first line. The method is less compact (requiering 3 blocks of width not 1) and the data can't be tapped along the way but it is FAST being able to send a signal stength signal 15 blocks (and 2 to the side) in 1 redstone tick.
me seeing one video drops the phone pick it up and you just met jumbo with your 5 milloin subs) it seems like i am in a program what kind of program realizing i am in calebtristan5000' s program) i am in the matrix
This works for binary computers but hex has 16 values to store (we use signals 0-15 for this) so we have to preserve the signal strength. Repeaters and long redstone lines would (usually) make this impossible
@@ryanrichter357 This makes it more confusing, how would a row of repeaters preserve the strength is the strenght gets reset everytime theres a repeaterr
@@Yeppsm There is a circuit that uses repeaters, dust, and the distance the signal has to travel to preserve the signal strength. I can't seem to find a video explaining it but you have a line of 15 redstone dust, 15 repeaters along side that dust pointing into 15 more redstone dust. Then if you place your input on the first line and output on the opposite end of the second line of dust, you will get the same signal strength.
This was beautiful
2012 : Sugar cane, pillar, sugar cane, brick wall.
2021 : Block, comparator, block, redstone.
Dang. I was super young then.. “please don’t turn that into a song”.
śúgár ćáńé
just discovered your channel from matt's discord server, really love it :)
Your channel's gonna blow up, great content
There are two other main ways of hexadecimal redstone wires: a wire of 8 (up to 9) blocks per tick and a wire of 16 blocks per tick. The first just has 15 repeaters, a comparator and possibly two targets.
The second one is a octary wire, but is works for hexadecimal when adding a second wire. It works on the same way, but the system is designed in such a way that 16 blocks per tick can be achieved. It only uses repeaters and dust
Compartor, block, dust, block *beatbox kicks in*
Keep making these their interesting!
Good job man 👍
Keep making these, their interesting!
This looks fun, gonna have to join the discord. 😁 I’ve only built a 4 bit binary computer a few years ago, though I’m getting back into redstone computers.
Did you follow bennyscubes tutorial?
@@submissivepeanutbutter4030 yeah that’s the guy! I added a 7 segment display and more programs to choose from. I lost the world when my laptop logic board went kaput though..
OMG yes. This. This is why I love the internet. Keep this going! and please finish it this cannot be like meloneusc
I have no plans on stopping!
Imagine if people invented redstone internet in minecraft XD
@@therealloganyt237 Because sculk sensors use sound to communicate across long distances, they already have.
@@andrewpinedo1883 , Aha… VERY LONG distances 🥺🥲
Nice expanation of basic signal strength wires!
But if you are going a long distance there actually is a faster design.
If you place two 15 block long redstone lines 1 block appart and put a repeater facing from one to the other at every position, then the last dust of the second line will have the signal stength put into the first dust of the first line. The method is less compact (requiering 3 blocks of width not 1) and the data can't be tapped along the way but it is FAST being able to send a signal stength signal 15 blocks (and 2 to the side) in 1 redstone tick.
Send me a screenshot pls. Impostor#0742
@@noname-codm4590 sure thing!
I sent you a friend request.
wait will these work on java? because java and bedrock redstone is a little different
The wires? Yes, they are cross platform.
very nice vid :O
Epic video!
yes! i was waiting so much
I feel that the second one is the best because of the flexibility
Make a tutorial about how to make tutorials lol
XD
Noted lol
me seeing one video drops the phone pick it up and you just met jumbo with your 5 milloin subs) it seems like i am in a program what kind of program realizing i am in calebtristan5000'
s program) i am in the matrix
Why can’t you just place down a row of redstone dust (with occasional repeaters)? That will take 0 seconds to travel 10 blocks
This works for binary computers but hex has 16 values to store (we use signals 0-15 for this) so we have to preserve the signal strength. Repeaters and long redstone lines would (usually) make this impossible
@@ryanrichter357 This makes it more confusing, how would a row of repeaters preserve the strength is the strenght gets reset everytime theres a repeaterr
@@Yeppsm There is a circuit that uses repeaters, dust, and the distance the signal has to travel to preserve the signal strength. I can't seem to find a video explaining it but you have a line of 15 redstone dust, 15 repeaters along side that dust pointing into 15 more redstone dust. Then if you place your input on the first line and output on the opposite end of the second line of dust, you will get the same signal strength.
@@ryanrichter357 I'm still confused, I guess i'll understand once i learn more about Redstone
@@Yeppsm Probably. Its hard to explain with words which is why i looked for a video to give you a link to.
does this work on java?
yes
Вопрос:
Было 3 козы, сколько?
I’m sorry, I don’t speak Russian. I used Google translate, but I’m still confused.
Pickle :)
Cucumber
Can I have a shoutout
(••o) / Yoo!))