It also makes the wire harder and more rigid at the same time due to a process called "work hardening". Used to do this with safety wire to make improvised tools
@@mayshack It's bad for some things but can also be useful. You can tell that the wire in this video got work hardened when it was spun with the drill. It wouldn't have made such a nice rigid structure otherwise. Main thing I used the technique for was to straighten and harden a piece of wire so I could use it as a depth gauge. I'd mark the depth on the wire with a fine sharpie and then measure after I pulled the wire out. This was only used to measure depths around 1 ft or less of areas where other tools wouldn't be able to get access. Definitely not something you'd use for high tolerance machining or anything
Awesome project. Just started Arduino, means a long road to go. Inspirations makes it easier to take the first step of 1.000 steps. Admire the work done!!!
@@codejunki567 oww okey bro, msybi ask again, what software that i need when i want to learn arduino? can i made a arduino project only with an inter i3 pc (4 GB RAM)?
@@tioa.p.1058 just install Arduino ide, watch some basic tutorials and you will get better with time. Your system config is good enough for beginner to intermediate level.
Instead of 1 LED at each node, use 3 so you can produce any color and program it to be a Rubic's cube with 3 knobs at the base to "rotate" the pieces and another set of 3 knobs "rotate" the entire cube at once.
It is tinned copper wire, can be bought from amazon for USA and from ebay (wirescouk) for Europe. I bought this one www.ebay.com/itm/TINNED-COPPER-FUSE-WIRE-FULL-RANGE-50grams/112028568439?ssPageName=STRK%3AMEBIDX%3AIT&var=410965112925&_trksid=p2057872.m2749.l2649
Cool idea and well executed. Looks fantastic! Only suggestion I would say is to make the array LED's easier to replace if needed and put a nice low reflectance glass frame around it to protect it from being dropped or bent. Super cool though. Definitely would requires patience to do it right like you did. Kudos~
I have to remind people that you should always cut component legs BEFORE soldering. The amount of force released during the cutting can weaken or damage the soldering and may affect the durability of end product. True story.
As long as you set the soldering Iron tip temperature at the right setting for the solder you are using, things will be good. When soldering, the faster you get the solder to flow properly the neater the job will end up.
And the next step is to have an input from a music program to simulate the frequency output levels. I think I’ve seen something like that also. Well done with the significant amount of thought and soldering.
Great work. Would be great to connect this up to a simple Neural Network and so you could visualise what's going on inside even part of the network: pathways lighting up, becoming brighter / stronger as the AI trained, etc.
It's entirely doable too, all you would really need to do is parse incoming audio data into different frequency ranges (easiest implementation is probably with a ADC) then in the software mapping the normalized (in respect to Vcc and ground vs. 1 and 0) amplitude of the signal within those frequency ranges into N groups of LEDs in the cube where N is the number of steps utilized by the ADC to digitalize the audio signal. The real fun starts when you try and implement RGB LEDS, then you have either 3 cathode lines and 1 anode (or the inverse depending on how you're driving the logic) running to each led. Literally endless soldering and heat-shrink O_O
A drill! A friggin' drill. WOW! Wish I thought of that 40 years ago. I give you a lot of credit bro. Problem is, I'm a perfectionist and that cube would be two years in the making.
@@dhanajon5528 not really he provided the schematics and source code, honestly the hardest parts would be testing each led, and the amount of patience required
@@dhanajon5528 you just called a 18 year old freshman a Boomer for commenting on a video relating to one of his hobbies, if I go big brain here I think you are the Boomer.
Harry,you are an inspiration. I have been inspired so much that I have started put my own channel. I really hope and now believe that I can provide good and unique content.
Very impressive. A thought occurred to me while watching. If during assembly the LED bodies were masked, once fully assembled the cube could be spray with matt black paint, to coat all of the silver wire. The main reason being that it would make the wire cage much less visible, and create a nicer illusion. A side benefit is that it would help prevent corrosion and tarnishing of the wire over time. Covering each LED with a little bit of masking tape wouldn't take much time - plucking all the masking tape off again would be a bit tedious and tricky however.
This video is awesome and u did great we all appreciate that , but the video was too fast to note every single detail in this project. I'm studying electrical engineering and it's my first year and i will be thankfull if u shared a more_detailed version of this project. Good job , u did a great effort.❤👏
I've just finished to buid it today, using your schema and code. I had to debug because there is a mistake on the transistors pinout (pins 1 and 2 inverted). Now it works perfectly, except that my decount is upside down I'm gonna have fun trying to modifiate the code. Thanks for the well documented project.
Wow. thats such a beaty. Just started learning electronics in my early 30's and started with arduino. I wish one day i could build that. Great work man :)
@@mohamedaminebenbouali2941 The Anode signals are implemented vertical and the cathode is common for each layer. Check the wiring diagram. Some other designs may be different
@@ffccardoso Wrong! There is a big difference between stereoscopic 3D and 3D. First, a stereopticon has two images that are SIDE BY SIDE or one ABOVE the other. The 3DS uses two images that are one BEHIND the other. Second, your eyes each see in 2D. In other words, the 3DS works exactly LIKE YOUR EYES. Idiot!
@@protoborg here we go again... internet discuss with a random rude dude... for your education, stereoscopic means that each eye will receive an different (2d) image. We only see 3d as an illusion... BUT, the real world is 3d, and the model that this guy made are 3d, too, because you can pick a ruler, and take measures of 3 dimensions... (x y z), in 3ds, or in polarized cinema, both are stereoscopic, two 2d images don't allow you to walk around the 3d image that you think you are seeing and take measures in all 3 dimensions, only in two! And that's enough.
Super awesome work! The one mode I'd add (aside from a music visualizer, which'd take extra hardware) would be a random X-Y "blinkenlights"-type display (where maybe 50% of the LEDs are lit up all the time, but a different 50% at each tick) to evoke old sci-fi "electronic brains" and such. Pretty dang cool how LEDs being diodes means you can wire them in parallel like that (correct?).
series parallel for addressing .... but yes as long as you pay attention to terminals go nuts ... just remember power loss and current drains do matter ... ;)
You could easily do that using something like the SparkFun Spectrum Shield... I recently bought one...its amazing. It would be a Spectrum Analyzer type visualizer.
I've included a part list in the description. Some can be bought from a local home improvement store. Others can be bought online. I bought mine from ebay and amazon. You might find cheaper prices elsewhere, it doesn't have to be from amazon nor ebay.
Uhm you can build it pretty cheaply. I've seen 1000-piece sets of LEDs out of China for well under $20 - you want extras, because many of those won't be same brightness as others, otherwise you could order from a good supplier and pay around $50 for an exact amount you need maybe with just a couple extras. You can use a cheap $3 clone for the Arduino. I think 10A(50W) supply is reaching a bit too far, you don't want to burn tens of watts of power on your LEDs, you're better off limiting the power and getting your normal 500mA (2.5W) or better power supply that you'd use on any old phone, and plugging that into the USB input of your Arduino. Furthermore i'd just light 8 LEDs at a time and use a bank of Johnson counters to strobe the LEDs, then you'll need no transistors at all. But using Johnson counters does kind of imply you need more brain power, as you need to have an interrupt routine driving the LEDs. With shift registers as done here, updating the LEDs can be done at a leisurely pace instead, and shift registers light them continuously with last state output. ATMEGA 328 that Arduino is based on will safely source or sink around 200mA total, so for 8 LEDs to be lit at a time, that's 25mA, let's say 20mA to be safe, so you need 82 Ohm current-limiting resistors for the LED forward voltage of 3.3V - check with LED product listing or the manufacturer and adjust current limiting accordingly. The total power dissipated on the LED array is thus around 0.7W. You could go higher power wise, then you need to re-introduce transistors - maybe 8x 2n7000, driving the negative pin of the LEDs. How far you want to go will depend on the power supply.
You sound like you have had years of experience working with electronics! For an undergrad EE like me, could you explain how you've stuffed the knowledge and intuition (which you appear to have based on your post) in your head??
Me? I don't know, i think i just know Ohm's Law that i throw at everything and most of the time, it suffices. Plus reading datasheets. And seeing how other people do things.
@@anibarukyouran1145 In Poland - where I live, I can find LED RGB for about 30 cents per each. Creating awesome object would need about 1000 or even 3000 of this LED's. Top tier idea would eat about 800 dollars :/ I can of course order led's from aliexpress and cut the price by half, but there is still a risk some of those wouldn't work at all so it's another waste of time and money :D That's why I would focus on local shops (and higher prices sadly). If I had to buy those diodes, I would choose them: botland.com.pl/pl/diody-led-rgb/543-dioda-led-5mm-rgb-wsp-anoda.html And, for dessert - I would waste a lot of time since I am begginer at electronics :D //EDIT: I found this set of 1000 blue LED's for about 200 złoty's which seems more reasonable than RGB's: botland.com.pl/pl/diody-led/8297-dioda-led-5mm-niebieska-1000szt.html so it's perfect for 10x10x10 cube.
![ARGENTINA vs. PERÚ [1-0] | RESUMEN | ELIMINATORIAS SUDAMERICANAS | FECHA 12](http://i.ytimg.com/vi/xtI25ENDDSY/mqdefault.jpg)
Even watching it made me exhausted. Can't imagine doing it. Nice project..
I thought my blinking LED was cool
☁️☁️☁️☁️☁️☁️
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☁️😁😄😂😄☁️
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Thats good enough because i dont even know what tf do i do so your probably more better than this as im still figuring out what to do
😂😂😂
Of course it’s cool! Everytime you make that again and again and again … (at least that’s how I feel when I build it again and again and again … 😅)
lol
This must have taken a lot of work and patience to complete! Great project!
What do you mean, it only took him 6 minutes and 45 seconds
@@ASNNetworks man like this aint a good joke
@@garemge i thought it was funny
@@synoxgames1207 thank you 😌
its really simple believe me
This is so cool. Could be used to simulate memory blocks for teaching purposes. I'd hook up a number pad and control buttons, it'd be awesome!
First 75 second take away that just shattered my life: I can straighten wires by spinning them using a hand drill! I have to try this.
⁶⁸⁸8
same exact thing I thot
It also makes the wire harder and more rigid at the same time due to a process called "work hardening". Used to do this with safety wire to make improvised tools
Yeah all wire builder vaper did that
@@mayshack It's bad for some things but can also be useful. You can tell that the wire in this video got work hardened when it was spun with the drill. It wouldn't have made such a nice rigid structure otherwise. Main thing I used the technique for was to straighten and harden a piece of wire so I could use it as a depth gauge. I'd mark the depth on the wire with a fine sharpie and then measure after I pulled the wire out. This was only used to measure depths around 1 ft or less of areas where other tools wouldn't be able to get access. Definitely not something you'd use for high tolerance machining or anything
I like how you used binder clips to hold wire at consistent height. Clever!
I'm glad im not the only person to notice and appreciate this move :D
Juqiiiioioo o wa,,l d
Yup. This is a very clever and skilled tech here. Hands like his make the world go around.
It would be perfect if u record with the room's light off
Was just about to comment this
i cant believe he didnt do one shot in the dark
Savage Joel
this is why comment section are useful
...yup.
Awesome project. Just started Arduino, means a long road to go. Inspirations makes it easier to take the first step of 1.000 steps. Admire the work done!!!
may i ask bro, where did you start to learn arduino? could you give me some plaec to learn about arduino free?
@@tioa.p.1058 Here, on youtube
@@codejunki567 oww okey bro, msybi ask again, what software that i need when i want to learn arduino? can i made a arduino project only with an inter i3 pc (4 GB RAM)?
@@tioa.p.1058 just install Arduino ide, watch some basic tutorials and you will get better with time. Your system config is good enough for beginner to intermediate level.
@@tioa.p.1058 your system is more than enough. Just get started.
That is so cool, great idea but I must admit I don’t have the patience to solder all those leds together 😁
Me too haha
Same here lol
Meanwhile, I feel like I need to make this to improve my soldering skills haha
@abdul bari You can try it with your wife or husband
My father and me make this
Instead of 1 LED at each node, use 3 so you can produce any color and program it to be a Rubic's cube with 3 knobs at the base to "rotate" the pieces and another set of 3 knobs "rotate" the entire cube at once.
Or use RGB LEDs
@@TopThreePlayz Not a bad idea, but 2 problems: they are 3 times the price, and there are 4 leads. Not to say it couldn't be done but......
@@robertdewar1752 it would probably be more expensive to purchase 1536 single colour LEDs than 512 RGB LEDs.
That drill motor wire straightening technique is a new one for me ;) Awesome video--thanks!
Do you, by any chance know that kinda wire that is? Can't find it :/
It is tinned copper wire, can be bought from amazon for USA and from ebay (wirescouk) for Europe. I bought this one www.ebay.com/itm/TINNED-COPPER-FUSE-WIRE-FULL-RANGE-50grams/112028568439?ssPageName=STRK%3AMEBIDX%3AIT&var=410965112925&_trksid=p2057872.m2749.l2649
Normaly used by coil builders 😁
Steve Lawson হহহহহকগগগগগড়ড়গগ৯
but when you try to sraighten several pieces of wire, just do several feets at once THEN cut it to lenght ;)
Same exact design a few of us came up with in shop in highschool. I love to see that we weren't the only ones who thought of this. Awesome build!
I also built one in high school but also incorporated a 1-400 picofarad electrolytic variable capacitor for additional effects
Wow ! How difficult would it had been for you to think about the connections from scratch and program to execute the result which is incredible !
Respect, dude! This is like knitting for geeks. I didn't even have the patience to watch the entire video.
Imagine getring this leds casted in some transparent resin or semi transparent one. That would make a cool desktop lamp
And use a lower profile LED so in the resin it's almost transparent.
@Joshua Beattie seriously? Pls upload it somewhere
@Joshua Beattie could you record the lamp in action? That would be very intresting to see
@Joshua Beattie I need to see that please
@Joshua Beattie post it on youtube. It should be fine
Cool idea and well executed. Looks fantastic! Only suggestion I would say is to make the array LED's easier to replace if needed and put a nice low reflectance glass frame around it to protect it from being dropped or bent. Super cool though. Definitely would requires patience to do it right like you did. Kudos~
That is freaking mesmerizing to watch!
Now I want to build one!
me too
Same
Would be fun to build this with RGB LEDs and make a 3D Pong game or 3D Snake or something like that...
"fun"
3D chess.
Very difficult to do with RGB LEDs.
Here the 3d Snake game.
ruclips.net/video/ZdCrrTpk2BU/видео.html
@@Sam-hv8zr 4D chess
I did a project for school 3 years ago based on this video, and now I found it again, so nostalgic view it again
Could you give me codes please??I beg you
Did you get an A?
Dude, I am studying your schematic for 1 hour and I already see you are a genius, great work and determination!
I just took a look at it too and it's pretty insane. I need to see what the 74HC595 boards do.
I have to remind people that you should always cut component legs BEFORE soldering. The amount of force released during the cutting can weaken or damage the soldering and may affect the durability of end product. True story.
polish gypsies ya know HA HA !
3:05 - One layer of LEDs
3:06 - Entire thing is built
So much for gaining any soldering insights from this video.
K
Yes finally
What did you expect? THIS video is free... (if you send bitcoin you will get the video to learn how to Solder)
As long as you set the soldering Iron tip temperature at the right setting for the solder you are using, things will be good. When soldering, the faster you get the solder to flow properly the neater the job will end up.
Mirror+ dark room=perfection🔥
Man, this would be a great project for someone just starting out who wants to practice their soldering.
8*8*8=512 that's a lot of LEDs
wait for 16*16*16
Sale the light bro
lmao 🤣 I want the light in this diwali
@Joshua Beattie No, * is multiply
*_IT COST 1024 RUPEES AND IN US DOLLAR $13.84_*
And the next step is to have an input from a music program to simulate the frequency output levels. I think I’ve seen something like that also. Well done with the significant amount of thought and soldering.
you should program the leds to display a clock. That would be cool on a night stand or something!
This is a lot of work bro. Digital clock with this idea would be great.
i'm gonna build one and this is gonna be hard
thanks for the idea
@@samuelleclerc9395 you welcome bro. And keep it up with your work bro.
Great work. Would be great to connect this up to a simple Neural Network and so you could visualise what's going on inside even part of the network: pathways lighting up, becoming brighter / stronger as the AI trained, etc.
Should humanity be afraid?
genius idea, this might be a bit to hard with the thousands, more like millions of connection, but computer could render that
Looks great.That would also be cool for a sound system equalizer display.
It's entirely doable too, all you would really need to do is parse incoming audio data into different frequency ranges (easiest implementation is probably with a ADC) then in the software mapping the normalized (in respect to Vcc and ground vs. 1 and 0) amplitude of the signal within those frequency ranges into N groups of LEDs in the cube where N is the number of steps utilized by the ADC to digitalize the audio signal. The real fun starts when you try and implement RGB LEDS, then you have either 3 cathode lines and 1 anode (or the inverse depending on how you're driving the logic) running to each led. Literally endless soldering and heat-shrink O_O
@@sebtron1994 Excellent, I'll take 2 please. :D
Now i understood how much very difficult to do the 8x8x8 LED CUBE. I appreciate your patience and work. Have a good day brother.
this video makes me relaxed, it's so fun to watch people doing something complicated ☺
Thank you for the great video.
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@@narandramethil1212 66
Your English is too bad
...
...
Slowly it's a joke
Now i wanna go buy this stuff and try to put it together with literaly no electrical engenering training.
Thanks mang
LOL!
Just make sure you have the LEDs the right way, they have a positive and negative, and it would really stink to have 200 facing the wrong way :)
Quand l'art s'associe à la technologie et qu'on maîtrise les deux, on atteints le paroxysme. Tout simplement bravo pour ce moment de grâce.
I'd love to see a tutorial on how to do this, but with a music visualizer built in.
A drill! A friggin' drill. WOW!
Wish I thought of that 40 years ago.
I give you a lot of credit bro.
Problem is, I'm a perfectionist and that cube would be two years in the making.
Real 3D television in the making right here. Make the frame transparent, introduce almost transparent RGB LEDs at a greater density.
Nice idea. How do you record media for it? Lots of cameras? 360 degree cameras?
Or computer generated scenes and people with voiceovers?
I’d imagine the 3D TV would need a pretty great cooling system too with all those LEDs grouped together
@@jaredschroeder just like 4k displays came before 4k recording but this display tech might need much sophisticated setup
Samyukth Rathod yeah for sure. Considering how advanced computer generation is now it would seem like the easier and cheaper way to go
Samyukth Rathod and how human CGI is getter better and better
Just finished and tested mine right now...am so happy... it took alot of patience and precision. 5 days...most of the work is in the circuit wiring
That’s the coolest nightlight ever and if a had the knowledge to do this I would
Learn it
@@Justin-vx7iu easier said than done
@@dhanajon5528 not really he provided the schematics and source code, honestly the hardest parts would be testing each led, and the amount of patience required
@@loomer2162 ok boomer
@@dhanajon5528 you just called a 18 year old freshman a Boomer for commenting on a video relating to one of his hobbies, if I go big brain here I think you are the Boomer.
Meu Deus que monstro da eletrônica! Excelente!
after years of watching videos, this is one of the very best!
Harry,you are an inspiration. I have been inspired so much that I have started put my own channel. I really hope and now believe that I can provide good and unique content.
This is a masterpiece. It could also work as a school project but it would be too difficult I guess
Men, no solo es armar y ya, tienes que programar eso
Took hundreds of leds, many soldering hours and a lot of patience, but it worth 👍
You make it look so easy!
Yes it looks easy, so I also build it and it didn't work ;-)
GermanRC tutorials Whats up with all the winky faces in your comments
This is the most difficult cube kit 12x12x12 ruclips.net/video/d7gui5lpseg/видео.html
Very impressive. A thought occurred to me while watching. If during assembly the LED bodies were masked, once fully assembled the cube could be spray with matt black paint, to coat all of the silver wire. The main reason being that it would make the wire cage much less visible, and create a nicer illusion. A side benefit is that it would help prevent corrosion and tarnishing of the wire over time. Covering each LED with a little bit of masking tape wouldn't take much time - plucking all the masking tape off again would be a bit tedious and tricky however.
When I saw the numbers scrolling by,I realized you could probably make a really cool 3D digital clock with similar principles.
This video is awesome and u did great we all appreciate that , but the video was too fast to note every single detail in this project.
I'm studying electrical engineering and it's my first year and i will be thankfull if u shared a more_detailed version of this project.
Good job , u did a great effort.❤👏
github.com/itsharryle/LED_CUBE
It would have looked like magic if you showed lighting in dark room
AP ne bana ky deka bhi
Dude must have the patience of a Saint. Awesome dedication, bro!
This is a f'ing awesome project that i will have no, even a sliver of, intention to do ever! But feels good to watch, nice.
Imagine the detail this could have with 10M lights
Good job
@HereForChess it’s called a high definition flat screen TV 🤪
thinking 3d@@nelly1552
@@nelly1552 dead😂😂😂😂😂😂😂
Smart as me: you lost me at testing the leds
Tech me: I’m building one as soon as I find the time. Very cool
I've just finished to buid it today, using your schema and code. I had to debug because there is a mistake on the transistors pinout (pins 1 and 2 inverted). Now it works perfectly, except that my decount is upside down I'm gonna have fun trying to modifiate the code. Thanks for the well documented project.
Can you tell me where I get the materials I use please?
Me: Attempts and successfully finishes making this cube
Rubiks cube which has been left unsolved for 12 years :Am I a joke to you?
Can you guide me about what this man used instead of arduino uno and leds
Rubik's cube is very simple actually of you take the help of RUclips. But if you want to solve it by yourself without any guidance then good luck.
I learned to solve a rubiks cube in 3 days. There are vids on RUclips for that... Hahahaha
@@mohammadwaleed4037 check discribsion box
And now add sound, display face and let it say "My Logic Is Undeniable"
My goodness😍😍😍 I love when stuff like this gets recommended to me :) thanks algorithm
i am mesmerized and amazed as to how people do this, I have no patience for this at all.
Dude, Thats sick! Well done!
Finally it would need a acrylic or glass cube for protection
Congratulations, may God continue to give you wisdom more and more.
Wow. thats such a beaty. Just started learning electronics in my early 30's and started with arduino. I wish one day i could build that. Great work man :)
WOW !!! That is the best I have seen yet. You are amazing !!! Great Job, wild imagination !!!
you skipped the vertical integration step, the most needed thought.
what do you mean, all layers have a single common anode and the kathodes at the bottom of the stand all connect to 8 bit registers
@@mohamedaminebenbouali2941 The Anode signals are implemented vertical and the cathode is common for each layer. Check the wiring diagram. Some other designs may be different
the only way you can have true 3d videogames
No they're on a 2d screen
Nope. The 3DS has true 3D.
@@protoborg wrong! 3ds has a stereoscopic 2d! Two screens in 2d, only make the illusion of 3d...
@@ffccardoso Wrong! There is a big difference between stereoscopic 3D and 3D. First, a stereopticon has two images that are SIDE BY SIDE or one ABOVE the other. The 3DS uses two images that are one BEHIND the other. Second, your eyes each see in 2D. In other words, the 3DS works exactly LIKE YOUR EYES. Idiot!
@@protoborg here we go again... internet discuss with a random rude dude...
for your education, stereoscopic means that each eye will receive an different (2d) image.
We only see 3d as an illusion... BUT, the real world is 3d, and the model that this guy made are 3d, too, because you can pick a ruler, and take measures of 3 dimensions... (x y z), in 3ds, or in polarized cinema, both are stereoscopic, two 2d images don't allow you to walk around the 3d image that you think you are seeing and take measures in all 3 dimensions, only in two!
And that's enough.
The scatter effect is awesome 👏🏼
If people ask why we need a framework in programming, ask them to watch this.
Super awesome work! The one mode I'd add (aside from a music visualizer, which'd take extra hardware) would be a random X-Y "blinkenlights"-type display (where maybe 50% of the LEDs are lit up all the time, but a different 50% at each tick) to evoke old sci-fi "electronic brains" and such. Pretty dang cool how LEDs being diodes means you can wire them in parallel like that (correct?).
series parallel for addressing .... but yes as long as you pay attention to terminals go nuts ... just remember power loss and current drains do matter ... ;)
You could easily do that using something like the SparkFun Spectrum Shield... I recently bought one...its amazing. It would be a Spectrum Analyzer type visualizer.
It would be cool if the LED matrix was denser and then you programmed it to display a 3D waveform along with whatever you music you play
The waveform would actually be pretty hard to program, as you obviously need to use C and compile that to the arduino.
Also, the LED cube is already composed by 512 LEDs as an 8x8x8, wanna see you solder all that additional stuff you want on.
Great Job. So much teaching material and a nice edited video!
Although i watched, i don't know how to make it, 😂
Is super easy if you learn Arduino
Expect the connecting the leds part
Half work is made by Arduino, the other half is made by some microcontrollers
Это плагиат у нашего ютубера
P
But... can it run crisis
Lol hahaha
What's that music 1 and 2 ??? ♥❤💙
justin van der werf the fuck
But... does it DJent?
It runs Half life 3 maxed out.
Es sieht einfach nur nice aus Respekt für die Arbeit
Patience level :- Infinity ... 👍
If you cast this in a cube of blue metallic resin, you'd basically have a badass Tesserac cube a la Avengers.
I would not mind staring at that cube for 5 hours
Hats off ... Very complicated circuit
Those numbers at the end were really cool
Look like magic if you showed lighting in dark room, good, Thanks for share.
The music made me feel like i was stuck in a Persona game...
A project I'm never gonna make
Serious wiring skills mate fair play to you
OH MY GOD U ACTUALLY SOLDERED ALL OF THEM
NUTS
XD rip back
If you put a infinite mirror behind the cube... Wow. OmG!
Could you make a purchasing list and links to where you bought the components please, would be appreciated
Cheers
I've included a part list in the description. Some can be bought from a local home improvement store. Others can be bought online. I bought mine from ebay and amazon. You might find cheaper prices elsewhere, it doesn't have to be from amazon nor ebay.
We Juvtmall provide PCB prototyping , PCBA services and some other electronic components.
If you are interested in ,please click:www.juvtmall.com
Cheers, could you also give an estimate on how many metres of 20AWG wire Is required, Thanks
You'll need at least 35 meters
James Bishop
We're Chinese throughholeLED manufacturer. we have all colors 3,5,8,10mm led diode.
Gorgeous. LED On-Off Patters are really different. Thanks.
Additional Exercise: now program the Game "Snake" on it.
that would be cool
Holy fuck
Man it would suck if you plugged it in and the LED in the very middle was not working.
that's why you test them everytime
Parabéns pela paciência e persistência!!!
to make this we need many more patience you did a great job final output is extra ordinary
This could be a cool teaching tool to graph 3d functions.
Melvin Cancino matlab is a 2d projection of a 3d space which can be confusing for some. Having it in actual 3d space could be very useful
That would be a really nice way to make them easier to really understand
ok he need 512 led for makeing this
514 if you count the red and green ones
1 DMX Universe
QUICK MATHS!
10,28 A
Nope, he need check all 512 led
amazing but too hard for my small barin + too expensive for my wallet
EmEL Dżi bloody cheap shit
Baidik Ghosh around 70-100$
Uhm you can build it pretty cheaply. I've seen 1000-piece sets of LEDs out of China for well under $20 - you want extras, because many of those won't be same brightness as others, otherwise you could order from a good supplier and pay around $50 for an exact amount you need maybe with just a couple extras. You can use a cheap $3 clone for the Arduino. I think 10A(50W) supply is reaching a bit too far, you don't want to burn tens of watts of power on your LEDs, you're better off limiting the power and getting your normal 500mA (2.5W) or better power supply that you'd use on any old phone, and plugging that into the USB input of your Arduino. Furthermore i'd just light 8 LEDs at a time and use a bank of Johnson counters to strobe the LEDs, then you'll need no transistors at all.
But using Johnson counters does kind of imply you need more brain power, as you need to have an interrupt routine driving the LEDs. With shift registers as done here, updating the LEDs can be done at a leisurely pace instead, and shift registers light them continuously with last state output.
ATMEGA 328 that Arduino is based on will safely source or sink around 200mA total, so for 8 LEDs to be lit at a time, that's 25mA, let's say 20mA to be safe, so you need 82 Ohm current-limiting resistors for the LED forward voltage of 3.3V - check with LED product listing or the manufacturer and adjust current limiting accordingly. The total power dissipated on the LED array is thus around 0.7W.
You could go higher power wise, then you need to re-introduce transistors - maybe 8x 2n7000, driving the negative pin of the LEDs. How far you want to go will depend on the power supply.
You sound like you have had years of experience working with electronics! For an undergrad EE like me, could you explain how you've stuffed the knowledge and intuition (which you appear to have based on your post) in your head??
Me? I don't know, i think i just know Ohm's Law that i throw at everything and most of the time, it suffices. Plus reading datasheets. And seeing how other people do things.
This man really just dropped this gem and dipped
Only thing missing is tinted glass to make the connection pieces oblivious to the eye
Cool project, but it's quite expensive. Honestly, I'd love to see it's RGB version :D (I know, madness is my second name)
How much do you would need?
@@anibarukyouran1145 In Poland - where I live, I can find LED RGB for about 30 cents per each. Creating awesome object would need about 1000 or even 3000 of this LED's. Top tier idea would eat about 800 dollars :/ I can of course order led's from aliexpress and cut the price by half, but there is still a risk some of those wouldn't work at all so it's another waste of time and money :D That's why I would focus on local shops (and higher prices sadly). If I had to buy those diodes, I would choose them: botland.com.pl/pl/diody-led-rgb/543-dioda-led-5mm-rgb-wsp-anoda.html
And, for dessert - I would waste a lot of time since I am begginer at electronics :D
//EDIT:
I found this set of 1000 blue LED's for about 200 złoty's which seems more reasonable than RGB's: botland.com.pl/pl/diody-led/8297-dioda-led-5mm-niebieska-1000szt.html so it's perfect for 10x10x10 cube.
@@balcer7 check aliexpress, it costs 30 cents per lot :)
lets see a video about how you clean the dust on that thing one month later
Yup, not a big deal to clean this thing
Thanks! I build my own 6x6x6 but it ended up looking a bit sloppy. I'll be using what I saw here to build a cleaner version, thanks for the upload!
Imagine a 3d snake game on this now
well.. why not :D
I was about to comment on thay.