@@houghwhite411yes but building on this work and replacing it with a modern part or scavenged sensors from old cameras is less work than starting from scratch. Nice project !
@@gordon1201 Without a datasheet it will be extremely hard reverse engineering. But I think the data sheets are out there for at least some sensors, even if some might be in a grey area to get. Either way, this is probably out of reach for my skills, I‘m a software dev by trade and only a hobbyist in electronics. It would probably take me thousands of hours (and lots of money) to learn the necessary skills and actually do it. I only have a 200Mhz oscilloscope for a start…
@@houghwhite411 My opinion is that it would be easier to talk ANDANTA (or another "smaller" company) into releasing a data sheet, especially if the people from Apertus AXIOM (an open source cinema camera) join forces to talk to the company, especially since they have connections with the magiclantern guys. Imagine a 16k x 9k - 144MP sensor (it doesn't hurt to dream) in the AXIOM Cinema, and smaller 4k or 8k sensors for projects like this.
This is INCREDIBLE. The fact that you've practically done this on your own is astonishing! This video restores a faith in human's ingenuity. Well done indeed! 👍
as a photographer and an engineer this is such a crazy video to watch and get excited about. my non stem friends think i am nerd for sending them these videos ;)
These kind of projects retain my faith in humanity. It is insane, complex, almost pointless even, and yet the joy you get from it, not to mention the pleasure we get from viewing it, makes it all worth while. Just brilliant! Thank you.
Oh my god, each little mechanical piece must've taken weeks to design, and many iterations. And then there's the FPGA processor and its circuit board, probably a few months and lots of money on just that thing. And then there's the software. Also probably another few months on just that. In total this is easily several years worth of work, spanning many different technical domains! This is one of the most serious and dedicated hobby projects I've ever seen! Well done!
Dude this is so unbelievably cool, I didn't even know you could buy CCD sensors just ready to drop in to projects. Really can't wait to see where you go with this!
I'm fascinated by FOS hardware projects of this level of complexity and quality! This should be praised, because it will make our world better! And try maybe to change license to AGPL, so your contribution to the humanity won't be rigged by anyone!
This thing probably cost in the realms of a Hasselblad seeing the use of expensive FPGAs, the sensors, the custom BGA boards with controlled impedance and ENIG whose fabrication costs probably alone go into thousands, PCBA dual sided for 3 boards. Forget Hasselblad, this project probably cost more than that. People would peobably actually buy a Hasselblad when they see the price of this prototype. It's probably more like a muscle car tuning project for electrical engineers where they splurge their money over the weekends rather than commercializing it.
Awesome project ! I hope this will be the start for an entire community building DIY cameras and DIY firmwares. Either for refurbishing old cameras, building special purpose cameras or just to pressure vendors on opening up their software and hardware. Monumental work!
What am absolute legend. I can see this as being a genuine future of digital boutique cameras. I, for one, would absolutely pay a premium for the opportunity to pick my own components and lens mount, etc and be able to assemble the camera on my own. With a modular design, it would allow the ability to swap individual parts as time goes on rather than getting a whole new camera. Wow, this is just mind blowing, great work and thanks for sharing!
This is incredible! I know very little about how cameras are made, but have used one for years. It was incredible to learn the architecture of these devices.
What an insane project!! Nothing will ever convince me you are not a wizard:)) Also those pictures although not special in pixel peeping quality were a joy to look at!
Great Job. Congradulations man. I am supporting your using CCD sensor. Becoz CCD are king of the sensors. Most people dont know how good sensor is it...
Great project! If there was enough space to slide a cold plate underneath the sensor when using the normal connector type, this could make a verrrry interesting DIY cooled astronomy camera.
First of all, it's a crazy amount of work you've put into this and I'm here for it. Inspiring project. I've always loved look of CCD sensors, and although I shoot with an A7IV these days, my favorite camera, I've ever owned at least, was the Nikon D80. The sensor on that was just so good. I've always wanted a full frame CCD monochrome camera, and the idea of a version without the IR filter is also appealing. I'll keep an eye on this project just to see where it lands. I'll never buy a pick and place machine, so hopefully someone will eventually offer component kits. 🔥
If you get this into production within the next couple of years for a msrp of $1000-$2500 I may just buy it because it’s just a sick device That’s too tempting. You’re talented, keep it up!
Dude, this is incredibly cool work. It makes you want to go online. It looks even more authentic than shooting on film! It's a real shame that the necessary elements for such a project are hard to get, I really want to try to repeat something like this and shoot on this. The work is amazing and you are awesome!
Such an awesome project, the board design and finished pieces are fantastic. Each electronic component would have taken weeks of design and weeks of testing / troubleshooting.
The engineer/photographer in me loves this shit. This could be the beginnings of finally taking down the camera monopolies. Im sick of spending the amount i do for my cameras. Wake me up when open source cmos cameras are professional level haha.
You get a like just for the cat's paw button configuration 🐱. Seriously, though, very impressive engineering. I look forward to seeing the next iteration.
what’s also incredible is i love the design and layout and it’s really small. an EVF would of course by the cherry on the top but hey you’ve done a man’s work sir 👏 and quite seriously… take my money😊
Hmm, to me it looked very much like a prototype designed by a highly trained engineer that works at SONY... What this means? It looks NOTHING like a DIY, far from it! Congratulations to the author of this project!
8:05 the dust ahhhh lol man this is amazing so much knowledge this is better than the rpi having made a couple cameras around it myself 15:01 lol bad apple I like the secondary small screen
Incredible work. I'd love to see you get into the details of the circuit and board design here. Those driver current slew rates look really challenging to achieve without SI problems in such a dense board.
Bro, the development of this must have taken a looot of money. It's incredible that you open source it!!
Though it's not viable to be made because the sensor part is... Discontinued...
@@houghwhite411yes but building on this work and replacing it with a modern part or scavenged sensors from old cameras is less work than starting from scratch.
Nice project !
@@Krmpfpksgood luck getting this to work with a different sensor that doesn't have a datasheet
@@gordon1201 Without a datasheet it will be extremely hard reverse engineering. But I think the data sheets are out there for at least some sensors, even if some might be in a grey area to get. Either way, this is probably out of reach for my skills, I‘m a software dev by trade and only a hobbyist in electronics. It would probably take me thousands of hours (and lots of money) to learn the necessary skills and actually do it. I only have a 200Mhz oscilloscope for a start…
@@houghwhite411 My opinion is that it would be easier to talk ANDANTA (or another "smaller" company) into releasing a data sheet, especially if the people from Apertus AXIOM (an open source cinema camera) join forces to talk to the company, especially since they have connections with the magiclantern guys.
Imagine a 16k x 9k - 144MP sensor (it doesn't hurt to dream) in the AXIOM Cinema, and smaller 4k or 8k sensors for projects like this.
This is actually a full send in the history of open source designs.
This is INCREDIBLE. The fact that you've practically done this on your own is astonishing! This video restores a faith in human's ingenuity. Well done indeed! 👍
Every now and again, I stumble on a project that just leaves me in awe. This is definitely one of them. Kudos.
as a photographer and an engineer this is such a crazy video to watch and get excited about. my non stem friends think i am nerd for sending them these videos ;)
These kind of projects retain my faith in humanity. It is insane, complex, almost pointless even, and yet the joy you get from it, not to mention the pleasure we get from viewing it, makes it all worth while. Just brilliant! Thank you.
Oh my god, each little mechanical piece must've taken weeks to design, and many iterations. And then there's the FPGA processor and its circuit board, probably a few months and lots of money on just that thing. And then there's the software. Also probably another few months on just that. In total this is easily several years worth of work, spanning many different technical domains! This is one of the most serious and dedicated hobby projects I've ever seen! Well done!
"Yo, lemme borrow your camera for a quick pick."
"WADAFUQ is dis?"
"Oh, I made it myself."
Its not about the camera but about the guy behind the camera 😏
Talk about serious cool points. ~lol~
Dude this is so unbelievably cool, I didn't even know you could buy CCD sensors just ready to drop in to projects. Really can't wait to see where you go with this!
I'm fascinated by FOS hardware projects of this level of complexity and quality! This should be praised, because it will make our world better!
And try maybe to change license to AGPL, so your contribution to the humanity won't be rigged by anyone!
This should be sold as a DIY kit. There are photographers that would be more than happy to have something they put toghether.
This thing probably cost in the realms of a Hasselblad seeing the use of expensive FPGAs, the sensors, the custom BGA boards with controlled impedance and ENIG whose fabrication costs probably alone go into thousands, PCBA dual sided for 3 boards.
Forget Hasselblad, this project probably cost more than that. People would peobably actually buy a Hasselblad when they see the price of this prototype.
It's probably more like a muscle car tuning project for electrical engineers where they splurge their money over the weekends rather than commercializing it.
the images have such a soft feel to them, they look amazing
This is a project you don’t take lightly. The sheer amount of work is absurd for a small team like yours! ❤
Awesome project ! I hope this will be the start for an entire community building DIY cameras and DIY firmwares. Either for refurbishing old cameras, building special purpose cameras or just to pressure vendors on opening up their software and hardware.
Monumental work!
What am absolute legend. I can see this as being a genuine future of digital boutique cameras. I, for one, would absolutely pay a premium for the opportunity to pick my own components and lens mount, etc and be able to assemble the camera on my own. With a modular design, it would allow the ability to swap individual parts as time goes on rather than getting a whole new camera.
Wow, this is just mind blowing, great work and thanks for sharing!
He's back!
Those photos are super impressive, I love the grip on this camera!
This is incredible! I know very little about how cameras are made, but have used one for years. It was incredible to learn the architecture of these devices.
bro, its hard to. imagine the amount o work and effort put on this proyect. its incredible men, well well done
this is genuinely one of the most incredible projects i’ve ever seen. making a diy ccd camera is amazing 😭
This is an astonishingly well done project. It looks like a professional product. Amazing work.
AMAZING project. WOW. Completely insane. Also just incredible what is possible for a hobbyist now.
I was already impressed with the last update, this one looks so much better! Great job
Amazing work! That FFC in the grip looks very professional!
My idea of a DIY camera would be a hole poked in a shoebox with a sheet of film inside. This is slightly more ambitious.
Absolutely love the results of BW photos are so analog similar that remind me the old Ilford that i used in my youth ,incredible job and BRAVO!!
The fact it turns on is already incredible!
Simply unbelievable. Grateful for you sharing this with the world. Also, I can't believe you only have ~7.5K subscribers.
Utmost respect! My hats off to you - this is the *best* YT video i've ever seen, a fullframe 35mm DIY camera.
LETS FUCKING GOOOO
🗣️
This is so cool! I love the idea of a full frame CCD camera. If I had any knowledge at all I’d try to build one of these
wow this is frantastic. i just wish this sensor could do 24fps, that would be amazing
What an insane project!! Nothing will ever convince me you are not a wizard:)) Also those pictures although not special in pixel peeping quality were a joy to look at!
the amount of progress you have made since part 1 is incredible! very impressive work!
Great Job. Congradulations man. I am supporting your using CCD sensor. Becoz CCD are king of the sensors. Most people dont know how good sensor is it...
this is really gold level open sourcing. Hope you get sponsor for the development of this project
3:14 lmao what a comedy artist , got me good
Very impressive!
Great project! If there was enough space to slide a cold plate underneath the sensor when using the normal connector type, this could make a verrrry interesting DIY cooled astronomy camera.
First of all, it's a crazy amount of work you've put into this and I'm here for it. Inspiring project.
I've always loved look of CCD sensors, and although I shoot with an A7IV these days, my favorite camera, I've ever owned at least, was the Nikon D80. The sensor on that was just so good. I've always wanted a full frame CCD monochrome camera, and the idea of a version without the IR filter is also appealing. I'll keep an eye on this project just to see where it lands.
I'll never buy a pick and place machine, so hopefully someone will eventually offer component kits. 🔥
Fucking phenomenal, the amount of work/expertise on display is mind boggling.
If you get this into production within the next couple of years for a msrp of $1000-$2500 I may just buy it because it’s just a sick device That’s too tempting. You’re talented, keep it up!
厉害, 今天第一次看到你的视频, 给我惊讶程度跟当以前到稚辉君一样. 加油!
Amazing work. I started shouting when I saw the Lumen. I love the internet and the people who share on it so much.
This is fantastic, I’ve looked into doing this a while ago but didn’t find much info so gave up. Love that you managed to succeed!
I stand in awe of what you have done. That chip was my favorite too. Great work!
That's amazing. Great job, beyond any words. Please continue. I hope open source community will keep contributing.
Dude, this is incredibly cool work. It makes you want to go online. It looks even more authentic than shooting on film! It's a real shame that the necessary elements for such a project are hard to get, I really want to try to repeat something like this and shoot on this. The work is amazing and you are awesome!
Camera starting to look great! can't wait for part 3!
Dude... This is simply awesome!
Like... I can't even imagine how you did it!
Are project like this make me thing that I'm freaking dumb
This is amazing, great job, would have been really time consuming, not only did you build this, you also created a well made video on it. Great job
Such an awesome project, the board design and finished pieces are fantastic. Each electronic component would have taken weeks of design and weeks of testing / troubleshooting.
I admire your knowledge and energy you put in to this. Well done :)
The sample photos are actually amazing!
literally one of the coolest things ive ever seen
This is incredible. I've been waiting for it for over a year.
This is what the internet is all about. Thank you for sharing!
Phenomenal work my friend, I am absolutely blown away. So freaking cool!!! 😎
The engineer/photographer in me loves this shit. This could be the beginnings of finally taking down the camera monopolies. Im sick of spending the amount i do for my cameras. Wake me up when open source cmos cameras are professional level haha.
this is cool, I can wait to see more stuffs!
This project is impressive. Hats off, I wish I was as talented as you.
This will come in handy when I will get enough money to make myself some crazy good video camcorder
Oh you just got a new subscriber. Can't wait to see it happen.
Absolutely fantastic. You did a great job, very inspiring and I agree you have done something really special.
i'm so hyped for part 3
an amazing project. thank you for releasing all of this. seems like quite a big project just to assemble!
It’s just incredible and inspiring, and the result is so retro !!!
I am utterly in awe of this, well done man.
Perseverance 100
This is simply amazing. Fantastic job!
You get a like just for the cat's paw button configuration 🐱. Seriously, though, very impressive engineering. I look forward to seeing the next iteration.
This is a lovely lovely concept!! Keep it up!! (頑張って!!)
I would to follow you along your journey to see the project!
Next level stuff!
This is easily the coolest thing I have ever seen!
what’s also incredible is i love the design and layout and it’s really small. an EVF would of course by the cherry on the top but hey you’ve done a man’s work sir 👏 and quite seriously… take my money😊
the whole project has such a DIY vibe, I love it
Hmm, to me it looked very much like a prototype designed by a highly trained engineer that works at SONY...
What this means? It looks NOTHING like a DIY, far from it!
Congratulations to the author of this project!
@@peasantrobot I see what you mean haha and I agree
This is seriously the best opensource project i have ever seen!
Amazing Work! ♥💛💚
Amazing work. The physical interface design is beautiful, too!
Very impressive !!
This could be the Square Digital Monochrom Camera of my dreams 🤩
Brother, you are a true hero. I would loooove to build one of those myself
Genius! I wish I had one tenth of your ability because I would build my own as well! Thank you for showing this.
Incredible. What a beautiful piece of work. Congratulations 🙏👍
Thanks for sharing, love following this project!
Dude wtf, you're a hero. Are you familiar with amateur astronomy? Because you are now an important name on it. Gz!
That’s actually insane! So cool!
8:05 the dust ahhhh lol
man this is amazing so much knowledge
this is better than the rpi having made a couple cameras around it myself
15:01 lol bad apple
I like the secondary small screen
You and your friends are incredibly talented. I have learned a lot. Interesting. Camera drivers are scary, but some good C goes a long way. Thank u.
Amazing, great skill, knowledge and talent.
A-HU-ET', bro has no eenglish word to describe how I'm amazed about it
Ik this is extremely early on but boy is it exciting. Looking forward to seeing your upcoming iterations!
What an impressive project. Also digging the background music, reminds me of Touhou arranges from circles like Rigël Theatre.
so cool, I hope you've had so much fun building this!
wow this is REALLY impressive work. Congrats!
Amazing work! Can’t wait to see the next version!
Wonderful work....a gorgeous design too.
Absolutely incredible work
Absolutely awesome! Love it! And really nice, calm and well made video! Cheers mate
Incredible work. I'd love to see you get into the details of the circuit and board design here. Those driver current slew rates look really challenging to achieve without SI problems in such a dense board.
The hero we need.
This is quite amazing. Well done.
very cool. need more DIY camera builds so we can all one day just build the camera we want.