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CinePI
Canada
Приєднався 19 січ 2023
Official CinePi Camera Project. Build your own Cinema Camera with Raspberry Pi.
Wharf Demo | Shot on CinePI
Footage captured using a prototype camera built with Raspberry Pi 5 + Sony STARVIS 2 Sensor ( IMX585 ) and Open Source CinePI software.
0:00 Intro
0:14 RAW/LOG footage
2:07 Graded footage
Shot handheld with an image-stabilized Canon 17-55mm lens and a Metabones speedbooster adapted to a native Micro Four Thirds mount.
Google drive link to a sample CinemaDNG sequence:
drive.google.com/file/d/1TXbRSjdR2SfZP5tDUdFN965A3swRZwBy/view?usp=sharing
Edited and color graded in DaVinci Resolve 19 Beta (4K timeline, exported in 8K).
Shot and Edited by @schoolpost2009
#CinePI #OpenSource #CinemaCamera #RaspberryPi #ShotOnCinePI #SonyCMOS #STARVIS2 #DaVinciResolve #DIY #engineering #hardware #software #programming
0:00 Intro
0:14 RAW/LOG footage
2:07 Graded footage
Shot handheld with an image-stabilized Canon 17-55mm lens and a Metabones speedbooster adapted to a native Micro Four Thirds mount.
Google drive link to a sample CinemaDNG sequence:
drive.google.com/file/d/1TXbRSjdR2SfZP5tDUdFN965A3swRZwBy/view?usp=sharing
Edited and color graded in DaVinci Resolve 19 Beta (4K timeline, exported in 8K).
Shot and Edited by @schoolpost2009
#CinePI #OpenSource #CinemaCamera #RaspberryPi #ShotOnCinePI #SonyCMOS #STARVIS2 #DaVinciResolve #DIY #engineering #hardware #software #programming
Переглядів: 834
Відео
Park Demo | Shot on CinePI
Переглядів 476Місяць тому
Footage captured using a prototype camera built with Raspberry Pi 5 Sony STARVIS 2 Sensor ( IMX585 ) and Open Source CinePI software. 0:00 Intro 0:14 RAW/LOG footage 3:36 Graded footage Shot handheld with an image-stabilized Canon 17-55mm lens and a Metabones speedbooster adapted to a native Micro Four Thirds mount. Google drive link to a sample CinemaDNG sequence: drive.google.com/file/d/1LCRI...
Coast Demo | Shot on CinePI
Переглядів 528Місяць тому
Footage captured using a prototype camera built with Raspberry Pi 5 Sony STARVIS 2 Sensor ( IMX585 ) and Open Source CinePI software. 0:00 Intro 0:14 RAW/LOG footage 3:03 Graded footage Shot handheld with an image-stabilized Canon 17-55mm lens and a Metabones speedbooster adapted to a native Micro Four Thirds mount. Google drive link to a sample CinemaDNG sequence: drive.google.com/file/d/1J-bT...
Forest Demo | Shot on CinePI
Переглядів 893Місяць тому
Footage captured using a prototype camera built with Raspberry Pi 5 Sony STARVIS 2 Sensor ( IMX585 ) and Open Source CinePI software. 0:00 Intro 0:14 RAW/LOG footage 2:21 Graded footage Shot handheld with an image-stabilized Canon 17-55mm lens and a Metabones speedbooster adapted to a native Micro Four Thirds mount. Google drive link to a sample CinemaDNG sequence: drive.google.com/file/d/1EsEM...
Made by You. ( Development Teaser ) | Shot on CinePI
Переглядів 2,2 тис.Місяць тому
Join the CinePI Movement: Build Your Own Cinema Camera with Raspberry Pi and Open Source Software! We're looking for all kinds of developers ( C/C / OpenGL / Web ) #jointhemovement In this video, we showcase footage captured by our latest prototype camera design, featuring a cutting-edge STARVIS 2 sensor (IMX585) from Sony, built on the new Raspberry Pi 5 platform. This project represents over ...
CinePI V2 by Schoolpost | Hands-On
Переглядів 33 тис.8 місяців тому
Showcasing the CinePI V2 design made by Schoolpost. This is just one of many designs that are possible, given the open-source nature of the CinePI project. Here is a link to Schoolpost's CinePI V2 design on GitHub: github.com/schoolpost/CinePI Clarification: * Boot up time shown in video is due to editing, real boot time ranges from 17-20 seconds. * To learn more and build your own camera: cine...
Ocean Odyssey | Shot on CinePI
Переглядів 18 тис.Рік тому
Demonstrating the capabilities of the latest release of the CinePI Project for building a cinema camera using a Raspberry Pi 4B and HQ Camera module. Using the Raspberry Pi 16mm Telephoto Lens. Recorded onto Samsung T5 500GB SSD. Filmed using various frame rates between 24-50 fps @ 2K ( 2028x1520 & 2028x1080 ) in 12-bit CinemaDNG Format. ( uncompressed and lossless compression ) Edited and grad...
Where I can find the manual to assembly the cam?
wow dynamic range looks amazing!
Impressive ! Its always exciting when seeing new products developing esp. with a community . Q: the camera module, was this a special request or is it readily available retail/online ?
is there a how to building this and is what lens mount would you recommend for build MFT. EF E-mount. could you create a TUT video for this please EXTREMELY & HIGHLY INTRESTED. am in wedding film making.
What in the world? The image is phenomenal!!
Is the bit depth of the resulting image 16bits or is it a 12bit image in a 16bit container?
The resulting image is 16bit in ClearHDR mode.
Wow just Wow. This is exactly what I was wanting to see happen with the RasPi as a Camera System.. Truly Amazing!!! If you know, how high can a camera go on the HDMI Output of the Pi for Live work? Can the Camera to Pi to Live HDMI out go above the old RaspiVid 8 bit 1080p30fps? I want to use it for Live work, obviously, heheh, currently I use a RasPi HQ HDMI out to PC Capture.(4k 10 bit is the highest my capture card goes but I am capped at 1080p30 8bit) If the HDMI out could go to 4k 10bit or higher I could see using something like the Atomos or other Recorders.
Wow... More than fantastic so far! Would love to see some internal raw similar to redcode raw (Dsmc2 had so many options and ratios!). That combined with a full frame sensor would be spectacular! Or apsc with a speedbooster
I wondered why it was not impressing me, er was watching in yt small window at 360, whoops. Kind of crazy this can be done with off the shelf Pi5 and Image sensor. Perhaps powering via coreless drill batteries?
Let’s gooooo! Excited for this project!
Can you try some low light stuff? it looks like the sensor is right for it.
Absolutely, it can perform in those situations. It's noisy when you push the ISO to extreme, but that's the case for all sensors; but when you shoot RAW you must do denoise in post to make it fair, cause most camera's will do the same internally. We will have a monochrome version to test with soon, that should have even greater sensitivity and perhaps we will do a demo for that one.
is the speedbooster to reduce/undo the crop, not sure what the crop is on the IMX585 vs. HQ cam (5.5) this sensor is really $250? damn or am I looking at the wrong one 3:49 this part reminded me of the song six underground ha
These sensors are quite small so yeah
I can't wait to build one! Are we thinking audio too, maybe digital in?
Seems like you are having a fun weekend shooting. This might be your best footage yet!!!
More and more impressive! Thank you so much!
Where exactly is this? Looks lovely
How long would it take to complete the entire camera without serious bugs?
Is the addition of audio next?
Love it, can't wait to build my own!
Ima noob can you tell me everything I need to get this
Wow this is pretty amazing. Is it possible to shoot in H.265 or something? Kind of curious what sort of fps you'd be able to get in 10 bit. Would be really cool to be able to use an apsc sensor in this. So much potential. You've done really impressive work with this.
RAW in this case is probably the most ideal format as the Raspberry Pi 5 has no hardware encoders built in and the processor is not capable enough to do H265 in real-time at any meaningful resolutions. So contrary to popular belief that RAW is very computationally expensive or hard thing to do in camera, in many ways it is much easier and a simply much better solution in the end. ( other than the amount of storage space it occupies. )
@@cinepicamera Oh that's really interesting. I didn't realise that.
Please fix 0:26 and reupload!
Amazing footage. Do you have any indoor, low light situation shots?
Much how things changed when people started building their own computers this is going to change the camera market. Custom camera bodies, different sensors, cooling fans, will become all the rage. Cine Pi is leading the charge.
I👏want👏to👏build👏one
How different is the Starvis 2 over the Standard Pi HQ?
Larger 4K 16-bit Dual Gain Output Sensor, it is quite significant as far as it's application for cinematography. Look up IMX585 vs IMX477
@@cinepicamera thank you I definitely will those are crazy specs. Can CinePi use the full spec of the sensor?
looks soooo good
I cant wait to build one!
Same! 😁
eta on a video about the camera itself?
Yes, might do a small showcase / demo of the prototype camera; however keyword there is "prototype"... it is not reflective of a final design that is ready for wide spread use. CinePI does not ( and for the foreseeable future will not manufacture hardware). We are focused on the providing the open source software to make cinema camera functionality possible. I really want to emphasize with our project the point is not to make and sell camera's like Sony, Panasonic, Blackmagic, etc...that defeats the purpose and those companies all have way more resource's to do a better job. The idea is to make more accessible the tools and knowledge that goes into the development of cinema cameras and to empower users to make their own.
@@cinepicamera dont get me wrong, i understand the point of cinepi, i just wanted to know what this newer version looks like
@@nbshftr Yea, we don't mean to keep the camera secret or under wraps; just don't want to convey that we produce the camera as a product and showcase it as such.
@@cinepicamera when the camera enters a less prototype-y phase, will there be a video breaking down the components / how to build one?
@@nbshftrMy exact question. @cinepicamera will we see the breakdown and future knowledge how to videos?
Looks so good!! So what this sensor made by the community?
It is a Sony sensor ( not a custom sensor ), packaged onto a custom PCB module developed by a member of the community that makes it compatible with a Raspberry Pi 5.
@@schoolpost2009 ohhh, super cool!
The dynamic range of that Starvis sensor is kind of crazy.
i can't explain why but the 'image texture' made me remember the Digital Bolex D16. looking great! :)
This is great. I love this project, keep it up!
Newbie here: Can someone direct me on how to build this step by step, please? 🙏 Thank you
It'll be a process at the moment to build a camera similar to the one used to record this footage shown here. That is why the camera is not shown as it is still largely a "prototype" The sensor modules are small batch made by some community members, and the software is still being worked on. But in due time, it should become more wide spread and more friendly to newcomers.
U guys are back 😢😢😢😢😢😢
this is insane. BULLISH
Cool.
I might need some help on the tab welding of the batteries. I'm a first timer. I'm good on everything else though.
I cannot wait to build one. I have my custom 3D printer ready to go!
I can't wait to start building mine!
holy shit
It's so much better than I've ever hoped it to be. I've been following developments on the project ever since the old golf video was mentioned in an article (probably even before the discord was created, let alone have I joined it) while searching for a truly modular camera. I have some ideas about that too. I love how it can be a 16bit BMPCC OG (I still use it and it produces great images, but it's such a fragile camera I had to basically fix and rebuild). I can't wait to make one myself in the future!
Can't wait! I've been wanting to build one for a while.
Holy shettttttt, this is dope. I'm super excited!!!
Excellent work man. Really excited by this 👏🏾👏🏾
wow that's awesome super clean image and smooth We like to see a footage in low light
Just recently got into Raspberry Pi. I own two BMPCC OG's. This looks AMAZING.
Excellent idea! Blacks are lacking a little? Too much ETTR?
Dialing in the color science and optimizing the dynamic range on the sensor is still very much a process we are dialing in. There are two modes for the sensor, one is 12-bit and the other is a 16-bit ClearHDR as Sony calls it, which is Dual Gain Output ( like Arri sensors / fairchild sensors used in Blackmagic ) it's this mode that has quite a bit of configurability and some further tuning. Most of the footage shown in this video is from the standard 12-bit mode.
So cool!!!