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Модуль Raspberry Pi High Quality Camera выведет цифровое зрение вашей малинки на новый уровень! Купить можно по ссылке: Raspberry Pi High Quality Camera: Объектив CGL 6 мм с креплением CS-mount: Объектив CGL 16 мм с креплением C-mount: Камера построена на продвинутом сенсоре изображения который предназначен для компактных фото- и видеокамер. Светочувствительная КМОП-матрица с обратной подсветкой имеет разрешение 12 мегапикселей для более качественного изображения, чем у других камер для RPi. Камера поддерживает стандартные объективы с креплением типа C- и CS-mount, а в комплекте приложен адаптер C/CS. Байонет объектива сделан из фрезерованного алюминия. На нём есть крепление для штатива. Камера подключается к Raspberry Pi плоским FFC-шлейфом в разъём CSI, при этом USB-порты остаются свободными. Шлейф длиной 20 см из комплекта подойдет для одноплатников форм-фактора Model A и Model B, а для плат семейства Zero / Zero W понадобится шлейф под мини-разъём CSI. Камера готова к использованию прямо из коробки и не требует установки дополнительных драйверов - только включения интерфейса в настройках малинки. Для работы с камерой вам понадобится объектив с креплением C/CS-mount, и у нас есть, из чего выбрать под разные задачи. Широкоугольный объектив c фиксированным фокусным расстоянием 6 мм и полем зрения 63° удобно применять, если расстояние между камерой и наблюдаемыми объектами ограничено. Например, он будет полезен для охранных систем. Для установки его на камеру проставочное кольцо необходимо снять. При помощи колец можно настроить фокус и диафрагму, а специальные винты помогут зафиксировать положение. Телеобъектив позволит вашей Raspberry Pi снимать удалённые объекты с двухкратным приближением, не меняя положение камеры. С помощью зум-объектива можно поймать в кадр живность на природе, сохраняя дистанцию, или же исследовать интересующий объект крупным планом. Теперь вы можете оснастить свою систему на RPI передовой камерой, купить которую и объективы к ней можно у нас в Амперке. #железки​ #amperka​ #raspberry
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This is a new high-quality camera module launched by the Raspberry Pi. It is based on the IMX477R and needs to be used with a C/CS type lens. Such as, FV0612 6mm wide-angle lens, FM1614 16mm telephoto lens, FV1614 16mm HD telephoto lens, etc. The module has integrated infrared filter and focal length is adjustable. Compared with the existing RPi Camera V2 camera, it has better low-light performance, higher resolution. It is suitable for applications that require higher visual fidelity. More Detail:
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In this video, we take a look at Set up Nad test out the all-new Raspberry Pi HQ Camera along with both available at launch, the 6MM Wide-angle, and the 16MM Telephoto lens. With a Sony IMX477R stacked, back-illuminated sensor, @ 12.3 megapixels this is the best Raspberry Pi camera to date! This video is sponsored by MICRO CENTER but all options are my own. Raspberry Pi HQ Camera for Raspberry Pi 4: Raspberry Pi 16mm Telephoto Lens for HQ Camera: Raspberry Pi 6mm Wide Angle Lens for HQ Camera: Browse Micro Center’s work and learn from home products: Practicing social distancing? Stay connected and join the Micro Center Community: Follow Me On Twitter: Follow Me On Instagram: Equipment I Use: Screen Capture Device: Tool Kit: Soldering Station: Camera: Tripod: Raspberry Pi 3 B Plus: Flirc Case: DISCLAIMER: This video and description contains affiliate links, which means that if you click on one of the product links, I’ll receive a small commission at no extra cost to you! This video and Channel and Video are for viewers 14 years older and up. THIS VIDEO IS FOR EDUCATIONAL PURPOSES ONLY! DISCLAIMER: Under section 107 of the Copyright Act 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, education, and research. No Games Or Applications Are Included Or Added On Or To Any Device In This Video
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The Raspberry Pi HQ Camera M12 is the M12 mount version of the Raspberry Pi High Quality Camera, adopts the IMX477R sensor, compact in size, and provides high resolution and excellent low-light performance. Features an M12 mount and requires a M12 lens to work, for integration into industrial and commercial applications which require a higher level of visual fidelity. The Raspberry Pi HQ Camera M12 is compatible with all Raspberry Pi series boards.
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Follow us on TikTok for more: #RaspberryPi #makersgonnamake #computing #tech #engineering
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Porównanie obiektywów - ogniskowe od aż do 1000mm z Raspberry Pi High Quality Camera. Informacje na temat użytego obiektywu, ogniskowej i pola widzenia znajdują się po prawej stronie ekranu. Zdjęcia w oryginalnych proporcjach, nie są kadrowane. Wykorzystane obiektywy: - Arducam LS-20150 (M12 mount) - Arducam LS-27227 4mm (M12 mount) - Raspberry Pi HQ 6mm (CS mount) - Raspberry Pi HQ 16mm (C mount) - Fujian 35mm (C mount) - Fujian 50mm (C mount) - stary Vivitar 300mm (Nikon F mount) - tani chiński 500mm (znany jako Opteka, Ultimaxx, Yongnuo) z telekonwerterem 2x (T mount) Obiektywy M12 oraz F mount (Nikon) zostały podłączone przez samodzielnie wydrukowane adaptery - linki poniżej. Adapter Nikon F do Raspberry Pi HQ C-mount :4364692 Adapter M12 do Raspberry Pi HQ C-mount :4444398 #RaspberryPiHQCam #camera #RaspberryPi
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Follow us on TikTok for more @raspberry_pi
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Camera Guide : 00:00 - Intro 00:22 - What's inside the HQ camera box? 01:10 - Wide angle lens 01:38 - Telescopic lens 01:54 - Connecting the camera 02:53 - Enabling the camera modual 03:13 - Taking photos 05:47 - Recording a video 06:00 - Offical camera guide 06:45 - Like and Subscribe
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What's so exciting about the High Quality camera for the Raspberry Pi? I'll start exploring what makes it different than the older Camera Module v2, and why you might want to use it—or not! Some of the adapters and devices mentioned in the video: Fotodiox Pro Nikon F-mount adapter: Astromania T-Mount adapter for telescopes: Tamron 6mm f/1.4 CCTV lens: (mine is 8mm, but it's discontinued) I bought my HQ camera from Adafruit, and the mount I'm using to attach it to my Raspberry Pi 4 is from The Pi Hut:
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12.3 megapixel Sony IMX477 sensor, diagonal sensor size, and back-illuminated sensor architecture, with adjustable back focus and support for C- and CS-mount lenses - the new Raspberry Pi High Quality Camera is out now! Find out more: -------------- Subscribe to our channel: Looking for kid-friendly projects, educator-led seminars, and information about our non-profit work? Check out the Raspberry Pi Foundation YouTube channel: BUY A RASPBERRY PI -------------- Raspberry Pi Pico: Raspberry Pi 4: Raspberry Pi 400: All Raspberry Pi products: Raspberry Pi Store, Cambridge: READ OUR BOOKS & MAGAZINES -------------- The MagPi magazine: HackSpace magazine: Wireframe magazine: Custom PC: Raspberry Pi Press online store: GET HELP WITH YOUR RASPBERRY PI -------------- Getting started with your Raspberry Pi: Raspberry Pi Help Guides: Raspberry Pi Forums: Technical documentation: FOLLOW US -------------- Twitter: Instagram: Facebook: Raspberry Pi blog: SUPPORT RASPBERRY PI FOUNDATION -------------- Free coding projects: Digital Making at Home: Free online courses: Raspberry Pi Foundation: Donate: #RaspberryPi
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How to connect the Camera module to the Raspberry Pi. Short and sweet, the connection of the camera module is real easy, and adds image capture capability to your Raspberry Pi
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How to connect your Raspberry Pi HQ Camera. See the full version here:
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Raspberry Pi HQ Camera Module: Raspberry Pi HQ Camera Lens - 6mm Wide Angle: Raspberry Pi HQ Camera Lens - 16mm Telephoto: We take the new Raspberry Pi HQ Camera Module out to compare the lenses you can equip it with. Learn more here: The High Quality Camera Module is a camera sensor designed to accept CS-mount lenses and, with the supplied adapter, C-mount lenses for use with the Raspberry Pi single board computer line. It offers higher resolution (12 megapixels, compared to eight megapixels), and sensitivity (approximately 50% greater area per pixel for improved low-light performance) than the existing Camera Module v2. The 12.3 megapixel Sony IMX477 sensor features a diagonal image size and back-illuminated sensor architecture with adjustable back focus. Additionally, this module features an included tripod thread just adjacent to the ribbon cable connector. This is the 6mm CS-mount wide angle lens from CGL Electronics Co. Ltd. for use with the Raspberry Pi HQ Camera Module. The lens produces a 3MP picture in a image format and is easily interchangeable using the thumb screw and adapter included with the Pi HQ camera module. This is the 16mm C-mount telephoto lens from CGL Electronics Co. Ltd. for use with the Raspberry Pi HQ Camera Module. The lens produces a 10MP picture in a 1in image format and is easily interchangeable using the thumb screw and adapter included with the Pi HQ Camera Module. This telephoto lens excels when taking distance photos or close up photo.
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Krótka zapowiedź kolejnych filmów które aktualnie się produkują, a będą dotyczyć: - RaspberryPi HQ Camera - obiektywy proponowane przez RPi Foundation - drukowany adapter Nikon - C-mount i podpięcie obiektywów z lustrzanek - tanie obiektywy C/CS-mount z Chin Zapraszam do subskrypcji i klupnięcią w dzwonek ! Link do modelu adaptera Nikon (F mount) - Raspberry PI HQ Cam (C mount) : :4364692  #RaspberryPiHQCam #cmount #RaspberryPi
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Choosing the appropriate lens for your Raspberry Pi High Quality Camera can be tricky. No matter what mount type you are/plan on using, there’re always 3 things to keep in mind: The Focal Length, The Aperture, and how to keep a lens in focus. More details: It’s exciting to know that you can pair the RPi HQ camera with countless lenses featuring all sorts of mount types. However, it can be overwhelming too because: 1. How do I know if this lens will be best for me? 2. What should I do to get the correct focal length? 3. Why do I have to use a lens within this aperture range? And the questions go on and on. So we created this video to help you. It should give you a better understanding of: 1. The three main specifications of a lens: Focal length, Aperture and Focusing 2. The relations between them. 3. How these three specs together affect the final image. Check out our focal length calculator here: And hopefully, you’ll get a clue upon all the HQ camera lenses out there, and save time on choosing a lens that most suits you. Follow us for more Rpi cameras and lenses: Twitter: Instagram: Pinterest:
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Raspberry pi just launched HD camera module with Sony sensor and much more You can buy it from here- subscribe to Joyz Tech Tricks for more tech related content: follow Joyz Tech on Twitter(@JoyzTech): follow Joyz Tech on Instagram:
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The Raspberry Pi High Quality Camera supports C/CS-mount lenses OOTB. So these lens alternatives are here to help you reach the Sony IMX477 sensor’s full potential. More: The Rpi foundation did a smart job making the HQ Camera with replaceable lenses. We are so hyped up about this post-v2 module, we know Raspberry Pi camera has come to a brand-new era, and we certainly don’t want to miss out. Please be advised that we are not trying to compete with the officially recommended 6 mm/16 mm lenses. We merely want makers to have more lens options at varying prices, and we sure hope these lenses can help create more cool projects/products. Anyway, we have had our urge under control by launching these 13 HQ camera lenses. The CS-Mount lenses include: 6 mm lens: 8 mm lens: 8 mm lens #2: 12 mm lens: 16 mm lens: 25 mm lens: The C-mount lenses include: 5 mm lens: 8 mm lens: 12 mm lens: 16 mm lens: 35 mm lens: 4 – 12 mm varifocal lens: 2.8 – 12 mm varifocal lens: Follow us for more fresh cameras: Twitter: Instagram: Pinterest: Timestamps: 00:08 Arducam IMX477 for Raspberry Pi. 00:16 Use Arducam IMX477 with Nvidia Jetson Nano. 00:23 Use Sony IMX477 camera with Arducam USB Camera Shield. 00:23 Arducam IMX477 supports all HQ camera lenses.
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Raspberry Pi just announced the Camera Module 3. I built a camera based on @Kevin McAleer's PIKON design. Check out the Camera Module 3: Mentioned in this video: - Kevin McAleer's PIKON: - Pi Camera project on GitHub: - Ender 3 V2 (my 3D Printer): - Twidec 12mm push button (for shutter): - Waveshare 3.5" Touchscreen: Raspberry Pi provided the three Camera Modules featured in this video but did not pay for or have any influence over the content of this video. Support me on Patreon: Sponsor me on GitHub: Merch: 2nd Channel: #RaspberryPi #Camera Contents: 00:00 - A huge upgrade 00:44 - Camera Module 3, four ways 01:53 - An open source camera design 03:03 - Assembly 04:22 - Rigging it up 05:05 - Let's test it out! 06:51 - Wide Angle and sharpness 08:08 - Autofocus in video 08:41 - You wouldn't SSH into a GoPro
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Currently in the process of setting up Octoprint on my Creality Ender 3 Pro. This video brings you along in my adventure to create a halfway decent camera setup on this 3D Printer. On a previous Octoprint setup I used a slightly less expensive camera and only got mediocre results. I figured I would try out a slightly better camera module that makes use of better lenses. The Raspberry PI HQ camera module is definitely overkill for this project, and to be completely honest, I might use this sensor for another project and pick up a more suitable camera setup. Something like an Arducam 5MP Camera, or an Arducam 12MP Camera. It has been ages since I jumped on Fusion 360 and designed something. So I figured designing this camera case would be a good excuse to brush up my skills. Links below are Amazon associate links. Light ring used. Arducam 12MP
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This version has the correct audio. Sorry about your lonely right ears! Original Description: This is a quick review of the brand new Raspberry Pi High Quality Camera. Overall, I'm very happy with the results, and look forward to experimenting with it some more in the future.
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What if we say you can have the RPi High Quality camera in a smaller and lighter form? Here’s what we made for Nano and Xavier NX users: Please keep in mind that: This tiny V2-like camera is completely compatible with the native Jetson Nano & NX camera drivers (FHD@60fps/4K@30fps). The little thing is equally powerful as the official HQ cam. They have the same IMX477 sensor, same specs, and more importantly, ours can work OOTB! You can also change the lens for different FoVs, we have a whole M12 lens kit (HQ cam version) for it. You will be able to use it with our upcoming stereo HAT: multiple HQ cams, one Nano/NX board, working in true sync! It’s not just made for drones, you can leverage it in so many ways/places. What we mean by small: It has the same board size as a camera module V2, all your old camera cases/housing, cable, etc. They will still work, that means you can have a smooth upgrade right away. What we mean by lightweight: The whole camera module weighs 10g. To give you some clue, a standard HQ cam & 6 mm lens set are 70g in net weight. Check out our IMX477 for Nano/NX Collection here: Follow us for more Jetson cameras: Twitter: Instagram: Pinterest:
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The Arducam IMX477 module is not just another HQ camera for your Rpi or Jetson Nano, it’s built for multiple platforms. More: It’s the ultimate solution for a Sony IMX477 sensor, it’s something even better. We hate to make harsh comments, but here are some shortcomings of the Raspberry Pi High Quality camera: a. The RPi foundation does not offer the HQ camera in a NoIR version. b. No auto-focus lenses. c. You can't use it with Nvidia Jetson Nano (no driver support), or any other platforms. d. Stereo vision using two HQ cameras is impossible. e. No fisheye lenses. Apart from all the inconveniences, the HQ camera is still a great camera module, and we want it to benefit all developers/users. Arducam IMX477 series are here to solve all the issues the Rpi HQ camera currently has. It is perfectly compatible with all the stuff from the High Quality camera (including all these fancy lenses). Get the Arducam IMX477 Rpi camera from here: Single camera: The whole bundle: If you want to use it with Jetson Nano, get it here: Single camera: The whole bundle: * Follow us for more cameras: Twitter: Instagram: Pinterest:
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ArduCam has a new 16 megapixel Autofocus camera for the Raspberry Pi. Is it worth $25? You bet! But it's not all roses and butterflies. The software isn't up to speed yet, and the autofocus might not work quite like you'd expect. The camera was initially launched via Kickstarter: You should be able to buy the camera soon—check out for more information. Support me on Patreon: Sponsor me on GitHub: Merch: LeMaRiva Tech video on HQ Camera autofocus/aperture control: #RaspberryPi #ArduCam Contents: 00:00 - ArduCam's new camera 00:40 - Camera overview 02:01 - Autofocus 03:29 - Image quality 04:59 - Video quality 05:32 - Software issues 07:02 - Recommendations
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64 megapixels and autofocus for your Raspberry Pi. Can you really resolve that much detail in such a tiny camera, or is it just marketing? Support me on Patreon: Sponsor me on GitHub: Merch: 2nd Channel: #RaspberryPi #ArduCam #Photography Mentioned in this video: - ArduCam 64MP Hawk-Eye camera: - My blog post with setup details: Contents: 00:00 - 64 megapixels! 01:03 - Camera specs 03:40 - Image quality and autofocus 06:45 - Video, continuous autofocus, and digital zoom 08:11 - Jeff's take
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Trovate qui sotto tutti i link: - Raspberry Pi 4: - High Quality Camera: - Alimentatore: - Cavo HDMI: - Guida: - 6mm: - 16mm: - Stampante 3D: - Filamento PLA: - File per la custodia :4539427 - Viti M2.5: Oggi vi racconto la mia esperienza d'utilizzo con il modulo fotografico Raspberry Pi High Quality Camera, con il quale ho costruito la mia prima fotocamera digitale ad ottiche intercambiabili! Le fotocamere che ho costruito 00:00 Fuori dalle scatole 01:45 Sensore Sony 04:57 Single Board Computer 06:41 Stampa 3D 08:16 Assemblaggio 09:15 Come funziona 12:01 I risultati 15:45 Quanto mi costa 19:39 Pagelline 20:48 #raspberry #raspberrycamera #gianlucabocci -~-~~-~~~-~~-~- Se vuoi seguirmi mi trovi anche su: - Instagram: - Facebook: - Telegram: Se vuoi vedere con cosa realizzo i miei video: - Se vuoi sostenermi ti basterà effettuare gli acquisti cliccando sui link ad Amazon qui in descrizione. In qualità di Affiliato Amazon riceverò un guadagno dagli acquisti idonei. Nessun costo sarà a tuo carico e nessun dato sensibile verrà registrato. Grazie per il sostegno! -~-~~-~~~-~~-~-
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Aliexpress: 【Specifications】 [] OPTICAL MAGNIFICATION: ~ [] ZOOM RATIO: 15:01 [] IMAGE FORMAT: 1/2" [] MOUNT: C/CS (C-CS adapter included) [] OPERATING TEMPERATURE: -20 ~ +80°C [] OPERATING DISTANCE: 55 ~ 285mm [] OBJECT DISTANCE: 2.4 ~ 36mm [] OUTLINE DIMENSIONS: Φ39 × 112mm [] LENS STRUCTURE: aluminum alloy + 4 groups 5 elements 【100X Magnification Lens】 [] The Details And Tiny Things Are All Clear And Visible [] for reference only, due to the structural limitation of the microscope lens, additional fill light is required for illumination during use [] please refer to the package content for the detailed part list
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The exclusive Arducam M12 Lens kit has now come to the Raspberry Pi HQ Camera! Learn more at Lens requirements of different projects can differ (e.g. drones, robotics etc.), and there are situations where a C/CS-mount lens may seem too fancy, maybe even unnecessary. These M12 lenses will save you budget and do just about the same work. We have 6 S-mount Lenses with FoVs ranging from 20 (telephoto) degree all the way up to 180 (fisheye) degree. Grab the all-in-one bundle here: Or here (US/CA only): These small lenses are what we call the lower-price-but-same-quality alternatives to the two lenses the RPi foundation recommends. All of them are fully tested and work out-of-the-box on the Sony IMX477 sensor. Having replaceable industrial-level board lenses can make your camera projects/products more embeddable. They are ideal for the RPi High Quality camera module. Here are the full lists if you want to be more selective: 20 Degree: 50 Degree: 70 Degree: Wide angle lenses 90 Degree: 130 Degree: 180 Degree: Note: Each comes with a CS-to-M12 mount adapter, and all of them (except for the 20-degree lens) have an infrared filter at the bottom, which makes no difference since the sensor already has an IR filter on it. Follow us for more: Twitter: Instagram: Pinterest:
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EDATEC, as the official design partner of Raspberry Pi, strictly controls the quality of every piece of Raspberry Pi sold, and ensures the reliability of the product through a variety of tests.
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Thank you very much to all my Subscribers! If you enjoy the videos, please Like and Subscribe ❤️, it helps me create more videos.. and I'll be forever grateful 😊. This is a show with 3D printing and robots. I hope it brings a smile on your face 🙂 Some of my affiliate recommendations: Please consider using my Amazon Affiliate ID when shopping (same price for you): My Instagram Channel: My TikTok Channel: @marsgizmo/ 3D model used in this video: :3831139 #marsgizmo #Shorts
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#raspberrypi5 with dual camera, #CameraModule3 & #HQCamera. @coxxect
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5 most concerning issues regarding the newly released Raspberry Pi High Quality Camera module and its lenses. And all the possible solutions. Learn more here: Pivariety is here to make RPi cameras even better, learn more: A brief sum-up of this Raspberry Pi High Quality camera: a) The HQ camera is not the official V3 module, it is not here to replace the V2 camera. b) The HQ cam can work with nearly all Raspberry Pi models. c) Sony IMX477 is an Exmor RS sensor, the specs are pretty high, and the image/video quality is super impressive! d) Removing the IR filter will void the warranty. e) The RPI foundation has also released an official Raspberry Pi Camera Guide. f) A tripod/bracket is necessary due to the weight of the whole camera & lens setup. g) The HQ camera module will serve the market for at least 7 years. h) You can’t use this high quality camera on Jetson Nano, a kernel driver is required. i) You might need longer FPC cables, the 200 mm ribbon will be too short in actual uses. j) The whole bundle costs $125 USD. Things you can expect from Arducam: 1. A Raspberry Pi High Quality camera with auto IR-cut switch. 2. Dozens of industrial-level MF/AF lenses with various mount types, plus all kinds of mount adapters. 3. Global shutter camera? We already have them. 4. Making it possible for Jetson Nano users to use this RPi HQ camera plus all the available lenses! 5. Series of budget tripods and PTZ brackets. 6. Camera cases and enclosures. Lots more to come! Follow us for more Rpi camera techs: Twitter: Instagram: Pinterest:
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Every week we'll 3D print designs from the community and showcase slicer settings, use cases and of course, Time-lapses! C Mount to EF Adapter Joseph Waters :4425290 CR10S Pro Black PLA 02hrs 18mins X:181 Y:180 Z:30mm .2mm layer / .4mm nozzle 10% Infill / 1mm retract 210C / 70C 12g 50mm/s LIVE CHAT IS HERE! Adafruit on Instagram: Shop for parts to build your own DIY projects 3D Printing Projects Playlist: 3D Hangout Show Playlist: Layer by Layer CAD Tutorials Playlist: Timelapse Tuesday Playlist: Connect with Noe and Pedro on Social Media: Noe's Twitter / Instagram: @ecken Pedro's Twitter / Instagram: @videopixil ----------------------------------------- Visit the Adafruit shop online - Subscribe to Adafruit on YouTube: Adafruit Monthly Deals & FREE Specials Join our weekly Show & Tell on G+ Hangouts On Air: Watch our latest project videos: 3DThursday Posts: New tutorials on the Adafruit Learning System: Music by Bartlebeats
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Raspberry Pi's new Global Shutter Camera is extremely useful for machine vision, but it comes with a tradeoff... Raspberry Pi sent me the camera tested in this video but did not offer any form of sponsorship (monetary or otherwise), nor did they have any input into the contents of this video. See my sponsorship policies here: #sponsorships Mentioned in this video: - Raspberry Pi Global Shutter Camera: - How a TV Works in Slow Motion - The Slow Mo Guys: - How the Germans Measured Milliseconds MECHANICALLY: Support me on Patreon: Sponsor me on GitHub: Merch: 2nd Channel: #RaspberryPi Contents: 00:00 - What is Rolling Shutter? 01:12 - The Global Shutter Camera 02:05 - Why does it matter? 02:34 - One big difference
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Recenzja nowej kamery RPi HQ oraz dedykowanych obiektywów 6mm i 16mm. W filmie pokazuję co potrafi nowy moduł kamery wraz z dedykowanymi do niej obiektywami typu C-mount i CS-mount. Krótki opis wyglądu, jakości wykonania oraz zdjęcia przykładowe wykonane nowym zestawem. Na koniec filmu pokazuję także co jeszcze można wycisnąć z Raspberry Pi HQ, przy użyciu dodatkowych akcesoriów - o szczegółach na pewno opowiem w następnych filmach. Film jest odpowiedzią na pytanie czy warto zainwestować w nową kamerę Raspberry Pi HQ wraz z obiektywami. Wg mnie zdecydowanie tak o ile jesteś zainteresowany tematyką fotografii czy nagrywania filmów w sposób ambitniejszy niż cyknięcię fotki komórką. W mojej ocenie jest to idealny gadżet dla dziecka które dzięki RPi HQ może poznać podstawy fotografii w bardzo szerokim zakresie - od astrofotografii po makrofotografię - za stosunkowo niewielkie pieniądze. Polecenia użyte do kontroli kamery Raspberry Pi HQ - raspistill -t 0 - raspistill -o - raspivid -o -t 10000 - raspistill --help - raspivid --help Film pokazuje moje podejście do tematu wychowania dziecka w czasach czwartej rewolucji przemysłowej. Industry 4.0 jest faktem, a nasze dzieci które mają dziś kilka lub kilkanaście lat już niedługo będą musiały się odnaleźć w świecie pełnym automatyzacji oraz informatyki. Dlatego uważam za dobry pomysł wprowadzanie w rozsądny sposób elementów informatyki - w postaci zabaw, gier i ciekawostek które dziecko może odkrywać razem z rodzicem. Music provided by Monstercat: Notaker - Wake Up, You're Dreaming "Hackbeat" Kevin MacLeod () Licensed under Creative Commons: By Attribution 3.0 License #RaspberryPiHQCam #RaspberryPiCamera #RaspberryPi
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Checking out the new raspberry pi hq camera module with interchangeable lenses!! Testing the 12mp Sony IMX477 sensor in both image and video mode. ○○○ LINKS ○○○ Browse Micro Center’s work and learn from home products: Practicing social distancing? Stay connected and join the Micro Center Community: Raspberry Pi HQ Camera for Raspberry Pi 4: Raspberry Pi 16mm Telephoto Lens for HQ Camera: Raspberry Pi 6mm Wide Angle Lens for HQ Camera: ○○○ SHOP ○○○ Novaspirit Shop ► Amazon Store ► ○○○ SUPPORT ○○○ 💗 Patreon ► ○○○ SOCIAL ○○○ 🎮 Pandemic Playground ► ▶️ novaspirit tv ► 🎮 Novaspirit Gaming ► 🐤 Twitter ► 👾 Discord chat ► FB Group Novaspirit ► ○○○ Send Me Stuff ○○○ Don Hui PO BOX 765 Farmingville, NY 11738 ○○○ Music ○○○ From Epidemic Sounds patreon @ Tweet me: @ facebook: @ Instagram @ DISCLAIMER: This video and description contains affiliate links, which means that if you click on one of the product links, I’ll receive a small commission.
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Deep Arduino Technology Deep Chatterjee
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Today I get a Parce with the new Pi HQ Camera and both Lenses. So I Like to show you the content My Video Equipment: Panasonic GH5s Blackmagic Design DaVinci Resolve Olympus Digital ED 12-40mm F2.8 PRO
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Bring out the widest EF lens I have to test Raspberry Pi High-quality camera shooting interview video. I record the interview clips both internally and externally. I use my Macbook Pro 2015 to captures the Raspberry Pi 3B+ HDMI signal and use raspivid to record video in Raspberry Pi. I also record the footage using Canon T3i at the same time just for comparison. In my opinion, the best result of interview footage comes from this command, raspivid -f -ex fixedfps -awb fluorescent -ss 30000 -sh -5 -t 60000 -o #PiHQCam #RaspberryPi #InterviewTest
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Raspberry pi camera testing. #raspberrypi #3dprinting #casing design with fusion360.
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라즈베리파이 HQ 카메라모듈용 16mm 망원 렌즈 10MP (16mm Telephoto Lens for Raspberry Pi High Quality Camera) 라즈베리파이 HQ 카메라모듈용 6mm 광각 렌즈 3MP (6mm Wide Angle Lens for Raspberry Pi High Quality Camera) 라즈베리파이 HQ 카메라모듈 C/CS mount (Raspberry Pi High Quality Camera)
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More info: Arducam IMX462 Pivariety camera module is powered by a Sony STARVIS sensor, it’s a well-tuned, small form factor, 2 MP Low Light Pi Camera with M12 lens holder. Like an original V1, V2, or HQ camera, it is also able to fully leverage Raspberry Pi’s native ISP tuning algorithms to offer both exceptional ultra low light performance and highest possible quality with images and videos.
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The first moon shot: The second moon shot: If you watched my two moon shot videos, you could clearly tell the second one is much better. In this video, I will tell you the 3 major things I changed from the first moon shot to the seconds and you can get the same result using a similar setup. I will also show you the trick to lock EF lens aperture so you can use that aperture when shooting on Raspberry Pi camera. This is the command I used to take the video and got the best result in my opinion, raspivid -t 300000 -w 1920 -h 1080 -fps 30 -b 17000000 -awb sun -ex night -ISO 100 -ev 1 -br 50 -o -ss 40000 #Raspberrypi #PiHQCam #Moon
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How to set up a Raspberry PI 4 Camera in less than one minute. A Youtube #Shorts FOLLOW ME Instagram: Spltech Blog: SUPPORT THE CHANNEL or get mentoring : RESOURCES Full-length video: Steps for configuration of the Raspberry PI Camera: Once the Raspberry PI is powered on, open a terminal window. And we execute: "$ sudo apt update" .... And next "$ sudo apt full upgrade" .... This is to ensure that the Raspberry PI is running in the latest version of Raspbian and it has all the latest patches/updates available to date. After this, we need to execute also in the terminal "sudo raspi-config" You will need to select the Interfacing Options-P1 Camera. Then select Finish and reboot. Now the Raspberry PI Camera should be set up, let’s do a quick test with Raspistill. Let's open a terminal window again and try the following: "raspistill -v -o " Taking a picture is very nice, but much better is to record a video. To do that, we can use raspivid. "raspivid -o " This records a 5 second video. If you want a longer video, then you need to pass the -t parameter with the number of milliseconds "raspivid -o -t 30000" This records a 30s video. Creating a Livestream Now the fun part starts. To see what the camera is recording in realtime we can try: "raspivid -o - -t 0 -n | cvlc -vvv stream:///dev/stdin --sout '#rtp{sdp=rtsp://:8554/}' :demux=h264" This creates an RTSP stream from the Raspberry PI camera that is accessible from the local network.
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