Product information "25mm lens, M12 mount"
Optimise your Raspberry Pi projects with the 25mm lens, which is precisely equipped with 5 megapixel resolution and a narrow viewing angle of 18°. This lens is ideal for makers who need sharp, detailed shots from a medium distance without including the surroundings. The 25mm focal length provides a specialised view that is perfect for technical applications such as security systems, scientific research or even artistic projects where accuracy is important. The narrow angle of view helps to block out unwanted backgrounds and focuses exclusively on the main object, which is crucial for image analysis and processing in DIY electronics projects. With a robust design and easy integration into your existing Raspberry Pi setups, this lens proves to be an indispensable tool that will take your creativity and technical skills to the next level.
Features at a glance
- Optimised telephoto properties: The 25mm focal length offers extended shooting capabilities for precise long-distance shots.
- Concentrated angle of view: With a narrow 18° angle of view, ideal for focussed capture of specific objects without background distractions.
- Robust material: Made of high-quality, black anodised aluminium, the lens offers reliable performance even under demanding conditions.
- Compatibility: Specially designed for seamless integration with the Raspberry Pi HQ camera, optimised for high-resolution image processing.
- Raspberry Pi HQ camera
- Focal length: 25mm
- Resolution: 5 megapixels
- Viewing angle: approx. 18°
- Mount: M12
- Material: Aluminium (black anodised) + 9G
- 1x 25mm lens, M12 mount
- The Raspberry Pi HQ camera is not included in the scope of delivery!
Zolltarifnummer: | 90029000 |
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Brand: | Raspberry Pi |
Country of Origin: | China |
EAN: | 9900003392779 |
Gross Weight (kg): | 0.005 |
Manufacturer ID: | SC0861 |
Product ID: | M12LENS-25 |
VPE: | 1 / 200 |

Raspberry Pi Foundation
Raspberry Pi: A real success story
Hardly any of the developers of the Raspberry Pi would have guessed at the beginning what gigantic popularity their mini computer would one day enjoy. The original motivation of the creators was to counteract the declining number of computer science students at Cambridge University. The previous knowledge among the decreasing number of first-year students was also decreasing noticeably. The remedy was to be a computer that was easy to use and as cheap as possible, with which programming could be learned in a playful way. According to the developers, young people interested in programming are reluctant to experiment with more expensive and complex home computers for fear of possible damage. In 2006, for example, a prototype was already produced with an Atmel ATmega644 microcontroller. However, the actual success story of the Raspberry Pi only began at the beginning of 2012, when the first official Raspberry Pi model came onto the market. By the end of 2019, around 30 million copies of the popular mini computer had been sold.
Raspberry Pi Foundation
Behind the success is, on the one hand, the Raspberry Pi Foundation, a British foundation that is also registered as a charity. The aim of the foundation, whose trustees to this day come at least in part from the Cambridge University environment, is to promote the study of computer science - at universities as well as at schools. Production and distribution of the hardware, on the other hand, is carried out by Raspberry Pi Trading, a company wholly owned by the Raspberry Pi Foundation. The fact that the name "Raspberry" was ultimately chosen for the company is related to the trend in the IT industry at the time to name themselves after fruits - see Apple or Acorn. The suffix "Pi", on the other hand, stands for "Python interpreter" - a reference to the fact that the mini-computer was originally intended to be equipped with a built-in interpreter for the Python programming language. It is no coincidence that the Raspberry Pi is so popular because the compact single-board computer has many talents: on the one hand, it is suitable as an energy-saving desktop thanks to its 700 Mhz ARM CPU. But the Raspberry Pi is also suitable as an inexpensive media centre for the living room: thanks to its HDMI output and the XBMC interface, videos with 1080p resolution can be displayed on a screen as well as on a TV without any problems.
Tech projects with Raspberry Pi
Above all, however, the mini computer is extremely popular with tinkerers and programmers who like to experiment. A wide variety of tech projects can be carried out simply and easily with the help of the Raspberry Pi: For example, the mini computer can be used to create a game console, a robot or a weather station. Perhaps the most characteristic feature of the Raspberry Pi is its compactness: the dimensions of the small computer - depending on the model - are only up to 93.0 mm x 63.5 mm x 20.0 mm. At the same time, the powerful circuit board is only as big as a credit card. The Raspberry Pi is available in various versions and is constantly being optimised and re-released by its creators. At Berrybase, the in-house Raspberry Pi shop, you will not only find all Raspberry Pi models - you will also receive a huge range of Raspberry electronic products for countless areas of application - both from our own production and from established top brands. So nothing stands in the way of your next tech project!
Raspberry Pi Ltd.
194 Cambridge Science Park, Milton Road
GB CB4 0AB Cambridge
https://www.raspberrypi.com
[email protected]
WEEE number: 20453810
Person responsible for the EU
Raspberry Pi Ireland Limited
3 Dublin Landings
IE D01 C4E0 North Wall Quay, Dublin 1
https://www.raspberrypi.com
[email protected]
Safety Instructions
- Only use the camera in accordance with the manufacturer's instructions.
- Ensure that all cables are securely connected to prevent damage to the device or user.
- Protect the camera from moisture, extreme temperatures and direct sunlight.
- Switch off the Raspberry Pi before installing or removing the camera.
- Do not use the camera in safety-critical applications where failure could lead to damage.
- Protect electronic components from electrostatic discharge (ESD), e.g. by using a grounded wrist strap.
- Avoid contact with conductive materials while the camera is powered.
- Do not violate applicable data protection laws when using the camera.
- Only dispose of defective or damaged cameras at suitable collection points for electronic devices.
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