Raspberry pi computer board

Q: How does the Adafruit Raspberry Pi computer board compare to other single-board computers in the market?

The Adafruit Raspberry Pi stands out with its robust open-source design, extensive community support, and versatile GPIO capabilities. Alternative products in the market include Arduino boards, BeagleBone, and NVIDIA Jetson Nano. Adafruit's version offers enhanced performance, reliable manufacturing, and comprehensive documentation.

Q: What specific identification details should I include when referencing this Raspberry Pi board in academic or professional work?

When citing this Raspberry Pi board, include the full Adafruit product name, model number, revision version, and manufacturing date. Recommended citation format: 'Adafruit Raspberry Pi [Model Number], Rev [X], manufactured [Date], Adafruit Industries LLC.'

Q: What computing systems and accessories are compatible with this Raspberry Pi board?

This Raspberry Pi board is compatible with wide-ranging accessories including Thorlabs focusing lens and LEDs, Raspberry Pi 1080p HD CMOS camera, standard GPIO HATs, USB peripherals, HDMI displays, and most Linux-based software ecosystems.

Q: What research and development domains most frequently utilize this Raspberry Pi board?

Primary applications include IoT prototyping, robotics development, edge computing projects, scientific instrumentation, environmental monitoring systems, machine learning experiments, and educational technology platforms.

Q: What unexpected scientific innovation is associated with Raspberry Pi technology?

Raspberry Pi technology has enabled groundbreaking distributed computing projects like the Folding@Home COVID-19 research initiative, where thousands of single-board computers collaborated to simulate protein folding and potential treatment strategies.

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About the product

The Raspberry Pi is a small, low-cost, single-board computer designed for educational and hobbyist purposes. It features a Broadcom system-on-a-chip (SoC) with an ARM-based processor, integrated graphics, and memory. The Raspberry Pi provides basic computing functionality, including general-purpose input/output (GPIO) pins for connecting external hardware and peripherals.

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Lab products found in correlation

Focusing lens and leds, by Thorlabs (2 mentions) 1080p hd cmos camera, by Raspberry Pi (1 mentions)

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Market Availability & Pricing

The Raspberry Pi computer boards are developed and manufactured by the Raspberry Pi Foundation, not Adafruit. Adafruit is an authorized distributor of Raspberry Pi products.

As of June 6, 2025, Adafruit offers several Raspberry Pi models for purchase, including:

- Raspberry Pi 4 Model B: Available in multiple configurations, such as the 4GB RAM version.

- Raspberry Pi 400 Desktop: A complete personal computer integrated into a keyboard, priced at $60 for the computer only.

- Raspberry Pi 500 Desktop: The latest model, also integrated into a keyboard, priced at $90 for the computer only.

These products are listed as in stock on Adafruit's official website.

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Spelling variants (same manufacturer)

Raspberry Pi computer - 3 citations

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Product FAQ

How does the Adafruit Raspberry Pi computer board compare to other single-board computers in the market?

What specific identification details should I include when referencing this Raspberry Pi board in academic or professional work?

What computing systems and accessories are compatible with this Raspberry Pi board?

What research and development domains most frequently utilize this Raspberry Pi board?

What unexpected scientific innovation is associated with Raspberry Pi technology?

2 protocols using «raspberry pi computer board»

Colorimetric Detection Device Protocol

2017

Test strips were imaged using a portable imaging device designed specifically for colorimetric detection and quantification. The device consists of a 5 megapixel 1080p HD CMOS camera (Rasbperry Pi), focusing lens and LEDs (Thorlabs Inc), raspberry Pi computer board, rechargeable lithium ion battery pack (Adafruit Industries) and slide out cassette tray, all surrounded by a 3D printed light tight container. Once the cassette is inserted into the imaging device, it is automatically imaged and processed using a custom python script.

Vemulapati S., Rey E., O’Dell D., Mehta S, & Erickson D. (2017). A Quantitative Point-of-Need Assay for the Assessment of Vitamin D3 Deficiency. Scientific Reports, 7, 14142.

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Colorimetric Test Strip Imaging Device

Cited 1 time 2017

Test strips were imaged by a portable imaging device similar to one previously described by Lu et al.²¹. Briefly, the device consists of a 5 megapixel 1080p HD CMOS camera (Raspberry Pi, Cambridge, UK), focusing lens and LEDs (Thorlabs Inc., Newton, NJ, USA), Raspberry Pi computer board, rechargeable lithium ion battery pack (Adafruit Industries, New York, NY, USA), and cassette tray, all surrounded by a 3D-printed light-tight container. The device used in this work is different from the one used by Lu et al²¹. in that it does not have any filters, as the measurements in this paper are all colorimetric rather than fluorescent.
After the test strip cassette was placed in the device, we started the imaging. We ran the imaging program via a laptop connected to the imaging device through Wi-Fi. The device then took an image approximately every 10 seconds for a total of 100 images. We processed the images using a Python script which cropped each picture to contain the appropriate portion of the image and determined the test and control line intensities.

Rey E., O’Dell D., Mehta S, & Erickson D. (2017). Mitigating the hook effect in lateral flow sandwich immunoassays using real-time reaction kinetics. Analytical chemistry, 89(9), 5095-5100.

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