Makers and Raspberry Pi enthusiasts interested in building their very own eInk display or smart mirror may be interested in a new project by Ben Roe. This innovative project utilizes a Raspberry Pi Zero W, which costs roughly $10, together with a 7.5 inch Waveshare E Ink display priced at around $49, a microSD card, and a micro USB power adapter. This combination of affordable components makes it accessible for hobbyists and tech enthusiasts alike.
Utilizing the MagicMirror2 Platform
The project leverages the open-source MagicMirror2 platform, a popular choice for creating smart mirrors. However, Ben has taken it a step further by writing custom code that adapts the software to run on black and white E Ink displays. This adaptation is particularly useful because E Ink displays are known for their low power consumption and excellent readability in various lighting conditions, making them ideal for a smart mirror or information display.
For those interested in replicating this project, Ben has made all the necessary code available on the Maker Tutorials website. The site provides detailed instructions and links to the MagicMirror2 platform, ensuring that even beginners can follow along. Additionally, the code is also available on Github, making it easy to access and contribute to.
Building the Smart Mirror
Ben has also enhanced his smart display with a 3D printed frame, creating a sleek and professional-looking desktop information center. The frame not only adds aesthetic value but also provides structural support for the components. The use of a Raspberry Pi Zero W, a wireless low-powered mini PC, ensures that the smart mirror is both efficient and versatile.
The project is a fantastic example of how Raspberry Pi can be used to create practical and innovative devices. If you enjoy building Pi projects, you might be interested in our comprehensive list of Raspberry Pi displays, HATS, and small screens. This guide provides a wealth of information on various displays and accessories that can be used to enhance your Raspberry Pi projects.
Additional Considerations and Enhancements
When building your own smart mirror or eInk display, there are several additional considerations to keep in mind. For instance, you might want to explore different sizes and types of E Ink displays to suit your specific needs. Larger displays can provide more information at a glance, while smaller ones can be more discreet and portable.
Moreover, the software can be further customized to display a variety of information, such as weather updates, news headlines, calendar events, and more. By integrating additional sensors and modules, you can expand the functionality of your smart mirror. For example, adding a motion sensor can enable the display to turn on only when someone is nearby, conserving energy.
Another enhancement could be the integration of voice control using platforms like Google Assistant or Amazon Alexa. This would allow users to interact with the smart mirror using voice commands, making it even more user-friendly and interactive.
In conclusion, Ben Roe’s project is an excellent starting point for anyone interested in creating their own smart mirror or eInk display. By utilizing affordable components and open-source software, this project demonstrates the versatility and potential of Raspberry Pi. Whether you’re a seasoned maker or a beginner, this project offers a rewarding and educational experience.
Source: Liliputing : Github : Ben Roe : Reddit
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