If you can’t find a phone to suit your style and needs, have you ever considered building your very own? If you fancy a challenge and have a few hours to spare, you can follow the instructions created by David Mellis, who has crafted his very own cellphone using an Arduino GSM shield.
Mellis is a PhD student at the MIT Media Lab and a co-founder of the Arduino electronics prototyping platform. He has created an awesome cellphone that users can build with step-by-step instructions.
Features of the Arduino GSM Shield Cellphone
As with any phone, the Arduino GSM Shield cellphone allows you to store names and phone numbers, display the time, and serve as an alarm clock. This DIY cellphone is not just a basic communication device; it comes with a range of features that make it quite functional. For instance, it includes a display, buttons, speaker, and microphone, making it a fully operational mobile phone.
Building Your Own Cellphone
The awesome DIY cellphone is capable of connecting to GSM networks in North America and uses a regular SIM card to make and receive phone calls and SMS messages. All the instructions and hardware you require are available on the GitHub website. The project consists of around 60 electronic components and a laser-cut enclosure.
Building your own cellphone can be a rewarding experience, especially if you are interested in electronics and DIY projects. It provides a hands-on way to learn about the inner workings of mobile phones and the Arduino platform. The project is designed to be accessible to hobbyists and students, offering a practical application of theoretical knowledge.
Moreover, the project encourages creativity and customization. You can modify the design, add new features, or even create your own unique enclosure. This level of customization is something you won’t find in commercially available phones, making the DIY cellphone a truly personalized gadget.
Watch out Apple and Samsung; there is a new phone on the block. The DIY cellphone project by David Mellis is not just a fun and educational project; it also challenges the conventional notion of mobile phone manufacturing. By empowering individuals to build their own devices, it opens up new possibilities for innovation and customization in the world of mobile technology.
Source: Design Boom
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