Case Study: Alpha Micro’s Contribution to the DSKY Moonwatch Development

Case Study: Alpha Micro’s Contribution to the DSKY Moonwatch Development

Introduction

Alpha Micro, a leading supplier of innovative electronic components and modules, has been instrumental in the development of the DSKY Moonwatch. This unique timepiece, available for purchase on Apollo Instruments’ website, integrates state-of-the-art GNSS modules and reliable power solutions sourced from Alpha Micro. This case study explores how Alpha Micro’s products played a pivotal role in creating the DSKY Moonwatch, enhancing its functionality and ensuring its reliability.

The DSKY Moonwatch, inspired by the Apollo Guidance Computer’s display and keyboard DSKY, (Dis-Key) interface used during NASA’s Apollo missions, combines historical aesthetics with modern technology. To achieve this blend, Apollo Instruments required advanced components that could provide precise positioning and robust power management. Alpha Micro’s GNSS modules and batteries were the perfect solution.

Apollo Instruments came to life through the dedication of a highly experienced team of engineers, including software and electronics experts from a leading Formula One team. Mark Clayton, the founder of Apollo Instruments, has driven this development with his personal passion for space exploration, especially the Apollo Space Program.

In 2019, while working on a project involving miniature OLEO displays, Mark noticed the vibrant glow of these displays closely resembled the original electroluminescent display of the Apollo DSKY. This observation sparked his interest in designing an aesthetically accurate and functionally authentic reproduction of the Apollo DSKY, small enough to be worn on the wrist.

After four years of meticulous development, Apollo Instruments successfully completed a unique Moonwatch with a true lunar legacy.

The Role of GNSS Modules

For the DSKY Moonwatch, accurate timekeeping and location tracking were essential features. Apollo Instruments needed GNSS modules that could deliver:

•  High precision in positioning data.
•  Reliable performance under various environmental conditions.
•  Low power consumption to extend battery life.

Alpha Micro provided GNSS modules that met these stringent requirements. The modules offered by Alpha Micro are known for their:

•  High Sensitivity: Ensuring accurate location tracking even in challenging environments.
•  Low Power Consumption: Critical for maintaining battery life in a compact, wearable device.
•  Robust Design: Capable of withstanding the rigors of daily wear and varying environmental conditions.

These features made Alpha Micro’s GNSS modules an ideal choice for the DSKY Moonwatch, allowing it to offer precise GPS functionality and seamless integration into the watch’s design. They also commented that the new 10th Gen u-blox devices (link here) provide a significant improvement in antenna sensitivity over the 9th gen which helps with compromised antenna Integrations and in particular near body use.

Power Solutions with Alpha Micro’s Batteries

The DSKY Moonwatch needed a reliable power source to support its advanced features without compromising on size or weight. The key requirements included:

•  High energy density to ensure long battery life.
•  Compact size to fit within the watch’s slim profile.
•  Safety and reliability to meet consumer electronics standards.

Alpha Micro supplied high-performance batteries that provided:

•  Long Battery Life: Essential for the watch to function effectively over extended periods without frequent recharging.
•  Compact and Lightweight Design: Ensuring that the watch remains comfortable and stylish.
•  Safety Features: Including overcharge and short-circuit protection to enhance user safety and product reliability.

These batteries enabled the DSKY Moonwatch to maintain its sleek design while delivering consistent performance, a crucial factor for consumer satisfaction. The major factor for Apollo Instruments in approaching Alpha Micro for their battery products was the fact that they were confident in the compliance testing and documentation provided. They found that even with large notable battery suppliers in China that the documentation was not standing up to scrutiny with notable documents were either unavailable or misrepresented the batteries being offered with errors such as incorrect chemistry details. You can find out more about Alpha Micro’s batteries options by clicking here.

Conclusion

Alpha Micro worked closely with Apollo Instruments throughout the development process, offering technical support and ensuring seamless integration of the GNSS modules and batteries into the DSKY Moonwatch. This collaboration included:

•  Technical Consultation: Advising on the best components to meet the watch’s design and functional requirements.
•  Customisation: Tailoring solutions to fit the specific needs of the DSKY Moonwatch.
•  Ongoing Support: Providing assistance during the prototyping and testing phases to ensure optimal performance.

The collaboration between Alpha Micro and Apollo Instruments resulted in a highly functional, reliable, and stylish DSKY Moonwatch.

Alpha Micro’s GNSS modules and batteries played a critical role in the development of the DSKY Moonwatch, enabling Apollo Instruments to create a unique timepiece that honors the legacy of the Apollo missions while incorporating cutting-edge technology. This case study highlights the importance of selecting high-quality components and the value of close collaboration between suppliers and manufacturers in bringing innovative products to market. It has been a privilege to assist with the product selection during this development and to witness the remarkable progress that the Apollo instruments team has achieved over the last 4 years.

For more information about Alpha Micro and their range of products, visit Alpha Micro’s website. To purchase the DSKY Moonwatch, visit www.apollo-instruments.com.