We have seen Windows 95 installed on an Android Wear smartwatch and also the Apple Watch, and now we have a video of Windows 7 running on an Android Wear smartwatch.
The video below, which was put together by Hacking Jules, shows Windows 7 running on an LG G Watch W100. Interestingly, it takes a total of three hours to boot.
Luckily, the video has been sped up so we don’t have to sit through the three-hour boot sequence for Windows 7.
Technical Challenges and Achievements
Running a full-fledged desktop operating system like Windows 7 on a device designed for a lightweight, mobile OS is no small feat. The LG G Watch W100, like most smartwatches, is built with limited processing power and memory compared to a typical desktop or laptop. This makes the achievement even more impressive. The process likely involved using an emulator to mimic the hardware environment that Windows 7 expects, which is a resource-intensive task.
The fact that it takes three hours to boot up Windows 7 on the smartwatch is a testament to the hardware limitations. The LG G Watch W100 is powered by a Qualcomm Snapdragon 400 processor and has 512MB of RAM, which is significantly less than the minimum requirements for running Windows 7 on a PC. Despite these limitations, the successful booting of Windows 7 demonstrates the flexibility and potential of modern emulation techniques.
Implications and Future Possibilities
This experiment opens up a range of possibilities for the future of wearable technology. While running a desktop OS on a smartwatch is not practical for everyday use, it showcases the potential for more powerful and versatile wearable devices in the future. As hardware continues to improve, we may see smartwatches capable of running more complex applications and operating systems.
Moreover, this kind of experimentation can inspire developers to think outside the box and push the boundaries of what is possible with current technology. It also highlights the importance of software optimization. If a resource-heavy OS like Windows 7 can be made to run on a smartwatch, it suggests that more lightweight and efficient software could significantly enhance the functionality of wearable devices.
In addition to the technical achievements, this experiment also serves as a fun and engaging way to explore the capabilities of modern technology. It captures the imagination and encourages a spirit of innovation and curiosity.
Source Hacking Jules,
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