The video starts with the creator's frustration over Apple's lack of a USB-C iPhone. They decide to make their own by documenting the entire process. They begin with clear goals: to make a functional USB-C iPhone. The creator's journey involves reverse engineering Lightning and USB-C connectors, finding a suitable gap in the iPhone for their custom board, and designing custom 3D printed brackets to protect the device during modifications. The result is a functional USB-C iPhone, marking a significant DIY achievement. The project is now open source on GitHub, and the creator invites others to contribute or suggest future projects.
Sure, here are the key facts extracted from the text:
1. The author decided to make a USB-C iPhone after waiting for Apple to release one.
2. The author documented the process in a video.
3. The author set clear goals for the project, including charging and data functionality.
4. They attempted to modify a Lightning to USB-C cable to fit inside the iPhone.
5. They successfully tested the modified cable with the iPhone X.
6. The author used continuity tests to analyze cable connections.
7. A 5.1kΩ resistor was added to address reversibility.
8. The Lightning side of the project involved reverse-engineering the C94 connector.
9. The author encountered challenges due to underfill on the C94 board.
10. The author conducted research on fake C94 connectors.
11. They used an agent to ship components from China to Switzerland.
12. The author reverse-engineered the fake C94 board.
13. Schematics were created from measurements and tests.
14. Custom footprints for components were created for PCB design.
15. A PCB was ordered to test the schematic.
16. The PCB worked, and the author simplified the circuit.
17. The author aimed to fit the PCB inside the iPhone by utilizing a small gap.
18. Custom 3D printed brackets were designed to protect the iPhone during CNC machining.
19. An origin point was established for the CNC machine.
20. Mechanical support was added for the connector inside the iPhone.
21. The custom connector was successfully integrated into the iPhone.
22. The project was completed and shared as open source.
23. The author expressed motivation for future projects and encouraged suggestions.
24. The entire project is open source on GitHub for others to use and contribute to.