Look at the complete path
The source, socket, adapter, connector and cable all affect the power delivered to the terminal. A setup that works with one cable may behave differently after extensions or extra connections are added.
Start with the manufacturer-specified power source and cable as a comparison. Record when the restart occurs and which combination produces it.
Understand why cable resistance matters
For a given power, a lower-voltage path carries more current. Cable and connector resistance can then create a larger voltage drop. A long or damaged cable can make the installed setup behave differently from a short bench test.
This explains a possible cause; it does not prove that voltage drop caused a particular restart. Do not change voltage or modify wiring without confirming the full equipment requirements.
Test one change at a time
- Remove unnecessary extensions and adapters.
- Check connector fit and visible cable condition.
- Disconnect other loads sharing the source.
- Try a known-working compatible cable.
- Compare results under a similar workload.
Measurements under load can help a qualified technician identify the loss. Do not probe unfamiliar live connections or bypass the source’s protection.
Use the intended MK-1 connection
MK-1 provides a dedicated DC output rated at 30V / 2A max for the intended Mini connection. Its USB-C input/output is a separate interface rated up to 65W.
Use the specified cable and mounting sequence. The integrated tripod can simplify positioning, but it does not remove the need to check cable routing and connector seating.
POWER + DEPLOY
Explore ROVEDGE MK-1.
See specifications, package details and the setup guide.