There is an easy solution to that. The internal pad, where the toe sits on, could be removable. This way, both the battery can be replaceable, and the electronics board.
Another idea, could be to implement wireless charging for the lights, since it’s not easy to fit a charging port on a shoe.
I think that you misunderstood my comment.
The video shows how SLI makes the frame pacing more inconsistent, which is a known issue when multiple GPUs work together to solve the same problem.
What I am talking about is more like Nvidia Optimus. This is a common technology on laptops, where the display is connected to the low power iGPU, while games can use the dedicated Nvidia chipset.
I don’t know about potential frame pacing issues on these technologies, and it seems like it was not addressed in the video either. However, I know that newer laptops have a switching chip that connects the display to the dedicated GPU, which, I think, aims on lowering the latency.
You can still use such GPU as an accelerator either for running AI, or for gaming. In either case, given that you workload is Vulkan-based on Linux, you can use vkdevicechooser.
Of course, you will need a second GPU (even the CPU’s integrated one) to connect your display(s).
I had such a relationship, that recently ended. Apparently, I was not supportive enough.
Breaking up was a big relief, although I am still a bit worried about them.
It would amazing if we had an app that controls the shoe lights. I love needing an app for every single product/device I buy.
However, I can think of some use cases for “smart” RGB shoes