The current bigger hall sensing joystick was finished first in the middle of the design work for use on our controller.” “In fact, in the early stage of our design work, we started to design for a smaller hall-sensing electromagnetic joystick for Joy-con, and we are now still working on this and will finish it soon in the near future so that it can be put into smaller devices. Jack He also hints at a potential design in the works for a smaller analogue stick, one that may well fit inside a Joy-Con: Over time these parts can be worn out badly and cause unknown liquids, dust, or residues inside which result in connection failure, performance degradation, and drifting is the common phenomenon.”
“Normal sticks use carbon film type potentiometer, in which there is always friction between the metal contact part and carbon film material. Therefore, neither sensor nor magnet has physical wear against each other, and there is almost no loss on themselves for a long time. When the sensor detects the magnetic field is working, the sensor itself has no physical contact with the magnet. ‘Hall Effect’ is essentially the principle of the electricity difference generated when the current passes through a conductor in the magnetic field. “Each Hall-sensing joystick has two hall sensors and two magnets.
He goes onto explaining the inner workings of the analogue sticks, so this is one for all you tech-heads out there:
Until now, I also have met this issue on the latest PS5 DualSense and Xbox Series controllers." "When I was still a student, I encountered the problem of stick drift when I used the PS1 controller with thumbstick.
#TRIALS OF MANA MOBILE CONTROLLER SUPPORT PRO#
Update: Wed 11th May, 2022 13:40 BST: Jack He, business director of Gulikit, has spoken with WePC regarding the design of the KingKong 2 Pro controller and how the company intends to revolutionise analogue sticks and eliminate drifting issues:
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