The MIMO vibration controller uses multi-DSP parallel processing technology and distributed modular design to control various vibration modes. It combines matrix decoupling, diagonal-first matrix compensation, partial coherence techniques, and complex heterodyne methods. Over 20 years, advanced technologies have been developed for vibration control technologies like MIMO sine wave, random, classic shock, transient shock, and road simulation. MIMO vibration controllers are suitable for controlling electric and tric/hydraulic vibration tables, with output drive and input acquisition modules available for up to 16 drive channels and 136 input channel arrangements.

Full control and auxiliary functions for signals in multi-input, multi-output vibration tests improve test accuracy.