In this thesis, I have developed a new actuator driver of high-speed active vibration controller and made real-time active control system. This system included fastest processor in the DSP series, a Piezoelectric(PZT) driver, PZT actuator, and sensor. The system was developed to have very fast loop time for application to active vibration control. Also, a stable electronic control system was composed using PCB and a portable control system packed in a small box was composed for a practical purpose. This control system was upgraded from the previously developed system since multi-input and multi-output signals can be interfaced. Using the developed control system, an active vibration control test of a shell was performed, and through the test, the real-time control performance of the system was verified.