The Extreme Physics Instrument for Comprehensive Measurement (EPIC), developed by Startorus Fusion, serves as a precise multi-physics monitoring system for high-temperature superconducting magnets and as a versatile measurement tool for various physical fields in fusion and other physics experiments. The system features a compact 2U chassis equipped with hot-swappable, high-precision acquisition cards capable of real-time monitoring of multiple experimental signals, including temperature, magnetic field, voltage, current, and stress. Its modular design supports flexible configurations, offering a range of subcards tailored to specific experimental needs, such as temperature, voltage, current, magnetic field, and stress measurement. Leveraging FPGA-based hardware-synchronized acquisition technology, EPIC ensures parallel data collection of physical parameters with microsecond-level time synchronization. It supports a master-slave operation mode, enabling multiple units to work collabora