Universal Main Control Board
The main control board serves as the central management unit that coordinates system timing, data flow, and motion algorithms.
Key Features
- High-performance 32-bit processor architecture
- Fully 3.3V-compatible signal infrastructure
- 3 I²C ports (1 main bus + 1 internal distribution + 1 additional expansion port)
- 2 UART connectors (for sensors, control panels, external MCUs, or custom communication)
- Bidirectional PC communication via Ethernet
- Ultra-low-latency module communication
- Real-time motion control algorithms
- Daisy-chain architecture for modular expansion
- ESD, reverse-polarity, and EMI protection
Ethernet Communication
The main board communicates over Ethernet with:
- PC systems
- Simulator control software
- Motion engine managers
- Telemetry and configuration tools
Supported Protocols
- UDP – ideal for real-time simulation data
- TCP – for reliable data transfer and configuration tools
- Custom control protocols
Thanks to its Ethernet interface, the system integrates seamlessly with VR simulation software, game engines (Unity, Unreal), CNC control applications, and custom robotic control panels.
12-Channel Encoder Reader Board
The encoder module provides precise positional feedback for multi-axis systems.
Technical Specifications
- 12 independent A/B quadrature inputs
- High-speed edge detection engine
- Hardware-based signal filtering
- Noise suppression and industrial-grade EMI protection
- Quadrature resolution enhancement (1× – 4×)
- I²C communication over a single cable
- Daisy-chain expandability
12-Channel STEP/DIR Output Board
This module provides 12 independent channels for controlling external stepper motor drivers.
Key Features
- Stable, low-jitter STEP pulse generation
- DIR output with instantaneous direction switching support
- Compatible with all major drivers (TMC, TB67, TB6600, DM series, etc.)
- Synchronized multi-axis motion support
- 3.3V-level compatible digital outputs
32-Channel PWM Output Module (2×16 I²C PWM)
This module provides high-resolution PWM control for servo motors, lighting effects, fan regulation, and vibration mechanisms.
Technical Specifications
- A total of 32 independent PWM outputs
- 12-bit resolution
- Low-jitter PWM signal generation
- I²C addressing and expansion support
- 3.3V-compatible output levels
16-Channel Analog Input Board
This module provides sensor-based analog feedback for the system.
Technical Specifications
- 16 independent ADC channels
- High resolution with low-noise performance
- Fully compatible with potentiometers, accelerometers, pressure sensors, and similar analog sources
- 3.3V-level compatible inputs
- Modular I²C communication architecture
16-Channel Analog Output Board
This module enables precise voltage generation within the system and provides a flexible solution for all applications requiring multi-channel analog control.
Technical Specifications
- 16 independent DAC channels
- High-resolution, low-noise analog output
- Linear and stable voltage generation between 0–3.3V
- Fully compatible with motor driver reference control, sensor simulation, and effect generation
- 3.3V-level compatible outputs
- Modular I²C communication architecture
Advantages of the Expandable Communication Architecture
With the newly added interfaces, the system is now capable of supporting large-scale and highly modular projects.
Additional UART Ports
- External sensor modules
- Motor driver telemetry
- Remote control panels
- Specialized position sensors in simulator systems
- Safety and status feedback mechanisms
Additional I²C Expansion Connector
- Easy integration of new modules
- Expansion without cable clutter
- Support for adding ADC, DAC, EEPROM, and various sensor modules
Centralized Management via Ethernet
- PC-based profile loading
- Transfer of motion scenarios
- Real-time connection with VR simulator software
- Bridge functionality for CNC/G-code systems
- Remote monitoring and maintenance
Applications in Simulator and Automation Systems
This modular architecture is particularly suitable for:
- 3DOF, 4DOF, and 6DOF motion platforms
- VR cinema motion seats
- Flight simulators (pitch–roll–yaw)
- Vehicle driving simulators
- Industrial testing mechanisms
- Multi-axis CNC systems
- Robotic arms and automation projects
is optimized for.
For detailed information, technical support, or collaboration inquiries, please contact us.