Description
Technical Specifications
- Product Model: Abaco X10-14210201/605-A53842-002
- Brand: Abaco Systems
- Warranty: One Year
- Input Voltage: 5 VDC / 12 VDC via VME backplane
- Operating Temperature: 0°C to +55°C
- Storage Temperature: -40°C to +85°C
- Response Time: ≤1 ms typical bus response
- Protection Class: IP20
- Accuracy Class: ±0.1% signal processing accuracy
- Output Frequency: Up to 40 MHz data processing capability
- Rated Current Range: Up to 3 A (depending on system load)
- Communication Interface: VMEbus Interface
- Supported Protocols: VME64, IEEE 1014 VMEbus standard
- Overload Capacity: Designed to operate within VME power tolerance limits (±5%)
- Dimensions: Standard 6U VME board, approximately 233 mm × 160 mm
Product Overview
The Abaco X10-14210201/605-A53842-002 is a VMEbus-based industrial computing module designed for high-reliability embedded control and data processing applications. Manufactured by Abaco Systems, a supplier of rugged embedded computing solutions, this module provides stable processing and communication capability within VME-based automation and control platforms.
Industrial and mission-critical systems often require deterministic data handling and reliable communication across multiple subsystems. This VME module enables high-speed data exchange through the VME64 bus architecture, supporting real-time signal processing and system-level control tasks. Its architecture allows seamless integration into existing VME racks used in industrial automation, defense systems, and complex monitoring platforms.
Abaco Systems modules are commonly used in environments where long-term reliability and system compatibility are essential. By incorporating this board into a VME chassis, system integrators gain dependable processing capability, stable bus communication, and compatibility with a wide range of industrial control and monitoring solutions.
Key Functions
High-Speed VMEbus Data Communication
The module interfaces directly with the VME64 backplane, enabling fast and deterministic communication between system components. This capability supports applications requiring synchronized data transfer and real-time processing.
Embedded Control and Data Processing
Equipped to handle complex control tasks, the board processes incoming signals and system commands with low latency. It is suitable for industrial automation platforms where consistent performance is critical.
System Integration Flexibility
Designed according to the IEEE 1014 VME standard, the module can be installed in a wide range of VME chassis systems. This simplifies upgrades and system expansion without requiring major hardware redesign.
Reliable Operation in Industrial Environments
The hardware architecture supports stable performance under continuous operation. Built-in protection and monitoring features help maintain operational stability within control cabinets and industrial racks.
Application Scenarios
Industrial Automation Control Systems
Manufacturing plants often rely on modular computing platforms for machine control and data acquisition. This VME module provides reliable processing capability for distributed automation systems.
Power Generation Monitoring Platforms
Power plants use VME-based systems to manage turbine monitoring, control loops, and data acquisition. The module enables fast communication between monitoring subsystems and control processors.
Aerospace and Defense Embedded Systems
VME architecture remains widely used in mission-critical electronics. This board can be integrated into radar control, simulation systems, or real-time data processing environments.
Large-Scale Data Acquisition Systems
Facilities that collect high-speed sensor data—such as research laboratories and industrial testing platforms—use VME modules to process and transfer measurement data efficiently within the control architecture.
