Rapid Control Prototyping
RCP
Product Series
Flagship Products
Mid-range Product
Packaged Software
  • MT 1070 RCP
    MT 1070 RCP
    Mature High-performance Prototyping Platform
    MT 1070 RCP
    MT 1070 RCP
  • MT 1050 RCP
    MT 1050 RCP
    Industrial Research Simulation Platform
    MT 1050 RCP
    MT 1050 RCP
  • StarSim RCP
    StarSim RCP
    PC-based software for rapid control prototyping systems
    StarSim RCP
    StarSim RCP
Product Series
Flagship Products
Mid-range Product
Packaged Software
  • MT 1070 RCP
    MT 1070 RCP
    Mature High-performance Prototyping Platform
    MT 1070 RCP
    MT 1070 RCP
  • MT 1050 RCP
    MT 1050 RCP
    Industrial Research Simulation Platform
    MT 1050 RCP
    MT 1050 RCP
  • StarSim RCP
    StarSim RCP
    PC-based software for rapid control prototyping systems
    StarSim RCP
    StarSim RCP
Brand New Highlights
Self-developed CPU+FPGA Hardware Architecture
Self-developed CPU+FPGA Hardware Architecture
Based on ZYNQ-7100 SOC chip with high performance dual-core ARM CPU and large-capacity FPGA resources, providing algorithm developers with a customised, high-performance RCP.
Compatible with Simulink
Compatible with Simulink
Support the user to write control algorithms through MATLAB/SIMULINK. It can complete the automatic generation of code and download, no need to carry out the underlying programming.
High Frequency Control
High Frequency Control
By adopting the Bare-metal technology to replace real-time operating systems, it fully utilizes the advantages of Bare-metal, such as no OS overhead and high determinism, to achieve control algorithm execution with a performance of up to 50k.
Motor Encoder Handling Function
Motor Encoder Handling Function
Equipped with motor signal acquisition and processing modules such as Encoder, Hall and Resolver to realize precise motor control.
Performance Overview

  • Product
  • Overall Performance
  • CPU Performance
  • FPGA Performance
  • Expansion Capability
  • MT 1070 RCP
    MT 1070 RCP
  • MT 1050 RCP
    MT 1050 RCP
Performance Overview

  • MT 1070 RCP
    MT 1070 RCP
    Overall Performance
    CPU Performance
    FPGA Performance
    Expansion Capability
  • MT 1050 RCP
    MT 1050 RCP
    Overall Performance
    CPU Performance
    FPGA Performance
    Expansion Capability
Featured Technologies
  • High Frequency Control
    Bare-metal technology is used as an alternative to real-time operating system technology, taking full advantage of Bare-metal's no OS Overhead and high determinism to achieve up to 50K control algorithm operation.
  • Motor Encoder Handling
    Equipped with motor signal acquisition and processing modules such as Encoder, Hall and Resolver to realize precise motor control.
  • PWM Pulse Generation
    Built-in two-level bridge and NPC-type three-level bridge PWM pulse generation module, can set the PWM pulse frequency, initial phase and dead time.
High Frequency Control
Motor Encoder Handling
PWM Pulse Generation
Application Scenarios
  • Renewable Energy Renewable Energy
    Renewable Energy
  • Microgrid Master Testing Microgrid Master Testing
    Microgrid Master Testing
  • RCP Power Physical Control RCP Power Physical Control
    RCP Power Physical Control
  • Innovative Teaching Experimental Programme Innovative Teaching Experimental Programme
    Innovative Teaching Experimental Programme
Renewable Energy
01
Renewable Energy
The development of new energy is the trend of future energy. It is of great significance to study the safety, efficiency, green, and environmentally friendly utilization of energy in various aspects such as development, utilization, transmission, distribution, and consumption.
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Microgrid Master Testing
02
Microgrid Master Testing
Due to the flexible structure and diverse components of microgrids, the traditional method of building small-scale physical systems has faced significant challenges. The use of simulation to construct and study/test microgrids has been increasingly widely applied.
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RCP Power Physical Control
03
RCP Power Physical Control
The distinctive Power Physical Rapid Control Experimental System launched by Modelingtech combines virtual and physical elements, which enables better cultivation of students' practical and hands-on abilities.
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Innovative Teaching Experimental Programme
04
Innovative Teaching Experimental Programme
With the increase in the number of experimental projects across disciplines and students, traditional electrical laboratories and the quantity of experimental instruments are insufficient to meet the needs of students. As a result, the concept of simulation-based laboratory teaching, which can complement physical experiments, has become a focal point of attention for schools.
Explore More
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