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Advanced Industrial R&D

Advanced Industrial R&D

Fast-track Industrial R&D
Consider QUARC for cost-effective prototyping. That is, for new functions in different types of industrial processes and devices controlled with a complex distributed control system. QUARC seamlessly integrates with Simulink® and presents a powerful Rapid Control Prototyping (RCP) platform that meets industrial research and development demands.

Software Designed by Control Engineers for Control Engineers
QUARC allows engineers to evaluate and refine different control solutions in real-time without common delays. Control engineers manage increasingly more complex tasks. Now, their productivity can be enhanced when they develop strategies in this familiar modeling environment. Better still, the model is translated to C-code automatically. Generating countless iterations of Simulink® control designs becomes almost effortless and without manual coding.

When combined with a Quanser Power Amplifiers and a Quanser Data Acquisition Card, QUARC provides an ideal rapid prototyping and hardware-in-the-loop development environment. QUARC is adaptable to virtually any mechatronic interfaces and scalable for complex multi-input and multi-output systems. For a fraction of the cost of comparable systems, you can convert your PC into a powerful platform for controls development and deployment.

12 Reasons to Choose QUARC for Rapid Control Prototyping

  1. Flexible and extensible communications blocks configurable for real-time TCP/IP, UDP, serial, shared memory and other protocols
  2. Performance Diagnostics
  3. Simulink Coder Code Optimization support
  4. Modularity and incremental builds via model referencing
  5. Control of Thread priorities and CPU Affinity
  6. Asynchronous execution (e.g., ideal for efficient communication)
  7. Simultaneously run any number of models on a single or multiple target(s)
  8. Self-booting model for embedded targets
  9. External Hardware-In-the-Loop card and communication interfacing provided in C/C++, MATLAB, LabVIEW, and .NET languages
  10. Multiprocessor (SMP) support, e.g., on a quad-core Windows target QUARC models can take advantage of all four cores.
  11. Visualization blockset for 3D visualization of simulation or actual hardware in real-time
  12. Ability to interface with MATLAB GUIs, LabVIEW panels, and Altia

Control Software Product Range

  • industrial-adv

    Advanced Industrial R&D

  • clt-education

    Control Education

  • grad-level

    Graduate Level

  • innovative-research

    Innovative Research

  • quarc

    Quarc 2.2

iMath Asia
i-Math was incorporated in 2001 as an organization dedicated to delivering innovative high precision mathematical and control software solutions to the Educational, R&D, Engineering and Manufacturing industries in the ASEAN Region.

We offer unique and pioneeing 'state of the art' hardware and software solutions for business and educational needs.
Singapore's Office
i-Math Pte Ltd (HQ)
10 Ubi Crescent, #06-37, Ubi TechPark, Lobby C
Singapore 408564

Tel: (65) 6742 1250
Fax: (65) 6742 1440

Malaysia's Office
i-Math Sdn Bhd (686949-w)
A1-3A-49, Block A1, Leisure Commerce Square, No. 9, Jalan PJS 8/9, 46150, Petaling Jaya, Selangor, MALAYSIA

Tel: +603-78757222
Fax: +603-78757227