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Simulation modeling in high-tech industry

HIGH TECHNOLOGY

Modern high-tech companies provide their customers not only with physical products, but also with intellectual capabilities. How can the problem of constantly introducing high-tech innovations be solved, given the extremely short product life cycles and the need to maintain a competitive advantage?

Virtual prototyping based on models and data with multi-scale, high-precision simulation of various physical characteristics—mechanical, electromagnetic, hydrodynamic, and thermal—at all stages of the development process, from early concept to virtual testing for compliance with requirements, is the only way to remain competitive in a complex and dynamic industry.

Antenna Development and Certification

  • The antenna is a key component that enables wireless connectivity for smart devices. With tight deadlines and increasingly compact and complex devices, the development of high-performance antennas that meet regulatory requirements is critical to successful innovation and accelerated time to market in a highly competitive environment.

Electronics Design Analysis

  • Electronic devices are used everywhere and form the basis of modern technological society. Simulation plays a key role in the development of high-performance printed circuit boards and electronic components that function in accordance with international standards and regulations for electromagnetic compatibility and electromagnetic interference.

Battery technology

  • Electric vehicles use new energy sources – batteries. They must have as much capacity as possible so that drivers do not have to worry about driving range, and they must also ensure safety in unforeseen circumstances. Batteries are complex systems, so modern engineering technologies are needed at all stages of their production: from designing chemical properties and elements to developing modules and kits and installing them in finished cars.

Areas of application

  • Acoustics
  • Printed circuit boards
  • Computers and peripherals
  • Portable devices
  • Microelectromechanical systems
  • Paper feeders
  • Semiconductors