5G connectivity is the next technological revolution. This pervasive, ultrafast compute network will connect billions of devices with data on-demand. It will drive economic expansion in many sectors, spawn new products and services, and transform our lives as we know it.

Engineers design, optimize and integrate antennas with Ansys HFSS. HFSS automatically computes standard antenna metrics such as gain, return loss, input impedance, radiation efficiency and full 3D near and far field patterns.

Automotive paint shop is a critical part of car manufacturing, and this is not going to change with new wave of electric and autonomous vehicles. Painting is critical because it gives a feel for quality to customers and is critical for corrosion protection in the long run.

Batteries are the key driver in the world of portable devices. They are the critical component of our portable gadgets and are becoming increasingly important in our vehicles as well.

The Internet of Things (IoT) has created the potential for the simulation of a product or process to be tied through the Internet to sensors capturing its data and to actuators controlling its operation; the result is a digital twin.

The electric machine design industry has developed rapidly in recent years. Designs need to be developed in short timescales, integrated and designed as part of a wider complex system, and designed to be manufactured at scale.

Fracture begins with the initiation of a crack, followed by its propagation and failure. Ansys FEA solutions offer a broad range of fracture mechanics tools to help you predict the potential for fracture in your products, so you can design them to avoid this undesirable outcome.

The Internet of Things (IoT) is about enabling connectivity and embedded intelligence in devices. This connectivity will greatly streamline communications among our electronic devices, improving the way we live, work and play.

Biomedical companies rely on Ansys software to keep us alive and deal with their unique industry challenges. The ability to innovate as well as provide the safe products that doctors and patients trust are crucial to medical device companies.

The Micro-Electromechanical System (MEMS) industry is a high technology field of very small devices that range from the micron range on down to even nanometers or Angstrom scales.

If you have a project involving quantum photonics, we can help you with the engineering and design by providing Ansys simulation software, training, and support as well as our consulting services.

Ansys Signal Integrity (SI) and power Integrity (PI) analysis products are essential for the design of high-speed serial channels, parallel buses and complete power delivery systems found in modern high-speed electronic devices.

Solar power will be one of the most important technologies in meeting our energy needs of the future. Taking advantage of both the bountiful energy of the sun and advancements in thin film manufacturing in the semiconductor industry, solar power is set to be as ubiquitous as plants and computers.

In today’s competitive business environment balancing the conflicting demands of miniaturization, performance and efficiency are paramount. In demanding Ball Grid Array (BGA) applications, the solder joints are a primary point of failure.

Tires are an essential component for all types of vehicles. It is important to understand how tires perform under different speeds, loads and operating conditions. Ansys offers a depth of capabilities to perform comprehensive tire simulations including mounting, inflation, loading, footprint, and steady state rolling.

Turbomachinery devices are extensively used as a significant player in most industries such as Automotive, Datacenters Cooling, IT-Hardware, Aerospace and Defense, Energy, Oil and Gas, HVAC, Chemical Processing, and Healthcare.