Context 

In the highly competitive world of elite motorsport, where milliseconds matter and reliability determines victory, a prestigious team entrusted FAE Technology with the development of a critical component: a high‑performance hydraulic actuation driver.

Challenges

The project required exceptional expertise in several areas:

  • Extreme miniaturization with minimal available space
  • High‑power management with superior efficiency 
  • Zero failure tolerance under harsh conditions (vibration, temperature, mechanical stress) 
  • Integration of state‑of‑the‑art Wide Band Gap (WBG) devices 

FAE Solutions

FAE has developed a miniaturized power‑electronics driver that delivered: 

1.

Ultra‑high‑frequency switching enabling drastic size reduction

2.

Higher energy efficiency than silicon‑based solutions

3.

Optimized thermal management in confined spaces

4.

Unprecedented power density

The manufacturing process required:
1.

PCB layout optimized for thermal management

2.

Precision assembly with miniaturized components and micrometric tolerances

3.

Certified quality process with 100% functional testing and extensive burn-in

4.

Protective encapsulation to withstand automotive mechanical stresses

Results

The module developed by FAE exceeded all expectations:

  • Significant size reduction vs. previous generations 
  • Maximum conversion efficiency 
  • Zero failures over two racing seasons 
  • Optimized operating temperature thanks to WBG technology 

Added Value

This project demonstrates FAE's ability to:

  • Master the most advanced technologies (WBG) in the automotive market
  • Manage projects with extremely high technical and manufacturing complexity
  • Ensure absolute reliability in mission-critical applications
  • Support customers from engineering to limited series production

“FAE has transformed extreme specifications into a product that works perfectly race after race. Their mastery of WBG technology and attention to quality have been decisive.”