Quality. Performance. Convenience.

Designed to meet the rigorous demands of educational environments, our FPGA based HIL101 offers high performance and advanced industry-grade capabilities combined with unparalleled ease of use – all at an affordable price. 

FPGA Based Technology with High Precision at an Affordable Price

Unleash Your Academic Potential with the HIL101

Harnessing FPGA-based technology with high precision at an affordable price, the HIL101 is designed to elevate academic research and education. It serves as both an entry-level simulator and a crucial component of our flagship HIL solutions, proving indispensable for educational research.

The HIL101 meets the challenge of delivering ultra-high fidelity real-time Hardware-in-the-Loop (HIL) simulation at an affordable price. It provides high-precision simulations for digital power technologies and features an intuitive schematic editor and advanced compiler, enabling you to graphically build and effortlessly deploy real-time models in minutes. As an entry-level simulator for flagship HIL solutions trusted by major OEMs and system integrators, the HIL101 is an invaluable asset for academic research and education.

Our versatile toolchain also supports integrations with popular software like Matlab/Simulink, JMAG-RT, ANSYS, and other simulation tools. It enables seamless model imports from third-party tools, making the HIL101 a robust and adaptable testing environment suitable for applications such as battery storage, power quality, and motor drives, delivering accurate and reliable results.

Isometric, line drawing of the HIL404 with all the connectors.

Our HIL101 device enables:

  • Down to 250ns simulation step for general circuits.
  • 50ns DC-DC solver simulation step.
  • A 4.5ns GDS oversampling on all digital inputs. 
  • Up to 3 processing cores. 
  • Real-time emulation of non-linear machines with spatial harmonics.
  • Real-time emulation of semiconductor switches power losses. 
  • The most accurate Dual Active Bridge (DAB) converter model. 
  • The most accurate resonant DC/DC converter model.
  • JMAG-RT FEM electric machine model import. 
  • HIL connectivity exploded: USB3.0, Ethernet, Gb/s serial link, JTAG, General Purpose IO (GPIO). 
Maximize your academic potential with our advanced simulation tools.

Seamless Integration with TyphoonSim

Enhance the HIL101 experience by pairing it with our TyphoonSim offline simulator, available for free to academia. This bundle unlocks the full potential of Typhoon HIL integrated solutions, empowering researchers, educators, and students to maximize the benefits of model-based engineering effortlessly, from design to HIL testing. Our integrated environment provides a smooth transition from offline simulation to real-time testing, significantly enhancing your projects and workflow. 

Unlock your academic potential with the HIL101 and experience the perfect blend of advanced capabilities, ease of use, and affordability.

HIL101 Technical Details
Processor Zynq Ultrascale SoC
Channels 16 x Analog inputs (AI);
16 x Analog outputs (AO);
32 x Digital inputs (DI);
32 x Digital outputs (DO)
Resolution 16 bit
Connectivity Ethernet;
USB 3.0
Housing 293 x 195 x 52 [mm], 2.1 kg
Software Typhoon HIL Control Center (THCC)

Setting new standards in HIL simulations for education.

The HIL101 represents a leap forward in academic research and education, blending high-performance FPGA-based simulation capability with unparalleled ease of use and affordability.  It equips students and educators across diverse power engineering disciplines with a veratile tool capable of both rapid control prototyping and advanced real-time simulations.

Dusan Majstorovic headshot
Dusan Majstorovic

Chief Technology Officer

TyphoonSim and HIL101 Webinar Hero