preloader
Make It Embedded
Make It Embedded

HIL Building Subscription Plan: Pioneering Efficiency in Testing and Validation

Step into the future of embedded systems testing with Make_It_Embedded’s HIL Building Subscription Plan. Our dedicated team specializes in constructing Hardware-in-the-Loop (HIL) benches tailored to test and validate your Electronic Control Units (ECUs). From ECUs integration to harness building and Rest Bus Simulation, we provide a comprehensive solution that ensures the robustness and reliability of your embedded systems.

Key Components:

  1. ECUs Integration:
    Seamless integration of Electronic Control Units (ECUs) into the HIL benches for thorough testing and validation.
  2. Harness Building:
    Tailored harness construction to facilitate the connection between ECUs and the HIL benches, ensuring accurate data exchange.
  3. Rest Bus Simulation:
    Implementation of Rest Bus Simulation to emulate realistic communication scenarios, enhancing the testing environment.
  4. IEEE 802.11 Time Synchronization:
    Precise time synchronization (IEEE 802.11) to ensure coordinated communication and accurate data capture during testing.
  1. Hardware Configuration CAN/ETH:
    Configuring hardware components, including Controller Area Network (CAN) and Ethernet (ETH), to meet specific testing requirements.
  2. HIL - Remote Control:
    Remote control capabilities for the HIL benches, allowing testing to be conducted from any location for enhanced flexibility.
  3. EMC lab:
    Access to Electromagnetic Compatibility (EMC) chambers for comprehensive testing, ensuring your embedded systems meet stringent electromagnetic standards.
  4. Software Validation:
    Rigorous software validation to guarantee the reliability and functionality of the integrated systems.

Subscription Details:

  • Hardware and Software Requirements:
    Determination of necessary hardware and software needs, including licenses for a seamless testing environment.
  • Remote Usage:
    HIL benches can be utilized remotely and deployed in secure locations for convenience and data protection.
  • EMC Laboratory Access:
    Optional access to EMC testing laboratories for a thorough assessment of electromagnetic compatibility.

Workflow Highlights:

  1. Needs Assessment:
    Collaborative determination of hardware, software, and licensing requirements for the HIL benches.
  2. Bench Deployment:
    Construction and deployment of HIL benches equipped with all necessary components for testing.
  3. Remote Testing:
    Utilization of remote control capabilities, enabling testing from any location and ensuring flexibility in the testing process.
  4. EMC Testing:
    Optional access to EMC testing laboratories for a comprehensive evaluation of electromagnetic compatibility.

Questions & Answers:

How are hardware and software requirements determined for the HIL benches?

We collaboratively assess the specific needs of your testing environment to determine the necessary hardware, software, and licenses.

Can the HIL benches be deployed on-site or remotely?

Yes, the HIL benches are designed to be deployed either on-site or remotely, providing flexibility based on your testing preferences.

Is access to EMC testing laboratories mandatory?

No, it is optional. You can choose to access EMC testing laboratories for a comprehensive evaluation of electromagnetic compatibility.

How is remote testing facilitated with HIL benches?

Our HIL benches are equipped with remote control capabilities, allowing for testing from any location, enhancing flexibility in the testing process.

Embrace the future of embedded systems testing with Make_It_Embedded’s HIL Building Subscription Plan. Witness unparalleled efficiency and reliability in the validation of your Electronic Control Units, supported by cutting-edge technology and a commitment to excellence.

Get in Touch

Have Any Questions?

    Call Us.

    +49 178-206-0223
    +33 651-886-715

    Email Us.

    contact@makeitembeded.com

    Address.

    2 Avenue du camp de Royallieu – 60200 COMPIEGNE

    X