Menu handler

Endego’s cutting-edge solutions for rear automotive lighting .

At Endego, we pride ourselves on pushing the boundaries of innovation in automotive lighting technology. Our latest case study exemplifies our expertise and commitment to delivering state-of-the-art solutions for our clients. In this post, we delve into our recent collaboration with a Tier 1 customer, a leading supplier to major OEMs, to create a groundbreaking rear lighting variant.

Industry
  • automotive

Challenge: Engineering expertise needed 

Our client, a renowned Tier 1 customer serving the majority of OEMs, faced a significant challenge. They required highly skilled hardware engineers to assist in the electronic design for a new rear lighting variant. The complexity of this task demanded a partner with extensive experience and a deep understanding of advanced lighting technologies. 

Solution: Endego’s comprehensive approach 

Endego stepped up to the challenge by providing a dedicated hardware team equipped to handle all aspects of the project. Our team was responsible for the PCB design, and both analog and digital electronic design and simulation. We also ensured seamless data communication between the rear lighting (RL) and the Body Control Module (BCM). 

Key elements of our solution included: 

  • PCB Design: Our experts meticulously designed the printed circuit boards to ensure optimal performance and reliability. 
  • Analog & Digital Electronic Design: We leveraged our deep knowledge in both analog and digital domains to create sophisticated electronic circuits. 
  • Simulation: Using advanced simulation tools, we validated our designs to ensure they met all specifications and performance requirements. 
  • Data Communication: Ensuring robust and reliable data exchange between RL and BCM was critical to the success of the project. 

Technologies: Leveraging cutting-edge tools 

To deliver this solution, we utilized a range of advanced technologies: 

  • Schematic and PCB design: Altium Designer was our tool of choice for schematic capture and PCB layout. 
  • Electromagnetic Compatibility (EMC): We conducted thorough internal and external EMC testing to ensure compliance with stringent automotive standards. 
  • Simulation tools: LTspice was used for analog circuit simulation, ensuring our designs were robust and efficient. 
  • Communication protocols: We employed CAN/LIN protocols for reliable in-vehicle communication. 
  • CAE tools: Our team used various CAE tools to assist in the design and analysis process. 
  • Light spectrometer: The GLConnection light spectrometer played a crucial role in validating the lighting performance. 
  • Load boxes and testing: We used load boxes for rigorous testing of our designs under different load conditions. 
  • Collaboration tools: TeamCenter and Rational Team Concert facilitated seamless collaboration and project management across our team. 

Trends in Automotive Lighting 

The automotive lighting industry is evolving rapidly, driven by several key trends: 

  • Integration with vehicle systems: Increasing integration of lighting systems with other vehicle electronics for improved functionality and safety. 
  • Advanced communication protocols: Adoption of advanced communication protocols like CAN/LIN for better control and diagnostics. 
  • Enhanced EMC requirements: Stricter electromagnetic compatibility requirements to ensure that lighting systems do not interfere with other vehicle electronics. 
  • Simulation and testing tools: Greater reliance on simulation and testing tools to validate designs and ensure performance under various conditions. 
  • Customization and flexibility: Growing demand for customizable lighting solutions to meet diverse design preferences and regulatory requirements. 

Endego’s competencies 

Endego’s competencies in lighting and optics are extensive, encompassing all aspects of design, development, and validation. Our expertise includes: 

  • Optical Design: Creating efficient and innovative optical systems for automotive lighting. 
  • Simulation & Validation: Using advanced simulation tools to ensure our designs meet all performance and safety standards. 
  • Prototyping & Testing: Rapid prototyping capabilities and comprehensive testing facilities to bring concepts to life. 
  • Regulatory Compliance: Ensuring all designs comply with relevant automotive standards and regulations. 

For more detailed insights into our competencies, visit our Lighting & Optics page. 

Endego’s recent project with a Tier 1 customer highlights our capability to tackle complex challenges and deliver innovative rear lighting solutions. By leveraging cutting-edge technologies and our extensive expertise, we ensured the successful development of a new lighting variant that meets the highest standards of performance and reliability. 

For inquiries or more information about our services, feel free to contact us. 

Let's talk about your project


You may also be interested in

The Impact of Thermal Management Efficiency on the Operational Cost-Effectiveness of Electric Buses

The electrification of public transportation in Poland is now an integral part of urban mobility policy and emission reduction strategies. Electric bus procurement programs (EBP) typically focus on two budget items: battery capacity and charging infrastructure.

Read more

How the rail industry is changing – and what it means for Engineering Service Providers in 2026 

2025 wasn’t just another year for rail – it was the moment the sector switched tracks from slow, incremental upgrades to full-scale digital and operational transformation. 

Read more

Automotive exterior lighting – factors defining a rear lamp electrical design

Filament bulbs are becoming an outdated technology now. Modern lamps are typically equipped with LED light sources. Thanks to that automotive lamps can be more power efficient however, another LED advantage is more important in reality. These light sources allow for much higher optical and shape design flexibility. It is obvious, that exterior lighting is an important contributor in the modern look of a vehicle. 

Read more

Newsletter

Drive innovation:
Subscribe for key insights