indie develops mixed-signal semiconductors and software for automotive applications, enabling driver safety, automation, and enhanced in-cabin experiences. Their portfolio includes solutions for vision processing, radar, lighting, data transport, and photonics for LiDAR and sensing.
Funding
Funding not disclosed
Founders
Product
Problem
The automotive industry faces increasing demand for advanced sensing and connectivity solutions to support driver safety, automation, and enhanced in-cabin experiences. Developing these complex systems requires specialized semiconductor components and integrated software that can meet stringent performance and reliability requirements.
Solution
indie provides a comprehensive portfolio of mixed-signal semiconductors and software designed to address key automotive megatrends. The company offers solutions for driver safety and automation, including vision processing and radar systems. For in-cabin user experience, indie delivers components for interior and exterior lighting, as well as power delivery and high-speed data transport. Additionally, their photonics division supplies innovative solutions for LiDAR, navigation, and sensing applications. This integrated approach allows automotive manufacturers to develop next-generation vehicles with advanced features and improved performance.
Target Audience
Primary customers include automotive Tier 1 suppliers and Original Equipment Manufacturers (OEMs) seeking advanced semiconductor and photonics solutions for vehicle development.
Features
- Mixed-signal semiconductors and software for automotive applications.
- Solutions for driver safety and automation, including vision processing and radar.
- Components for in-cabin user experience, such as interior/exterior lighting and data transport.
- Photonics solutions for LiDAR, navigation, and sensing.
- High-performance radar systems operating in license-free ISM bands (24, 60, 77, 120, 240 GHz).
- Ultrafast femtosecond fiber lasers for applications in biomedical microscopy, spectroscopy, and scientific research.
- Laser diode wavelength lockers utilizing Fiber Bragg Gratings (FBGs) for precise wavelength control.
- Advanced LED controllers for intelligent lighting systems with high integration and low power consumption.
- High-speed data transport products including DisplayPort converters, retimers, and USB Type-C Port Controllers (TCPC).
- Acquisition of emotion3D GmbH to enhance AI-based perception algorithms for in-cabin and ADAS applications.