Empowering the Autotech Revolution | indie Semiconductor

Since our founding in 2008, we have shipped more than 140 million high-quality products that are compliant with AEC-Q100, PAPAP, and IATF16949 as a manufacturer specializing in semiconductors for automotive (installed in 1 out of 4 new vehicles).

We have many RF and mixed-signal IPs, and provide SiP (System-in-Package) by encapsulating power management, FET, DSP and MCU dies into a single IC. It enables miniaturization and high performance of the final product.

We provide solutions such as ultrasonic sensors, radar, LiDAR, and vision for advanced driver assistance systems (ADAS) required for safe driving and autonomous driving, and support product development with hardware EVK and software SDK for individual products.

We offer 3-channel LED driver IC and 24-channel LED driver IC. Equipped with an ARM Cortex M0 processor, the lighting conditions can be changed in detail, and SDK is provided that realizes many functions through software control, such as temperature correction and individual calibration. 2-channel LIN transceiver allows FW upgrade and auto-addressing.

15W Qi wireless power supply solution compliant with WPC1.3. Built-in buck and boost regulators, half-bridge and full-bridge coil drive, and software control by ARM Cortex M4/M0 dual processors to support future protocol firmware updates. High device integration provides compact unit design and enables flexible system construction.

This is a 2-channel (60Wx2) USB power supply solution compliant with USB-PD 3.1. By providing reference designs, you can develop your product in the shortest possible time. It has a high-performance FET with Rdson of 12mΩ or less, and integrates a buck-boost controller and an ARM Cortex M0 processor to support miniaturization, easy system configuration, and FW updates.

A key technology that drives advanced driver assistance systems (ADAS). We provide high-performance mixed-signal SoC. FMCW (Frequency Modulated Continuous Wave) is processed by the advanced technology of two wideband ADCs of 4 channels at 1 GSPS or 8 channels at 500 MSPS, hardware FFT accelerator, ARM Cortex M4F processor, Tensilica DSP processor, etc.

It is a solution equipped with the functions of ultrasonic sensors required for parking assistance applications. It supports transducers from 30 to 70 KHz, and incorporates a PMU directly connected to a battery, an ARM Cortex M0 processor, and a 2-channel LIN transceiver to build a system with a small number of external components, enabling flexible function implementation and high performance through software.