How we got started

From a tiny office to an SME within a year, we innovated our way to the top.

Reexen strives for Making the world a better place

Reexen is a global leader in the field of on-device edge computing for industrial and consumer markets especially in use cases that need low power devices. Reexen’s core expertise includes analog, mixed-signal, and low-voltage mixed-signal ASIC design as well as developing of high-end AIoT applications. The mixed signal AI acceleration chip developed by the company takes the approach of mixed-signal computing, breaking through the limitation of traditional digital circuit Moore’s Law.

The mixed signal computing chip solves problems of latency and high energy consumption in digital signal transmission by directly processing the sensor data in real-time in raw analog signal representation or processing the data in memory blocks with mixed signal circuitry breaking the “memory wall” bottleneck in traditional Von Neumann Architectures. Moreover, the precision of our chips can be adjusted for different application scenarios, such as voice detection and recognition, visual detection and recognition etc., which is an important technological breakthrough suitable for future passive/battery powered wireless intelligent Internet-of-Things (IoT). 

Our Story

Reexen has been founded in 2018 and currently is based in Zurich, Switzerland and Shenzhen, China.

The company brings together a group of top engineering talents with world-class chip design experience. The company’s founding team comes from ETH Zurich (QS World Ranking No. 6).

Other core members graduated from international top universities such as NTU Singapore, TU Munich, etc., and worked for Huawei, ZTE, IMEC, Tencent, Chinese Academy of Sciences and other well-known domestic and foreign companies, with rich experience in chip design, neural network algorithms, and computing architectures.

Join our team

With great AI Power comes great responsibility, in the field of technology.


Convinced ? Well Let’s have a talk then.

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