Enhancing precision in Industry 4.0 applications through a System-on-Chip (SoC) design. In addition, it leverages precise laser driver pulse steering and an advanced Transimpedance Amplifier (TIA) photodiode front-end for high-accuracy distance measurement capabilities.

Optimizing IoT solutions with a System-on-Chip (SoC) with an NB-IoT front-end, uSIM interface, integrated PMU, and GPS for precise location tracking. With a versatile digital core, boasting processors and multiple interfaces, it is ideal for smart-tech applications, including home automation, fleet management, and wearables.

Enabling precise water flow speed and temperature metering through a TSMC 180nm chipset design, featuring a low-noise TIA for detecting pA(rms) level acoustic signals and a 60dB dynamic range. The solution integrates a temperature sensor compatible with PT100 and PT500, ensuring 0.1°C accuracy for reliable performance in water flow applications.

Ensuring accuracy in glucose monitoring with an ultra-low power chip that leverages wireless energy harvesting, battery charging, a large array of photodetectors TIA input and 13.65MHz ISM band data communication. Built on TSMC 180nm BCD, the solution enables sustainable, high-performance operation.

Enhancing land surveying precision for a high-end GPS receiver with a custom ASIC, enabling parallel signal processing across two frequency ranges (1165-1300 MHz and 1525-1610 MHz). This system offers extensive programmability for full customization, designs analog and digital circuits, creates analog block layout and composes the full top-level layout.

Enabling real-time wildlife tracking and conservation by leveraging ultra-low power 400MHz satellite transceiver (ARTIC), which supports communication with satellites up to 2800 km away. This compact chip integrates a DSP-based modem and advanced power management, ensuring precise tracking of animals as small as 10 kg while enabling versatile applications like search and rescue.