The 2025 World Electronic Achievement Awards ceremony was recently held in Shenzhen. NSING, a leading national high-tech enterprise specializing in MCUs and security ICs, received the award for its N32H78x series MCU. This multi-core GPU-integrated microcontroller is designed for high-level intelligent control applications. The accolade underscores the industry's recognition of NSING's technical prowess and innovation in high-end chip design.

About the World Electronics Achievement Awards (WEAA)

The World Electronics Achievement Awards (WEAA) is the electronics industry's most authoritative innovation-focused awards, covering the semiconductor value chain, and honor companies and individuals who have made outstanding contributions to the innovation and the development of electronics industry worldwide. WEAA are praised by many and represent one's leadership and excellent performance within the electronics industry.

N32H78x Series Introduction

The N32H78x series, developed by NSING, is a high-performance, multi-core microcontroller with an integrated GPU. It primarily targets intelligent control systems, such as those in embodied robotics and industrial automation, and offers the following advantages:

• Superior Dual-Core Operation

The chip features a heterogeneous dual-core architecture based on an Arm® Cortex®-M7 core (operating at up to 600 MHz, delivering 1284 DMIPS) and a Cortex®-M4F core (300 MHz). This provides powerful main control and real-time co-processing capabilities, supports DSP instructions, double-precision floating-point operations, and includes a Memory Protection Unit (MPU), forming a solid foundation for complex algorithms and precise control.

• Efficient Co-Processing and Secure Storage

Incorporates a Cordic algorithm accelerator, filter accelerator (FMAC), Delta-Sigma module (DSMU), and a hardware encryption/decryption engine, significantly enhancing real-time control efficiency. It offers up to 2 MB of encrypted Flash memory and 1504 KB of SRAM, with support for external memory expansion.

• Rich Connectivity and High-Precision Analog

Integrates 2x USB HS OTG, Gigabit/100Mbps Ethernet, an EtherCAT slave interface, 8x CAN FD channels, and multiple serial ports to meet diverse device interconnection needs. The analog section includes three 12-bit 5Msps ADCs, high-speed DACs, and comparators, ensuring high-precision signal acquisition.

• Ultra-High-Precision Timers and Image Processing

Equipped with two sets of ultra-high-precision SHRTIMs supporting 100ps resolution PWM, ideal for complex power topologies and rapid fault protection. Integrated interfaces include DVP, MIPI, and TFT-LCD, alongside a 2.5D GPU and JPEG codec, enabling advanced image processing and display.

• High Reliability and Security

Complies with industrial safety standards such as IEC 61508, supports ECC error correction, operates over a wide temperature range (-40°C to +105°C), and has passed 4 kV ESD and EFT immunity tests, making it suitable for harsh industrial environments.

The series provides chip-level solutions for applications including frequency converters, servo drives, robotics, photovoltaic inverters, Battery Management Systems (BMS), automotive On-Board Chargers (OBC), and industrial Human-Machine Interfaces (HMI).