Nuvoton M483SGCAE for Embedded Control and Communication
15. May 2026 | Planegg
The Nuvoton M483SGCAE Arm Cortex M4 unites compute performance, communication density, analog integration, power efficiency and robust industrial characteristics onto a compact microcontroller platform.
Designed around an Arm Cortex M4F with DSP extension, the MCU can run at up to 192 MHz and is particularly well suited for the use in real-time architectures for industrial, energy, and embedded control systems. Typical target applications include motor control, industrial control, battery management systems, EV charging systems and embedded systems with CAN communication.
Thanks to the combination of the Cortex M4F core, DSP instruction support and up to 3× CAN 2.0B, it creates a strong foundation for applications requiring not only standard control functionality but also dense communications and local signal processing.
For compact signal centric embedded designs, the M483SGCAE integrates two 12bit SAR ADCs with 5 MSPS, one 12bit DAC, rail-to-rail comparators, multiple timers and extensive PWM resources which are complemented by a rich interface set including up to 8 UARTs, 3× I²C, 2× Quad SPI, multiple SPI and I²S instances, SD host, USB 2.0 Full Speed OTG and a CMOS camera interface.
In robust production-oriented designs, the platform enables secure boot and supports AES 256, TRNG, OTP and up to 4 XOM regions. With a voltage range from 1.8 V to 3.6 V, an operating temperature range of -40 °C to 105 °C and IEC 60730 Class B compliance, the M483SGCAE is ideal for durable industrial products.
More information about the Nuvoton M483SGCAE Arm Cortex M4 is available in the ATE Store.
Atlantik Elektronik also offers a variety of solutions for connected charging infrastructures and embedded industrial applications, where the M483SGCAE can be integrated.
Q&A
Which applications is the Nuvoton M483SGCAE best suited for?
Typical use cases include motor control systems, industrial control units, battery management systems, EV charging systems and embedded systems with CAN communication.
Which analog functions are integrated?
The MCU integrates 2× 12 bit 5 MSPS SAR ADCs, 1×12 bit DAC, rail to rail comparators, multiple timers and extensive PWM resources for signal centric control designs.
Which communication interfaces does the platform support?
Supported interfaces include up to 3× CAN 2.0B, up to 8 UARTs, 3× I²C, 2× Quad SPI, multiple SPI and I²S instances, SD host, USB 2.0 Full Speed OTG and a CMOS camera interface.
