• Concept: High-performance Arm® Cortex®-M4F microcontroller for embedded designs focused on real-time control, communications, and energy-efficient processing
• Configuration: Up to 192 MHz, DSP extension, 256 KB Flash, 128 KB SRAM, up to 3× CAN 2.0B, 2× 12-bit 5 MSPS ADC, USB Full-Speed OTG, and camera interface
• Use case: Suitable for motor control, industrial control, battery management system, EV charging, and embedded systems with high communication and analog density
• Development focus: Combination of fast signal processing, robust communication integration, and embedded security for production-oriented industrial and power designs
• Design note: Align ADC/PWM architecture, CAN topology, security concept, and power design with the target application early in development

• Concept: Evaluation and prototyping board for embedded designs based on the NuMicro M463 series with integrated debugging and programming support
• Configuration: Target board with M463KGCAE, on-board Nu-Link2-Me, Arduino UNO compatible headers, extension connectors, and multiple power supply options
• Use case: Suitable for evaluation, prototyping, and validation of IoT, industrial, and embedded control applications based on Cortex-M4
• Development focus: Fast project start with direct debugging, programming, peripheral integration, and power-consumption monitoring on one compact development platform
• Design note: Align header usage, power concept, debug access, and attached shield or peripheral topology with the target application early in development

Manufacturer: NuvotonMPN: NuMaker-GestureAI-M55M1

• Concept: AI microcontroller and evaluation platform for endpoint AI applications focused on recognition, audio, and sensor fusion
• Configuration: Based on NuMicro M55M1 with Arm® Cortex®-M55 up to 220 MHz, Arm Ethos™-U55 NPU, up to 110 GOPS, Helium, DSP extensions, and double-precision FPU
• Use case: Suitable for human presence detection, robotics, smart toys, sensor hubs, smart appliances, PC accessories, and AIoT designs
• Development focus: Local AI acceleration, fast signal evaluation, and practical development for audio, communications, DSP, machine learning, and embedded vision workflows
• Design note: Align memory requirements, camera path, audio front end, low-power operation, and security architecture with the target application before release

• Concept: Evaluation and prototyping board for embedded designs based on the M483 platform with integrated debugging and programming support
• Configuration: M483 platform with on-board Nu-Link2-Me, Arduino UNO compatible extension connectors, full-pin expansion, and ammeter connector for power monitoring
• Use case: Suitable for evaluation, prototyping, and validation of embedded, industrial, and communications applications based on Cortex-M4
• Development focus: Fast project start with direct SWD debugging, programming, VCOM output, and product-oriented power analysis on one compact platform
• Design note: Align header usage, power architecture, debug access, and attached shield or peripheral topology with the target application early in development

• Arm Cortex M0 MCU, Industrial version

• Arm Cortex M0 MCU, Industrial version

• Arm Cortex M0 MCU, Industrial version

• Arm Cortex M0 MCU for Automotive  incl. AECQ100

• Arm Cortex ® M4F, Industrial version

• Main control of White Goods
• Operating voltage from 2.5V to 5.5V
• 128 KB application ROM (APROM) supports Flash Security Lock

• Battery monitoring IC for lithium-ion batteries supporting up to 17 cells in series.
• 14-bit voltage ADC for cell voltage monitoring and 16-bit current measurement with integrated coulomb counter.
• SPI interface with CRC and watchdog timer for host-controller communication.
• Protection and monitoring functions for overvoltage, undervoltage, overcurrent, short circuit, and temperature events.
• 5 thermistor inputs, 4 GPIOs, alarm pins, and support for external cell balancing.
• TQFP-48 / HQFP-48L package for compact BMS and battery monitoring designs.

Manufacturer: Nuvoton 

MPN: KA49702A

• Battery monitoring IC for lithium-ion batteries supporting up to 17 cells in series.
• 14-bit voltage ADC for cell voltage monitoring and 16-bit current measurement with integrated coulomb counter.
• SPI interface with CRC and watchdog timer for host-controller communication.
• Protection and monitoring functions for overvoltage, undervoltage, overcurrent, short circuit, and temperature events.
• GPIOs, alarm output, TMONI inputs, and support for external cell balancing.
• TQFP-48 / QFP-48 package for compact BMS and battery monitoring designs.

• Evaluation board for the Nuvoton KA49701A to accelerate BMS evaluation and bring-up.
• Designed for voltage measurement of 4 to 17 battery cells within a reference platform environment.
• Supports charge/discharge control, cell balancing, and fault detection at board level.
• Combines an AFE board, an MCU controller board, and accompanying PC GUI software.
• M483SGCAE MCU board used as the controller platform in the reference system.
• Suitable as a starter kit for evaluation, software development, rapid prototyping, and proof-of-concept work.

• Evaluation board for the Nuvoton KA49702A to accelerate BMS evaluation and bring-up.
• Designed for battery monitoring systems with up to 17 cells in a reference platform environment.
• Supports charge/discharge control, cell balancing, and fault detection at board level.
• Suitable for evaluation, software development, rapid prototyping, and proof-of-concept.
• Built as a reference platform for analysing and validating battery monitoring functions.
• Intended for the development and verification of multi-cell BMS architectures.

• 378 nm laser diode (UV-near)
• 0.5 W continuous wave (CW), multi-mode
• Robust Φ9.0 TO-CAN package
• High stability for precision optical applications
• Suitable for industrial and scientific systems
• In mass production

• 420 nm laser diode
• 1.7 W continuous wave (CW), multi-mode
• Φ5.6 TO-CAN package
• Suitable for LDI, 3D printing and industrial processes
• Mercury lamp replacement alternative
• In mass production

• 402 nm laser diode
• 0.8 W continuous wave (CW), multi-mode
• Compact Φ5.6 TO-CAN package
• Ideal for LDI and exposure systems
• Energy-efficient mercury lamp replacement
• In mass production

• 402 nm laser diode
• 3.0 W continuous wave (CW), multi-mode
• Φ9.0 TO-CAN package for improved thermal handling
• Suitable for LDI, 3D printing and industrial processing
• Mercury lamp replacement alternative
• In mass production