Microcontroller IC

High-performance MSP430 CPUXV2 16-bit MCU with 25MHz speed and 512KB Flash. Ideal for industrial metering and control. Low power, high efficiency, and reliable for B2B embedded applications.

High-performance 16-bit MSP430 FRAM microcontroller with 16MHz speed and 7.5KB memory. Ideal for low-power industrial applications. Offers enhanced durability, energy efficiency, and reliable operation in compact 20-VQFN package.

High-performance 32-bit MCU based on ARM Cortex-M0 core, operating at 50MHz with 64KB Flash memory. Ideal for industrial control and embedded systems. Offers low power consumption, rich peripheral set, and compact HVQFN-32 package for space-constrained applications.

16-bit MSP430 CPU with 16MHz speed, 1KB Flash, and 256B RAM. Low-power, high-efficiency design ideal for industrial embedded control. RoHS compliant.

High-performance C28x Delfino microcontroller with dual-core 200MHz processing, 1MB flash memory, and functional safety support. Ideal for industrial control and automation. Available in 337-NFBGA package.

High-performance Coldfire V2 32-bit MCU with 100MHz core speed. ROMless design offers flexible external memory. Ideal for industrial control. 196-LBGA package. Reliable, efficient, and customizable for OEM applications.

High-performance 8-bit MCU with 16KB Flash and 40MHz speed. Ideal for industrial control and automation. Offers low power consumption, robust reliability, and RoHS compliance. Available in 44-LQFP package.

High-performance 8-bit S08 MCU with 32KB Flash and 50MHz speed. Ideal for industrial control, offering low power, robust durability, and custom options. RoHS compliant.

Ultra-low-power MSP430 CPUXV2 MCU with 64KB FRAM, 16MHz speed, and 64-LQFP package. Ideal for industrial and embedded systems requiring high efficiency, data retention, and customizable performance.

16-bit MSP430 CPU16 core at 16MHz with 4KB Flash memory in a compact 28-TSSOP package. Ideal for low-power embedded applications requiring high efficiency and reliability.

Low-power 16-bit MSP430 MCU with 1KB FRAM, 16MHz CPU, and 16-TSSOP package. Ideal for energy-efficient embedded systems. Offers non-volatile memory, fast write speeds, and robust performance for industrial and IoT applications.

High-performance 32-bit microcontroller based on dual-core ARM Cortex-M33. Operates at 150MHz with 640KB flash. Ideal for industrial control and IoT. Supports secure boot and custom firmware options.

High-performance 32-bit ARM Cortex-M4F MCU with 120MHz core, 1MB flash, and 128-TQFP package. Ideal for industrial control and IoT applications. Offers low power, rich peripherals, and reliable operation.

16-bit MSP430 CPU with 16MHz speed, 2KB Flash, and 20-PDIP package. Low-power, high-efficiency design ideal for embedded control. Reliable for industrial and automation applications.

High-performance 32-bit microcontroller based on ARM Cortex-M4 core. Operates at 100MHz with 256KB Flash memory. Ideal for industrial control and automation. Offers low power consumption, rich peripheral set, and reliable operation in demanding environments.

High-performance MSP430 CPUXV2 MCU with 25MHz speed, 32KB Flash, and low-power operation. Ideal for industrial control and embedded systems. RoHS compliant.

High-performance 8-bit S08 MCU with 40MHz core, 32KB Flash, and 80-LQFP package. Ideal for industrial control and embedded systems. Offers low power, robust reliability, and long-term availability for B2B applications.

High-performance C28x 32-bit MCU with 120MHz core, 256KB flash, and 48-LQFP package. Ideal for industrial control and motor drive applications. Offers robust real-time control, low power, and extended temperature range.

High-performance 32-bit single-core microcontroller with 100MHz speed and 64KB flash. Ideal for real-time control in industrial drives, inverters, and power systems. RoHS compliant, supports custom firmware.

High-performance 32-bit microcontroller based on ARM Cortex-M4 core. Operates at 120MHz with 512KB Flash memory. Ideal for industrial control and automation. Offers low power consumption, rich peripherals, and long-term supply support.