ARM (results: 158)
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Manufacturer
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Architecture
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FLASH memory
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RAM memory
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EEPROM memory
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Number of I/O
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Supply voltage range
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Frequency
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ADC
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DAC
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UART/USART interface
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SPI interface
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TWI (I2C) interface
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CAN interface
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ETHERNET interface
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USB interface
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Encryption
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Operating temperature (range)
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Case
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ATSAMC21G16A-MZTVAO
5-Volt 32-Bit ARM Cortex M0+ MCU with CAN-FD
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VQFN48
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Item available on a request
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ATSAMDA1G16B-ABT
MCU 32-bit ARM Cortex M0+ RISC 64KB Flash 3.3V Automotive 48-Pin TQFP T/R
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TQFP48
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Item available on a request
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ATSAMDA1G14B-ABT
MCU 32-bit ARM Cortex M0+ RISC 16KB Flash 3.3V Automotive 48-Pin TQFP T/R
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TQFP48
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Item available on a request
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ATSAMDA1G15B-ABT
MCU 32-bit ARM Cortex M0+ RISC 32KB Flash 3.3V Automotive 48-Pin TQFP T/R
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TQFP48
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Item available on a request
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ATSAMG54N19B-AU
MCU 32-bit ARM Cortex M4 RISC 512KB Flash 2.5V/3.3V 100-Pin LQFP Tray
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LQFP100
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Item available on a request
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ATSAMS70Q21A-CN
MCU 32-Bit 300MHz I/O 114 2MB FLASH - 384K x 8 1.08V~3.6V A/D 24x12b, D/A 2x12b -40°C ~ 105°C (TA) I2C,IrDA,LINbus,SPI,UART/USART,USB,MMC/SD
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LFBGA144
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ATSAMD51P19A-AU
ARM Cortex-M4F SAM D51 MCU 32-Bit 120MHz 512KB FLASH 128-TQFP
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TQFP128
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Item available on a request
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AT91SAM9XE512B-QU
MCU 32-bit ARM926EJ-S RISC 512KB Flash 1.8V/2.5V/3.3V 208-Pin PQFP
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PQFP208
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ARM
The ARM microcontroller is the foundation of many modern devices, combining high performance with low power consumption. Thanks to its flexible configuration options and extensive support for various applications, the ARM microcontroller is considered the number one choice by many engineers worldwide. By choosing ARM (Advanced RISC Machines microcontroller), you gain access to a technology that forms the basis of many innovative projects – from mobile devices to embedded systems and advanced industrial solutions.
What are ARM microcontrollers and what are they used for?
ARM microcontrollers are advanced integrated circuits that serve as the backbone of many modern electronic systems. Known for their exceptional energy efficiency and high performance, ARM microcontrollers are widely used in applications where both processing power and energy savings are critical. With integrated functions and support for various interfaces, ARM microcontrollers are well-suited for consumer electronics and industrial IoT, among others.
How do ARM microcontrollers work?
ARM microcontrollers operate based on the RISC (Reduced Instruction Set Computing) architecture, which allows for the execution of complex operations with minimal power consumption. Thanks to their flexibility, ARM microcontrollers can be tailored to meet even highly specific application needs, making them an ideal choice for both simple and complex systems. An ARM microcontroller integrates:
- a central processing unit,
- memory,
- communication interfaces,
- and other essential components.
Their design enables the creation of compact and efficient projects at relatively low cost.
What should you consider when choosing ARM microcontrollers?
When selecting ARM microcontrollers, you should focus on a few key aspects, including:
- Processing power – this must always be tailored to the specific needs of your application;
- Energy efficiency – particularly important in projects where low power consumption is crucial;
- Interface compatibility – before purchasing, ensure that the chosen microcontroller supports all the necessary communication interfaces;
- Tool support – a quality ARM microcontroller should also offer a wide range of tools and libraries to facilitate programming.
The ARM microcontrollers available in our warehouse are synonymous with reliability and performance. With our wide range of models, you’ll easily find a solution that meets all the requirements of your project.