MAX32630
Ultra-Low-Power Arm Cortex-M4 with FPU-Based Microcontroller (MCU) with 2MB Flash and 512KB SRAM
Show MoreDARWIN Generation U MCUs Are Perfect for Engineers Who Are Serious About Power and Performance
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- High-Efficiency Microcontroller for Wearable Devices
- Internal Oscillator Operates Up to 96MHz
- Low Power 4MHz Oscillator System Clock Option for Always-On Monitoring Applications
- 2MB Flash Memory
- 512KB SRAM
- 8KB Instruction Cache
- 1.2V Core Supply Voltage
- 1.8V to 3.3V I/O
- Optional 3.3V ±5% USB Supply Voltage
- Power Management Maximizes Uptime for Battery Applications
- 106µA/MHz Active Current Executing from Cache
- Wakeup to 96MHz Clock or 4MHz Clock
- 600nA Low Power Mode (LP0) Current with RTC Enabled
- 3.5µW Ultra-Low Power Data Retention Sleep Mode (LP1) with Fast 5µs Wakeup to 96MHz
- Optimal Peripheral Mix Provides Platform Scalability
- SPIX Execute in Place (XIP) Engine for Memory Expansion with Minimal Footprint
- Three SPI Masters, One SPI Slave
- Four UARTs
- Three I²C Masters, One I²C Slave
- 1-Wire Master
- Full-Speed USB 2.0 Engine with Internal Transceiver
- Sixteen Pulse Train (PWM) Engines
- Six 32-Bit Timers and 3 Watchdog Timers
- Up to 66 General-Purpose I/O Pins
- One 10-Bit Delta-Sigma ADC Operating at 7.8ksps
- RTC Calibration Output
- Secure Valuable IP and Data with Robust Internal Hardware Security (MAX32631 and MAX32632 Only)
- Trust Protection Unit (TPU) Including MAA Supports ECDSA and Modular Arithmetic
- True Random Number Generator
- AES-128, -192, -256
- Secure Bootloader (MAX32632 Only)
DARWIN is a new breed of low-power microcontrollers built to thrive in the rapidly evolving Internet of Things (IoT). They are smart, with the biggest memories in their class and a massively scalable memory architecture. They run forever, thanks to wearable-grade power technology. They are also tough enough to withstand the most advanced cyberattacks. DARWIN microcontrollers are designed to run any application imaginable—in places where you wouldn’t dream of sending other microcontrollers.
Generation U microcontrollers are perfect for wearables and IoT applications that cannot afford to compromise power or performance. The MAX32630-MAX32632 feature an Arm® Cortex®-M4 with FPU CPU that delivers ultra-low power, high-efficiency signal processing functionality with significantly reduced power consumption and ease of use.
Flexible power modes, an intelligent peripheral management unit (PMU), dynamic clock gating and firmware-controlled power gating optimizes power for the specific application.
Multiple SPI, UART, I2C, 1-Wire® master, and USB interfaces are provided. The four-input, 10-bit ADC with selectable references can monitor external sensors.
The MAX32631/MAX32632 are secure versions of the MAX32630. They provide a trust protection unit (TPU) with encryption and advanced security features. These include a modular arithmetic accelerator (MAA) for fast ECDSA, a true random number generator, and a hardware AES engine. The MAX32632 also provides a secure bootloader for additional security and life-cycle management.
Applications
- Fitness Monitors
- Portable Medical Devices
- Sensor Hubs
- Sports Watches
- Wearable Medical Patches
Ask a Question
Submit your question below and we will return the best answer from ADI’s knowledge database:
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Support
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MAX32630
Documentation
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Data Sheet
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MAX32630-MAX32632: Ultra-Low-Power Arm Cortex-M4 with FPU-Based Microcontroller (MCU) with 2MB Flash and 512KB SRAM Data Sheet (Rev.5)
User Guide
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Design Note
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Application Note
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Technical Articles
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Documentation
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User Guide 5
Application Note 6
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ADI has always placed the highest emphasis on delivering products that meet the maximum levels of quality and reliability. We achieve this by incorporating quality and reliability checks in every scope of product and process design, and in the manufacturing process as well. "Zero defects" for shipped products is always our goal. View our quality and reliability program and certifications for more information.
Part Model | Pin/Package Drawing | Documentation | CAD Symbols, Footprints, and 3D Models |
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MAX32630ICQ+ | 100-TQFP_EP-14X14X1.0 |
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MAX32630IWG+ | 100-WLCSP-N/A |
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MAX32630IWG+T | 100-WLCSP-N/A |
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MAX32630IWQ+ | 100-WLCSP-N/A |
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MAX32630IWQ+T | 100-WLCSP-N/A |
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- MAX32630ICQ+
- Pin/Package Drawing
- 100-TQFP_EP-14X14X1.0
- Documentation
- HTML Material Declaration
- HTML Reliablity Data
- CAD Symbols, Footprints, and 3D Models
- Ultra Librarian
- SamacSys
- MAX32630IWG+
- Pin/Package Drawing
- 100-WLCSP-N/A
- Documentation
- HTML Material Declaration
- HTML Reliablity Data
- CAD Symbols, Footprints, and 3D Models
- Ultra Librarian
- SamacSys
- MAX32630IWG+T
- Pin/Package Drawing
- 100-WLCSP-N/A
- Documentation
- HTML Material Declaration
- HTML Reliablity Data
- CAD Symbols, Footprints, and 3D Models
- Ultra Librarian
- SamacSys
- MAX32630IWQ+
- Pin/Package Drawing
- 100-WLCSP-N/A
- Documentation
- HTML Material Declaration
- HTML Reliablity Data
- CAD Symbols, Footprints, and 3D Models
- Ultra Librarian
- SamacSys
- MAX32630IWQ+T
- Pin/Package Drawing
- 100-WLCSP-N/A
- Documentation
- HTML Material Declaration
- HTML Reliablity Data
- CAD Symbols, Footprints, and 3D Models
- Ultra Librarian
- SamacSys
Filter by Model
Part Models
Product Lifecycle
PCN
May 25, 2018
- 1779B
DESIGN
MAX32630IWQ+
PRODUCTION
MAX32630IWQ+T
PRODUCTION
Filter by Model
Part Models
Product Lifecycle
PCN
May 25, 2018
- 1779B
DESIGN
Software & Part Ecosystem
Parts | Product Life Cycle | Description | ||
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Microcontrollers1 |
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PRODUCTION |
Ultra-Low-Power Arm Cortex-M4 with FPU-Based Microcontroller (MCU) with 2MB Flash and 256KB SRAM |
Evaluation Kits 4
MAX32630-EVKIT
Evaluation Kit for the MAX32630/MAX32631/MAX32632
Product Detail
The MAX32630 and MAX32631 evaluation kits (EV kits) provide a convenient platform for evaluating the capabilities of the MAX32630–MAX32632 microcontrollers, respectively. While the MAX32630 EV kit includes a MAX32630 soldered directly to the board, the MAX32631 EV kit features a socketed MAX32631. This version can be used to evaluate the MAX32632, but contact the factory for samples. Each EV kit also provides a complete, functional system ideal for development and debugging applications. Except where stated otherwise, the following sections apply to both EV kits.
Applications
- Fitness Monitors
- Portable Medical Devices
- Sensor Hubs
- Sports Watches
- Wearable Medical Patches
MAXIOTKIT
Evaluation Kit for the MAX32630, MAX11301, MAX30003, MAX30101, MAX30205, MAX30205EVSYS, MAX32630FTHR, MAX11301WING, MAX30003WING, MAX30101WING
Product Detail
Maxim Integrated brings the convenience of remote health monitoring to your fingertips. The modular architecture allows for a variety of systems to be assembled quickly and easily within a couple of minutes. The system flexibility stems from the FeatherWing® form factor that provides a plug-and-play interface by adding or removing desired sensors, enabling or disabling a particular sensor, and the frequency data transmission to an online dashboard. The system is built on a Maxim Integrated low-power microcontroller to ensure minimum power consumption for designs on the go.
Applications
- Fitness Monitors
- Portable Medical Devices
- Sensor Hubs
- Sports Watches
- Wearable Medical Patches
MAX32631-EVKIT
Evaluation Kit for the MAX32630/MAX32631/MAX32632
Product Detail
The MAX32630 and MAX32631 evaluation kits (EV kits) provide a convenient platform for evaluating the capabilities of the MAX32630–MAX32632 microcontrollers, respectively. While the MAX32630 EV kit includes a MAX32630 soldered directly to the board, the MAX32631 EV kit features a socketed MAX32631. This version can be used to evaluate the MAX32632, but contact the factory for samples. Each EV kit also provides a complete, functional system ideal for development and debugging applications. Except where stated otherwise, the following sections apply to both EV kits.
Applications
- Fitness Monitors
- Portable Medical Devices
- Sensor Hubs
- Sports Watches
- Wearable Medical Patches
MAX32630FTHR
MAX32630FTHR Application Platform
Product Detail
The MAX32630FTHR board is a rapid development platform designed to help engineers quickly implement battery optimized solutions with the MAX32630 ARM® Cortex®-M4F microcontroller. The board also includes the MAX14690 wearable PMIC to provide optimal power conversion and battery management. The form factor is a small 0.9in by 2.0in dual row header footprint that is compatible with breadboards and off-the shelf peripheral expansion boards. Additionally, on board are a variety of peripherals including a dual-mode Bluetooth® module, micro SD card connector, 6-axis accelerometer/ gyro, RGB indicator LED, and pushbutton. This provides a power-optimized flexible platform for quick proof-of-concepts and early software development to enhance time to market.
Go to: https://developer.mbed.org/platforms/MAX32630FTHR/ to get started developing with this board.
Applications
- Fitness Monitors
- Portable Medical Devices
- Sensor Hubs
- Sports Watches
- Wearable Medical Patches
Resources
Evaluation Kits4
Tools & Simulations 1
Software Development 5
Reference Designs 5
MAXREFDES105
Wrist-Based SpO2, Heart Rate (HR), and Heart Rate Variability (HRV) Health Sensor Platform
MAXREFDES103
Wrist-Based SpO2, HR, and HRV Health Sensor Platform
MAXREFDES101
Health Sensor Platform 2.0
MAXREFDES212
Go-IO Industrial IoT Reference Design
MAXREFDES1295
Smart Electronic Load Using the MAX32630FTHR and MAX11300
Reference Designs5
MAXREFDES105
Wrist-Based SpO2, Heart Rate (HR), and Heart Rate Variability (HRV) Health Sensor Platform
MAXREFDES103
Wrist-Based SpO2, HR, and HRV Health Sensor Platform
MAXREFDES101
Health Sensor Platform 2.0
MAXREFDES212
Go-IO Industrial IoT Reference Design
MAXREFDES1295
Smart Electronic Load Using the MAX32630FTHR and MAX11300