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Dialog Semiconductor DA14580-01AT2 Environmental and export classification status description

The Dialog Semiconductor DA14580-01AT2 is a Bluetooth LE SoC that offers a complete solution for creating low-power wireless applications. It features an ARM Cortex-M0 processor and built-in radio, providing a compact and efficient option for developers looking to implement Bluetooth communication in their devices. It is particularly suitable for applications that require energy efficiency, long battery life, and reliable wireless connectivity. Functions - Bluetooth 5.0 compliant: Supports various BLE profiles and protocols for wide compatibility. - Low power consumption: Operates in ultra-low power modes, making it ideal for battery-powered devices. - Integrated radio: Contains a high-performance RF front end and baseband processor. - Flexible peripheral interfaces: Includes GPIO, UART, SPI, I2C, and PWM to connect various sensors and devices. - Rich memory: Features Flash and RAM for application storage and processing tasks. Applications - Wearable devices: Fitness trackers, smartwatches, and health monitoring devices. - Home automation: Smart home devices such as light controls, thermostat controllers, and security systems. - Consumer electronics: Wireless audio products, remote controls, and smart appliances. - Industrial applications: Sensor networks and monitoring solutions in manufacturing and logistics. - Medical devices: Bluetooth-enabled patient monitoring systems and medical telemetry solutions. Alternative Parts 1. Nordic Semiconductor nRF52832: Another BLE SoC with good performance and flexibility. 2. Silicon Labs EFR32BG: A series of wireless chips for Bluetooth applications with low energy consumption. 3. Texas Instruments CC2640R2F: A cost-effective, low-power Bluetooth 5.0 SoC designed for applications requiring wireless connectivity. Embedded Modules - DA14580-00AT2: Development kit version of the DA14580, offering a complete prototyping solution. - Multi-Sensor Modules: Modules based on DA14580 intended for sensor aggregation and data collection. - IoT Modules with integrated BLE: Various third-party modules available for streamlined integration into IoT applications. Related Q&A Q1: What are the key features of the DA14580-01AT2? A1: The DA14580-01AT2 features Bluetooth 5.0 compliance, ultra-low power consumption, an ARM Cortex-M0 processor, integrated RF, and multiple peripheral interfaces for versatile application development. Q2: How does the DA14580-01AT2 maintain low power consumption? A2: It employs advanced sleep modes and energy-efficient design, including a low-power radio and optimized processing capabilities that allow it to operate on small batteries for extended periods. Q3: What types of applications are suitable for the DA14580-01AT2? A3: It is suitable for wearable fitness devices, smart home products, consumer electronics, industrial sensor networks, and medical telemetry applications, where low power and reliable BLE connectivity are essential. Q4: Are there alternative chips to the DA14580-01AT2 for developing Bluetooth applications? A4: Yes, alternatives include Nordic's nRF52832, Silicon Labs' EFR32BG, and Texas Instruments' CC2640R2F, all of which offer similar Bluetooth capabilities with various features. Q5: What types of development kits or modules are available for the DA14580? A5: The DA14580-00AT2 development kit is available for prototyping, along with various multi-sensor and IoT modules that can be easily integrated into applications for ease of development.