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PMICs for Edge Computing and IoT Applications

High-Performance PMICs for Edge Computing

There has been an exponential increase in the computational power needed for data gathering, processing, communication and running complex security algorithms. All these requirements, when combined with the shrinking size of end electronics, present us with a unique challenge.

Power Management Integrated Circuits (PMICs) offer these key benefits:

  • Improved battery life: Low-quiescent-current, high-efficiency PMICs with multi-mode operation, Dynamic Voltage Scaling (DVS) (MCP16502), leakage-free and robust interfacing to a microprocessor (MPU)
  • Reduced solution size: Optimal feature integration, built-in power supply sequencing
  • Faster time to market: Pin-selectable DDR voltage supports all memory configurations of the SAMA5 and SAM9X60 series of MPUs, including the System-in-Packages (SiPs)

PMICs for Edge Computing and IoT Applications

32-Bit MPU Solutions MCP16501 MCP16502
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System-On-Chip Reference Designs

Wireless SOM Reference Design (Smart, Connected and Secure)

Featuring the MCP16502 High-Performance PMIC

Designed to demonstrate a total systems solution, our wireless SOM combines our SAMA5D2 MPU, WILC3000 Wi-Fi®/Bluetooth® module and MCP16502 PMIC to provide an all-in-one device that you can use to expand your existing product features or fast track your new designs.

Click on the link below to learn more and download the design files.

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Ethernet SOM Reference Design for MPU-Based Systems

Low-Power System Designs with MIC2800

The industrial-grade SAMA5D27 SOM features a high-performance, 32-bit Arm® Cortex®-A5 based SAMA5D27 MPU and integrates an MIC2800 power management IC, as well as other proven Microchip components, to simplify your hardware and software development.

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Edge Computing and IoT Products of Tomorrow

We are swimming in an ever-expanding sea of data, and IoT devices are trying to keep up by analyzing as much data as possible in the cloud, while still fighting off security threats and vulnerabilities.

A typical IoT-based device often relies on a stable and secure Internet connection to compute data points locally in the cloud, sometimes before it can perform vital tasks.

Find out how you can leverage our System-on-Module approach to implement secure connectivity, data processing, system design, and lifecycle management in your  IoT edge computing products.

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