MCUXpresso Config Tools: Pins, Clocks and Peripherals

MCUXpresso-Config-Tools

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MCUXpresso Config Tools, an integrated suite of configuration tools, is designed to guide customers from first evaluation to production software development.

The config tools are optimized for designing with Arm® Cortex®-M-based devices from NXP, including general purpose, crossover and wireless-enabled MCUs.

These configuration tools allow developers to quickly build a custom SDK and leverage pins, clocks and peripherals to generate initialization C code or register values for custom board support

To get the most out of MCUXpresso Config Tools for pins, clocks and peripherals, we recommend pairing this suite with MCUXpresso IDE and MCUXpresso SDK Builder.

All runtime software and tools are complimentary. The assembly and C source code are provided under permissive open-source licensing. Support is provided through the MCUXpresso Config Tools Community Forum.

Note: Supported devices can be found by viewing the MCUXpresso Supported Devices Table  on the NXP community or by visiting the SDK Builder  directly and clicking on "Select Development Board." Additional supported NXP devices include JN, QN and DSC product families.

Software Details

Features

IDE Compatibility

  • The MCUXpresso Config Tools are fully integrated into the MCUXpresso IDE, and also available as a standalone download for use with other supported IDEs, including Arm Keil, IAR EWARM and others. If using the MCUXpresso IDE, no additional download of Config Tools is required.

Pins Tool

  • Assigns internal signals to external pins, sets electrical properties, I/O conflict resolution options and generates ANSI-C source code that drops into the MCUXpresso SDK environment
  • Board expansion headers can be viewed and routed to the connected signals on the MCU

Clocks Tool

  • MCU clock tree system and interactive user controls with automatic clock setup capability as well as assistance with system fine-tuning

Peripherals Tool

  • Enables selection of desired peripherals (i.e. UART, ADC, SPI, etc.) and generates initialization code
  • Configures higher level application code for enabling software technologies (USB, Filesystems, LwIP, FreeMASTER)
  • Settings can be imported, exported and reused within the Component Use Case Library
  • Setups the specialized peripherals and accelerators
  • Programmable logic unit (PLU) either by a Verilog source code or by a schematic gates or LUTs design, the FlexIO and FLEXCOMM specialized interfaces by numerous predefined protocols and the state configurable timers (SCT) with a possibility to explore and reuse numerous presets

Project Updater

  • Works directly with existing SDK-based IDE projects with generated Pins, Clocks and Peripheral source files

Device Configuration

  • Allows device configuration data (DCD) commands sequence config for pre-initialization of devices at boot time
  • Generated binary configurations can be utilized directly within the MCUXpresso Secure Provisioning Tool

Trusted Execution Environment (TEE)

  • Configures protection and isolation of sensitive parts of the application
  • Generated configurations can be exported for use within the MCUXpresso Secure Provisioning Tool

Project Cloning

  • Creates a standalone SDK project based on an example application available within SDK release

Supported Devices

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