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Development
Tools

Engineered for developers

  • Modern, Familiar, Powerful...

    screenshot of Keil Studio

    Visual Studio Code is the foundation of MDK6, providing a modern, lightweight development environment familiar to millions of developers.

  • Scalable build system...
    Hexagonal grid showing various development tools and icons.

    CMSIS-Toolbox provides a scalable build system designed specifically for embedded systems.

    Allowing easy migration from IDE to CLI for even

    large and complex firmware architectures.

  • Production-Ready Middleware...
    CMSIS compliant development tools interface and logo

    MDK6 includes high-quality middleware & RTOS components designed for Cortex-M devices.

    Including networking stack, embedded

    file system, USB and security.

  • Safety-Certified Development...
    Crash test dummy relating to functional safety

    MDK6 Pro includes a Functional Safety Runtime System (FuSa RTS) and a safety-certified compiler.

    The FuSa RTS provides pre-certified components for safety-critical systems.

  • AI-Enhanced Development...
    AI development tools interface on a digital tablet screen

    AI capabilities integrated directly into VS Code provide:

    Inline code completion

    Chat-based development assistance

    Agent-based project automation

    Documentation and Test Case generation

Arm Keil MDK v6

Modern Embedded Software Development for Arm Cortex-M and Ethos-U Processors

Keil MDK simplifies embedded software development, offering flexibility through CLI, IDE or continuous integration workflows.

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A modular toolchain that delivers a modern, intuitive and powerful environment.

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Vendor agnostic, to support all your Arm Cortex-M based projects and products, in a single toolchain.

*requires installation of VS Code.

Keil - ULINK Debug Tools

A ULINK debug adapter connects your PC's USB port to your target system (via JTAG or serial wire debug interface) allowing you to download, debug, and analyse embedded applications running on the target hardware. You can control the processor, set breakpoints, and read/write memory contents, all while the processor is running at full speed.

ULINK2

Debug and Serial Wire Trace

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ULINK2_Purple.png
  • Flash programming + run-control

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  • Memory + breakpoint (access while running)

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  • Serial wire trace capturing up to 1 Mbit/sec (UART mode)

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  • 10 MHz JTAG/SW clock speed

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ULINK-Plus

Debug, Serial Wire Trace, Test I/O, and Power Measurement

ULINK_Plus_purple.png
  • Flash programming + run-control

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  • Memory + breakpoint (access while running)

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  • Serial wire trace capturing up to 50 Mbit/sec (UART mode)

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  • 10 MHz JTAG/SW clock speed

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  • Power measurement for efficient source code

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  • I/Os for test automation and continuous integration

ULINK-Pro

Debug, Serial Wire Trace, Test I/O, and Power Measurement

ULINK_Pro_Purple.png
  • Flash programming + run-control

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  • Memory + breakpoint (access while running)

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  • Serial wire trace capturing up to 100 Mbit/sec (Manchester mode)

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  • 50 MHz JTAG/SW clock speed

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  • Instruction trace capturing up to 800 Mbit/sec

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  • Streaming trace: Instruction trace, code coverage, performance analysis

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