Proteus VSM is the worlds most advanced embedded simulation tool, providing system level simulation of complete products directly on the schematic.

ARM® designs fast, low-cost, power-efficient RISC processors and licenses the architectures to various silicon vendors. Proteus VSM supports various ARM technologies, simulating not only the firmware at the instruction level, but also the on-board peripherals (ADC, USART, etc.) right down to waveform level at the device pins.

This allows the ARM processor to interact with any of the thousands of analog or digital electronics you connect to it, providing a system level simulation of your project. 

What is Proteus VSM?

Proteus VSM brings Agile development into the embedded workflow. It enables rapid prototyping of both hardware design and firmware design in software, making it easy to make changes to both.

Design, Test and Debug your embedded projects before a physical prototype is ordered.

Complete Embedded Workflow

For embedded engineers, Proteus VSM bridges the gap in the design life cycle between schematic capture and PCB layout. It enables you to write and apply your firmware to a microcontroller component on the schematic and then co-simulate the program within a mixed-mode SPICE circuit simulation.
This is possible because you can interact with the design using on screen indicators such as LED and LCD displays and actuators such as switches and buttons. Proteus VSM also provides extensive debugging facilities including breakpoints, single stepping and variable display for both assembly code and high level language source.

Design

Proteus VSM uses our proven Schematic Capture software to provide the environment for design entry and development. Proteus capture is a long established product and combines ease of use with powerful editing tools. It is capable of supporting schematic capture for both simulation and PCB design.
The Proteus schematic capture module also provides a very high degree of control over the drawing appearance, in terms of line widths, fill styles, fonts, etc. These capabilities are used to the full in providing the graphics necessary for circuit animation.