proteus VSM vs simavr

Struggling to choose between proteus VSM and simavr? Both products offer unique advantages, making it a tough decision.

proteus VSM is a Development solution with tags like circuit-simulation, pcb-design, schematic-capture, circuit-analysis.

It boasts features such as Schematic capture, Analog and digital circuit simulation, Microcontroller simulation, PCB layout design, 3D visualization and pros including Integrated schematic capture and PCB design, Large component library, Multiple simulation modes, Supports various microcontrollers, Interactive 3D visualization.

On the other hand, simavr is a Development product tagged with simulator, avr, microcontroller, emulator, testing, firmware.

Its standout features include Simulates popular AVR microcontrollers like ATmega128, Allows testing and debugging firmware without hardware, Supports breakpoints, watches and other debugging features, Has a GUI for inspecting registers, memory and peripherals, Can integrate with GDB for more advanced debugging, Runs on Linux, Windows and macOS, and it shines with pros like Saves money by eliminating need for hardware for testing, Allows testing early in development before hardware is available, Faster testing iterations without programming physical chips, Allows testing edge cases and failure modes easily, Integrates with IDEs and GDB for familiar workflow.

Feature	proteus VSM	simavr
Overall Score	N/A	N/A
Primary Category	Development	Development

Product Overview

proteus VSM

Description: Proteus VSM is a versatile circuit simulation and PCB design software tool for electrical and electronic circuit design and analysis. It allows users to perform schematic capture, simulate circuit operation, and layout PCBs.

simavr

Description: simavr is an open-source AVR simulator for Linux/Windows/macOS. It can emulate popular AVR microcontrollers like ATmega128, simulating the behavior of the microcontroller so developers can test firmware without hardware.

Key Features Comparison

proteus VSM Features

• Schematic capture
• Analog and digital circuit simulation
• Microcontroller simulation
• PCB layout design
• 3D visualization

simavr Features

• Simulates popular AVR microcontrollers like ATmega128
• Allows testing and debugging firmware without hardware
• Supports breakpoints, watches and other debugging features
• Has a GUI for inspecting registers, memory and peripherals
• Can integrate with GDB for more advanced debugging
• Runs on Linux, Windows and macOS

Pros & Cons Analysis

proteus VSM

Pros

• Integrated schematic capture and PCB design
• Large component library
• Multiple simulation modes
• Supports various microcontrollers
• Interactive 3D visualization

Cons

• Steep learning curve
• Limited file import/export options
• Only runs on Windows
• Expensive licensing model

simavr

Pros

• Saves money by eliminating need for hardware for testing
• Allows testing early in development before hardware is available
• Faster testing iterations without programming physical chips
• Allows testing edge cases and failure modes easily
• Integrates with IDEs and GDB for familiar workflow

Cons

• Does not perfectly model real device behavior in all cases
• Timing may differ slightly from real hardware
• Limited to simulating AVR microcontrollers only
• Requires learning another tool besides real hardware

Pricing Comparison

proteus VSM

• One-time Purchase
• Subscription-Based

simavr

• Open Source