Does Schematik run virtual simulations?

No. Schematik generates a buildable project you test on real hardware. If you need virtual simulation, pair it with Wokwi.

Can I use Schematik and Wokwi together?

Yes, and it works well. Use Schematik to generate the project and get the code, then paste that code into Wokwi to simulate it before wiring the physical prototype.

Which supports more boards?

Wokwi supports more simulated microcontroller families, including AVR/Arduino, ESP32 variants, STM32, ATtiny85, and Raspberry Pi Pico. Schematik focuses on generating complete, buildable projects for Arduino, ESP32, and Raspberry Pi Pico-style physical prototypes.

Does Wokwi generate code like Schematik?

Wokwi is a simulator - you write or import firmware and run it against virtual hardware. Schematik generates the firmware and build materials from a plain-English project description.

Which is faster for prototyping?

If you already have firmware and want to test behavior virtually, Wokwi is quicker. If you are starting from an idea and want to skip the blank-file setup, Schematik gets you to a buildable project faster.

Does Schematik have a VS Code extension?

Not currently. Schematik works in the browser, with a desktop app also available. Wokwi has a VS Code extension that integrates simulation directly into your editor, which is a strong advantage for developers already working in VS Code.

Schematik or Wokwi?

Wokwi is excellent when you want to run embedded code against virtual hardware. Schematik is for the moment before and after - turning an idea into a buildable project you can wire up and flash at your desk.

Visit Wokwi

Live output

Generated wiring, firmware, and assembly from one prompt.

Phase coverage

01IdeaIdea

02SpecSpec

03WireWiring

04Asm.Assembly

05PCBPCB / Docs

SchematikIdea → working desk build

physical

WokwiEmbedded firmware simulator

virtual

TL;DR

Use Schematik when you want to create the project and build it physically. Use Wokwi when simulation, firmware behavior, or virtual debugging is the main job.

01 Schematik

Schematik is strongest when you want the first physical version of an idea and need the build material around it, not just a place to run firmware.

02 Wokwi

Wokwi is strongest when you need a capable embedded simulator, especially for checking firmware behavior without physical parts on your desk.

What Schematik generates

One prompt. Complete build package. Everything you need to go from idea to working prototype.

main.cpp

#include <Wire.h>
#include <Adafruit_SSD1306.h>
#include <DHT.h>

#define DHT_PIN    4
#define DHT_TYPE   DHT22
#define SCREEN_W   128
#define SCREEN_H   64

// Sensor & display instances
DHT dht(DHT_PIN, DHT_TYPE);
Adafruit_SSD1306 display(SCREEN_W, SCREEN_H, &Wire);

void setup() {
  dht.begin();
  display.begin(SSD1306_SWITCHCAPVCC, 0x3C);
  display.clearDisplay();
}

void loop() {
  float temp = dht.readTemperature();
  float hum  = dht.readHumidity();
  display.clearDisplay();
  display.setTextSize(1);
  display.setCursor(0, 0);
  display.printf("Temp: %.1f C", temp);
  display.setCursor(0, 20);
  display.printf("Hum:  %.0f%%", hum);
  display.display();
  delay(2000);
}

Place ESP32 on breadboard

Spanning the center gap, USB port facing outward.

Wire DHT22 power

Connect VCC -> 3.3V rail. Connect GND -> ground rail.

Wire DHT22 data pin

Connect DATA -> GPIO 4 on the ESP32.

Connect OLED display

SDA -> GPIO 21 · SCL -> GPIO 22 · VCC -> 3.3V · GND -> GND.

Double-check connections

Verify all wires match the diagram before powering on.

Flash and run

Click Deploy in Schematik and the project is ready.

“Build an ESP32 weather station with a DHT22 and OLED display”

How the workflow differs

01 Describe

Schematik

Tell Schematik what you want in plain English, then review the proposed parts, wiring, and pin choices.

Wokwi

Create a virtual embedded setup with parts from the library

02 Review

Schematik

Review generated source code, wiring diagrams, pin assignments, parts, and assembly guidance.

Wokwi

Run and debug firmware against virtual hardware online

03 Build

Schematik

Use the browser deploy flow for supported boards or export the project files to customize on your own.

Wokwi

Validate firmware behavior before committing to physical parts

Choose the right tool

Choose Schematik if

Schematik is an AI hardware builder that turns a plain-language project description into a complete, buildable starter package for microcontroller prototypes.

You want an idea turned into a complete starter project
You need real-world wiring and assembly guidance
You want code and build instructions in one workflow
You are moving from software thinking into physical hardware

Choose Wokwi if

Wokwi is an online embedded systems simulator with VS Code integration for running and debugging firmware virtually.

You want to simulate firmware and virtual hardware online
You do not have every component on hand yet
You need simulator-oriented debugging tools
You want VS Code integration for embedded development

Visit Wokwi

Feature-by-feature

Area

Schematik

Wokwi

Core job

Different jobs

Generates a buildable hardware project from a plain-English description of what you want to make.

Simulates embedded hardware projects in the browser. Run firmware without physical boards.

Hardware relationship

Different jobs

Aims at physical assembly and flashing real boards. The output is something you build.

Runs projects against virtual boards and components. Great for testing before buying parts.

Generated outputs

Schematik leads

Complete starter project: firmware, wiring diagram, pin map, parts list, and assembly walkthrough.

Simulator projects with virtual hardware configurations and real-time firmware execution.

Board coverage

Wokwi leads

Focused on Arduino, ESP32, and Raspberry Pi Pico with practical build paths.

Broad simulator coverage: Arduino, ESP32, STM32, Raspberry Pi Pico, and more.

Developer tooling

Wokwi leads

Browser-based deploy workflow: remote compile, then Web Serial flashing for supported serial boards or a UF2 download flow for Pico-style boards.

VS Code extension, CI simulation, WiFi simulation, and advanced debugging.

Core jobDifferent jobs

Schematik

Generates a buildable hardware project from a plain-English description of what you want to make.

Wokwi

Simulates embedded hardware projects in the browser. Run firmware without physical boards.

Hardware relationshipDifferent jobs

Schematik

Aims at physical assembly and flashing real boards. The output is something you build.

Wokwi

Runs projects against virtual boards and components. Great for testing before buying parts.

Generated outputsSchematik leads

Schematik

Complete starter project: firmware, wiring diagram, pin map, parts list, and assembly walkthrough.

Wokwi

Simulator projects with virtual hardware configurations and real-time firmware execution.

Board coverageWokwi leads

Schematik

Focused on Arduino, ESP32, and Raspberry Pi Pico with practical build paths.

Wokwi

Broad simulator coverage: Arduino, ESP32, STM32, Raspberry Pi Pico, and more.

Developer toolingWokwi leads

Schematik

Browser-based deploy workflow: remote compile, then Web Serial flashing for supported serial boards or a UF2 download flow for Pico-style boards.

Wokwi

VS Code extension, CI simulation, WiFi simulation, and advanced debugging.

In scope

What Schematik does

You want an idea turned into a complete starter project
You need real-world wiring and assembly guidance
You want code and build instructions in one workflow
You are moving from software thinking into physical hardware

Out of scope

Where Wokwi is better

Simulation is not the primary Schematik workflow today
Limited board family coverage compared to dedicated simulators
Wokwi has the advantage today for VS Code and CI simulation workflows
Virtual debugging and WiFi simulation are Wokwi strengths today

Wokwi is excellent at what it does. Visit Wokwi

FAQ

Only for some intents. Schematik is an AI hardware builder for physical prototypes. Wokwi is an embedded simulator. If your goal is to build, start with Schematik. If your goal is to simulate, Wokwi is the right tool.

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Join makers everywhere

YouTube @schematikio

Schematik or Wokwi?

Phase coverage

What Schematik generates

How the workflow differs

Choose the right tool

Choose Schematik if

Choose Wokwi if

Feature-by-feature

What Schematik does

Where Wokwi is better

FAQ

Is Schematik a Wokwi alternative?

Does Schematik run virtual simulations?

Can I use Schematik and Wokwi together?

Which supports more boards?

Does Wokwi generate code like Schematik?

Which is faster for prototyping?

Does Schematik have a VS Code extension?

Start building now

More comparisons

Fritzing

Tinkercad

Join makers everywhere