七麦数据

Experience tactile computer science. Build complex logic functions without the cost of physical components or the risk of damaged hardware. Our interactive sandbox allows you to wire gates manually to see exactly how a processor thinks.

This app focuses on easy interaction design and user-friendly diagram representation. Thanks to the built-in frequency generator and number display, you can concentrate on designing your circuits. You can draw, analyse and simplify logic gate networks with ease, without the need for soldering or dismantling breadboards. Ultimately, it provides a clear circuit diagram in schematic format. This allows you to see each connection and how the logic gate have changed. You can then reuse your design by packaging it as a chip.

You can start with the basic logic gate (NOT, AND, OR and XOR) and work up to chips with specific functions such as D-flip, JK-flip, Full Adder, Program Counter, Register, Bridge and Memory. Then assemble them into a complete computer through the bridge.

This app natively supports multiple platforms, including iOS, iPadOS and macOS. There are also features that allow you to discover more circuits and share your designs with others, beyond the design itself.

This is for you if you're a software engineer or developer looking to gain a deeper understanding of computer systems beyond assembly, or if you're interested in state machines or computer theory, such as finite automata.

Build, connect and understand — don't be afraid of Verilog! Whether you are in high school, college or university, this is for you!

You may need to understand how semiconductors and transistors work, and how a logic gate are built from it. You can visit https://logicart.crazylazy.xyz/computer for more info.

● Why I Built This App

I used to wonder how electronics did their computing until I learned about transistors and understood the physical process of switching them on or off. I taught myself the basics of computer science and became a software engineer. I was inspired to do so after watching Ben Eater's 'Building an 8-bit breadboard computer' video. If the tool had been more inviting and easier to understand, I might have started my journey earlier and not had to try multiple times.

- Have fun creating circuits with your fingertips!

- I'd love to hear how you use this application so I can continue to improve it and add more features.

If you've ever wondered why the first calculating machines were built using gears and connecting rods, and how computers work, this app will allow you to build a Turing-complete computer using just four basic logic gates, or design any functions you like.

This app focuses on easy interaction design and user-friendly diagram representation. Thanks to the built-in frequency generator and number display, you can concentrate on designing your circuits. You can draw, analyse and simplify logic gate networks with ease, without the need for soldering or dismantling breadboards. Ultimately, it provides a clear circuit diagram in schematic format. This allows you to see each connection and how the logic gate have changed. You can then reuse your design by packaging it as a chip.

You can start with the basic logic gate (NOT, AND, OR and XOR) and work up to chips with specific functions such as D-flip, JK-flip, Full Adder, Program Counter, Register, Bridge and Memory. Then assemble them into a complete computer through the bridge.

This app natively supports multiple platforms, including iOS, iPadOS and macOS. There are also features that allow you to discover more circuits and share your designs with others, beyond the design itself.

This is for you if you're a software engineer or developer looking to gain a deeper understanding of computer systems beyond assembly, or if you're interested in state machines or computer theory, such as finite automata.

Build, connect and understand — don't be afraid of Verilog! Whether you are in high school, college or university, this is for you!

You may need to understand how semiconductors and transistors work, and how a logic gate are built from it. You can visit https://logicart.crazylazy.xyz/computer for more info.

● Why I Built This App

I used to wonder how electronics did their computing until I learned about transistors and understood the physical process of switching them on or off. I taught myself the basics of computer science and became a software engineer. I was inspired to do so after watching Ben Eater's 'Building an 8-bit breadboard computer' video. If the tool had been more inviting and easier to understand, I might have started my journey earlier and not had to try multiple times.

- Have fun creating circuits with your fingertips!

- I'd love to hear how you use this application so I can continue to improve it and add more features.

If you've ever wondered why the first calculating machines were built using gears and connecting rods, and how computers work, this app will allow you to build a Turing-complete computer using just four basic logic gates, or design any functions you like.

This app focuses on easy interaction design and user-friendly diagram representation. Thanks to the built-in frequency generator and number display, you can concentrate on designing your circuits. You can draw, analyse and simplify logic gate networks with ease, without the need for soldering or dismantling breadboards. Ultimately, it provides a clear circuit diagram in schematic format. This allows you to see each connection and how the logic gate have changed. You can then reuse your design by packaging it as a chip.

You can start with the basic logic gate (NOT, AND, OR and XOR) and work up to chips with specific functions such as D-flip, JK-flip, Full Adder, Program Counter, Register, Bridge and Memory. Then assemble them into a complete computer through the bridge.

This app natively supports multiple platforms, including iOS, iPadOS and macOS. There are also features that allow you to discover more circuits and share your designs with others, beyond the design itself.

This is for you if you're a software engineer or developer looking to gain a deeper understanding of computer systems beyond assembly, or if you're interested in state machines or computer theory, such as finite automata.

Build, connect and understand — don't be afraid of Verilog! Whether you are in high school, college or university, this is for you!

You may need to understand how semiconductors and transistors work, and how a logic gate are built from it. You can visit https://logicart.crazylazy.xyz/computer for more info.

● Why I Built This App

I used to wonder how electronics did their computing until I learned about transistors and understood the physical process of switching them on or off. I taught myself the basics of computer science and became a software engineer. I was inspired to do so after watching Ben Eater's 'Building an 8-bit breadboard computer' video. If the tool had been more inviting and easier to understand, I might have started my journey earlier and not had to try multiple times.

- Have fun creating circuits with your fingertips!

- I'd love to hear how you use this application so I can continue to improve it and add more features.

Welcome to your first digital breadboard and circuit simulator! It is designed to help beginners, students, and those with a curious mind to explore the foundations of computer science through building and experimentation. I hope this will remove one more obstacle from your journey!

It’s a hands-on learning tool that helps you explore computer engineering principles by simulating the process of building an 8-bit computer from scratch (basic logic gate).

This app lets you design and simulate circuits in real time. Using this tool, you can build an 8-bit computer from simple logic gate by creating and connecting circuits that perform specific functions. For example, you can create combinational circuits for arithmetic and logic operations (ALU).

With a built-in frequency generator and number display, you can focus on design your circuits. You can draw, analyse and simplify logic gate networks by hand, without soldering any wires or breaking any breadboards. Ultimately, it provides a well-visualised circuit diagram in a schematic format. This allows you to see each connection and how the logic gate have changed.

- Easy Logic Gate Manipulation
Add, move or delete groups of gates using intuitive touch or mouse(Mac) gestures. There's no need for clutter or fuss — just drag and build.
Stay organised by naming your gates and applying colour labels. This is perfect for keeping track of functions and improving circuit readability.

- Chip System
Pack a group of gates into a self-contained chip with defined inputs and outputs.

- Waveform Viewer
Visualise how signals change over time. Debug and understand the behaviour of circuits.

- Share Your Creation
Share circuits or clips with others by exporting them. This is great for teaching or showing off your designs.

- Cross-Platform
It is available on multiple platforms iOS, iPadOS and MacOS.

Let's experience building a computer from the ground up, connect gates and design circuits. You can start with the basic logic gate (NOT, AND, OR and XOR) and work up to chips with specific functions such as D-flip, JK-flip, Full Adder, Program Counter, Register, Bridge and Memory. Then assemble them into a complete computer through the bridge.

This is for you if you're a software engineer or developer who wants to gain a deeper uThis is for you if you're a software engineer or developer looking to gain a deeper understanding of computer systems beyond assembly, or if you're interested in state machines or computer theory, such as finite automata.

Build, connect and understand — don't be afraid of Verilog - Hardware Description Language - HDL! Whether you are in high school, college or university, this is for you!

● Why I Built This App

I used to wonder how electronics did their computing until I learned about transistors and understood the physical process of switching them on or off. I taught myself the basics of computer science and became a software engineer. I was inspired to do so after watching Ben Eater's 'Building an 8-bit breadboard computer' video. If the tool had been more inviting and easier to understand, I might have started my journey earlier and not had to try multiple times.

Whether you're trying to grasp concepts from your Computer Systems course or just curious about how computers really work under the hood, this app offers a low-barrier, high-reward way to learn by doing — no risk of fried chips or tangled wires.

Designed specifically with touchscreen interaction in mind, the experience is intuitive and tactile — drawing out your ideas directly onto a digital breadboard

- Have fun building circuits from your fingertips.

- I'd love to hear how you use this application so I can continue to improve it and add more features.

Welcome to your digital breadboard — an app designed to help beginners, students and curious minds explore the foundations of computer science by building and experimenting.

This app lets you design and simulate digital logic circuit diagrams in real time. Using this tool, you can build an 8-bit computer from simple logic gates by creating and connecting circuits that perform specific functions. For example, you can create combinational circuits for arithmetic and logic operations (ALU).

With a built-in frequency generator and number display, you can focus on designing your circuits. You can draw, analyse and simplify logic gate networks by hand, without soldering any wires or breaking any circuit boards.

Let's experience building a computer from the ground up. You can start with the basic logic gates (NOT, AND, OR and XOR) and work up to chips with specific functions such as D-flip, JK-flip, Adder, Program Counter Register, bridge and Memory. Then assemble them into a complete computer through the bridge.

This is for you if you're a software engineer or developer who wants to understand the computer system by delving one level deeper than assembly.
If you are interested in state machines or computer theory, such as finite automata, this is for you! 
Build, connect and understand. Whether you are in high school, college or university, this is for you.

- Easy Logic Gate Manipulation
Add, move or delete groups of gates using intuitive touch or mouse gestures. There's no need for clutter or fuss — just drag and build.
Stay organised by naming your gates and applying colour labels. This is perfect for keeping track of functions and improving circuit readability.

- Chip System
Pack a group of gates into a self-contained chip with defined inputs and outputs. These chips act as your own custom logic components, making them perfect for building scalable systems such as D-flip, adder, register, program counter, ALU and more.

- Share Your Creations
Share your circuits or clips with others by exporting them. This is great for teaching or showing off your designs.

- Waveform Viewer
Visualise how signals change over time. Debug and understand the behaviour of circuits.

- Cross-Platform
It is available on multiple platforms iOS, iPadOS and MacOS. So you can take your circuits with you wherever you go.

● Why I Built This App

I taught myself the basics of computer science and became a software engineer. I was inspired to do so after watching Ben Eater's 'Building an 8-bit breadboard computer' video. If the tool had been more inviting and easier to understand, I might have started my journey earlier and not had to try multiple times.

It’s a hands-on learning tool that helps you explore computer engineering principles by simulating the process of building an 8-bit computer from scratch — starting from just four basic logic gates.

Whether you're trying to grasp concepts from your Computer Systems course or just curious about how computers really work under the hood, this app offers a low-barrier, high-reward way to learn by doing — no risk of fried chips or tangled wires.

Designed specifically with touchscreen interaction in mind, the experience is intuitive and tactile — drawing out your ideas directly onto a digital breadboard

- Have fun building circuits from your fingertips.

- I'd love to hear how you use this application so I can continue to improve it and add more features.

Build, Connect, and Understand

Welcome to your digital breadboard — an app designed to help beginners, students and curious minds explore the foundations of computer science by building and experimenting.

This app lets you design and simulate digital logic circuit diagrams in real time. Using this tool, you can build an 8-bit computer from simple logic gates by creating and connecting circuits that perform specific functions. For example, you can create combinational circuits for arithmetic and logic operations (ALU).

Let's experience building a computer from the ground up. You can start with the basic logic gates (NOT, AND, OR and XOR) and work up to chips with specific functions such as D-flip, JK-flip, Program Counter Register and Memory. Then assemble them into a complete computer through the bridge.

- Easy Logic Gate Manipulation
Add, move or delete groups of gates using intuitive touch or mouse gestures. There's no need for clutter or fuss — just drag and build.
Stay organised by naming your gates and applying colour labels. This is perfect for keeping track of functions and improving circuit readability.

- Chip System
Pack a group of gates into a self-contained chip with defined inputs and outputs. These chips act as your own custom logic components, making them perfect for building scalable systems such as D-flip, adder, register, program counter, ALU and more.

- Share Your Creations
Share your circuits or clips with others by exporting them. This is great for teaching or showing off your designs.

- Waveform Viewer
Visualise how signals change over time. Debug and understand the behaviour of circuits.

- Cross-Platform
It is available on multiple platforms, so you can take your circuits with you wherever you go.

● Why I Built This App

I taught myself the basics of computer science and became a software engineer. I was inspired to do so after watching Ben Eater's 'Building an 8-bit breadboard computer' video. If the tool had been more inviting and easier to understand, I might have started my journey earlier and not had to try multiple times.

It’s a hands-on learning tool that helps you explore computer engineering principles by simulating the process of building an 8-bit computer from scratch — starting from just four basic logic gates.

Whether you're trying to grasp concepts from your Computer Systems course or just curious about how computers really work under the hood, this app offers a low-barrier, high-reward way to learn by doing — no risk of fried chips or tangled wires.

Designed specifically with touchscreen interaction in mind, the experience is intuitive and tactile — drawing out your ideas directly onto a digital breadboard

- Have fun building circuits from your fingertips.

- I'd love to hear how you use this application so I can continue to improve it and add more features.