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Enter the world of semiconductors

Using technologies and standards employed in the design of the most advanced processors in the world, the Pitanga Virtual Board is the ideal starting point for you who want to be a semiconductor circuit design professional.

With the Pitanga Virtual Board, beginners can emulate digital circuits quickly and efficiently, checking the functionality of their code in real time.

Hardware comes first.

Artificial intelligence, augmented reality and blockchain. Technologies implemented in software that require high-performance hardware to be successful. Hardware paves the way for software success.

Hardware comes first.

Features

Main Features

The transistor is the fundamental electronic device of any digital circuit. It is from a network of transistors that complex digital circuits are built, such as the latest generation microprocessors and microcontrollers.

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Remote Emulation Technology

Whether at home or school, the Pitanga Virtual Board allows you to emulate your projects without the need for an FPGA-based board. Choose where to study, how to study, and for as long as you need. With Pitanga, the flexibility in learning is all yours.

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Lightweight and Multiplatform

Stop downloading gigabytes of software to prototype small digital circuits. With Pitanga Virtual Board, all you need is a web browser . Our emulation core is in the cloud and your computer will be very little required.

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Compatible with
Industrial Standards

Create digital circuits in Verilog, the hardware description language used in the world's most advanced chips! Declare buses, instantiate your own modules, and connect them with ease. Map your code to the Pitanga Virtual Board with the same precision and efficiency as professional tools!

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Easy for those who want to learn

Equipped with switches, LEDs, displays, buttons and a programmable virtual core , Pitanga offers everything you need to learn how to design and verify your projects. See exactly how many logic gates and transistors your project consumes with the help of our reports.

Planos

Choose your subscription plan

The complexity of a processor is often measured by the number of transistors it has. To give you an idea, the infamous 8-bit MOS Technology 6502 microcontrollers used in the Atari 2600 and NES consoles used around 3,500 transistors.

Community

Beginners start here

Free for you with the help of our supporters

500 Virtual Transistors
Verilog HDL/RTL Synthesis  
Emulation @ 1Hz  
3 Buttons/6 Switches/6 LEDs  
2 Seven-Segment Displays  
Limited Simultaneous Boards  
Community Support  
Pitanga Cell Library

Student

The choice of the advanced users

For those aspiring to be digital hardware designers

4,000 Virtual Transistors  
Verilog HDL/RTL Synthesis  
Emulation @
3Hz  
3 Buttons/
10 Switches/10 LEDs

4 Seven-Segment Displays  
Unlimited Simultaneous Boards  
Community Support  
Pitanga Cell Library

University

Appreciated by Professors

For educational institutions seeking more than just an emulator

4,000 Virtual Transistors

Verilog HDL/RTL Synthesis

Emulation @ 3Hz

3 Buttons/10 Switches/10 LEDs

4 Seven-Segment Displays

Unlimited Simultaneous Boards

Community Support

Pitanga Cell Library

Assistive AI Neuralis

Commercial Support

Multiple licenses

Institutional Access

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