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VSDSquadron RISC-V VLSI Educational Board

₹17,700.00 (Inclusive of all taxes)
Out of Stock

The VSDSquadron RISC-V VLSI Educational Board is an ideal platform for students and engineers to explore the open-source RISC-V architecture. Featuring the Caravel SoC with an RV32I processor, it provides essential peripherals and USB programming support for hands-on VLSI design and embedded firmware development.

Features

  • Features Caravel RISC-V SoC with RV32I ISA for open-source processor exploration.
  • Integrates 38 versatile GPIOs, UART, and SPI interfaces for extensive peripheral connectivity.
  • Equipped with 4MB SPI flash memory for ample firmware storage.
  • Enables easy USB programming via FTDI, supporting seamless development on Linux systems.
  • Comes with preloaded GPIO test firmware for immediate, out-of-the-box functionality.

Out of stock

Description

The VSDSquadron RISC-V SoC Educational VLSI Board serves as a comprehensive educational and development platform, meticulously engineered for enthusiasts, students, and engineers delving into the capabilities of the open-source RISC-V architecture. This board is centered around the Caravel SoC, which incorporates a VexRISC processor, providing a robust foundation for embedded systems and VLSI design education.

It integrates a suite of essential peripherals, including a UART for serial communication, SPI for high-speed peripheral interfacing, 38 general-purpose GPIOs for versatile control, and efficient USB-based FTDI programming. Its compact 84x52mm form factor and USB power simplify setup, making it suitable for academic labs, workshops, or personal projects. The board supports seamless programming via Linux, facilitating GPIO testing, UART communication, and advanced VLSI experiments.

Key Features

  • Powered by the Caravel RISC-V SoC, featuring an RV32I instruction set architecture.
  • Offers 38 General Purpose Input/Output (GPIO) pins for diverse application control.
  • Includes UART and SPI interfaces for robust serial and peripheral communication.
  • Equipped with 4MB of W25Q32FV SPI Flash for program and data storage.
  • Facilitates straightforward USB programming using FTDI and PyFTDI tools.
  • Comes with preloaded GPIO test firmware, enabling quick functional verification.
  • Compact board dimensions of 84mm x 52mm for easy integration into projects.
  • Compatible with Linux Ubuntu 20.04 for development environment flexibility.

Applications

  • Academic laboratory settings for embedded systems education.
  • RISC-V architecture workshops and training programs.
  • Personal VLSI design projects and experimentation.
  • Firmware testing and debugging for custom embedded applications.
  • Hardware-software co-design learning environments.

Technical Specifications

Item TypeRISC-V SoC Evaluation Kit
SoCCaravel RISC-V SoC (RV32I ISA)
Clock Speed10MHz HCMOS oscillator (SoC), 12MHz (FTDI)
GPIO38 General Purpose IOs
Flash Memory4MB (W25Q32FV SPI Flash)
Communication InterfaceUART, SPI, FTDI over USB
Programming InterfaceUSB Micro-B via FTDI
Board Power Supply5V via USB (Internally converts to 1.8V and 3.3V)
User LEDs4 User LEDs, Power, RX, TX indicators
Operating Temperature20 to 25 °C
Form Factor84mm x 52mm x 8mm (max height)

Frequently Asked Questions

What specific RISC-V core and SoC does the VSDSquadron board utilize?

The VSDSquadron board is powered by the Caravel SoC, which integrates a VexRISC processor core with an RV32I instruction set architecture. This setup provides a complete RISC-V environment suitable for educational purposes and hands-on embedded development, allowing direct interaction with real silicon design principles.

How is firmware programmed onto the VSDSquadron RISC-V board?

Firmware programming on the VSDSquadron board is facilitated via a Micro USB-B port utilizing an integrated FTDI chip. This allows for straightforward programming and debugging from a host computer, typically running Linux, using tools like PyFTDI, providing a user-friendly interface for code deployment.

What are the primary communication interfaces available on this educational board?

The VSDSquadron board features several key communication interfaces to support diverse projects. It includes 38 general-purpose I/O (GPIO) pins, a UART for serial data exchange, and an SPI bus for high-speed peripheral communication. These interfaces are crucial for interacting with external sensors and modules.

What power supply is required for the VSDSquadron RISC-V VLSI Educational Board?

The VSDSquadron board is conveniently powered by a 5V supply through its Micro USB port. Internally, the board intelligently converts this input voltage to 1.8V and 3.3V, providing the necessary operating voltages for its Caravel SoC and integrated peripherals, ensuring stable performance.

Package Includes

  • 1 x VSDSquadron RISC-V and VLSI Educational Board
  • 1 x Micro USB Cable
  • 1 x VSD Courses and Open Source Tools Access

Additional Information

Weight 0.1 kg
Dimensions 8.4 × 7 × 0.8 cm