Altera MAX V CPLD Development Board - UnoProLogic
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Altera MAX V CPLD Development Board - UnoProLogic
The EPT USB-CPLD Development System provides a highly-configurable communications interface with a powerful Complex Programmable Logic Device, which offers a flexible and innovative method of developing programmable logic code.
Altera MAX V CPLD Development Board - UnoProLogic
Artigo n.º: 9233789

Altera MAX V CPLD Development Board - UnoProLogic

Artigo n.º: 9233789

STD 1070195

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The EPT USB-CPLD Development System provides a highly-configurable communications interface with a powerful Complex Programmable Logic Device, which offers a flexible and innovative method of developing programmable logic code.
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O que se Destaca

Versatile Platform
The Altera MAX V CPLD Development Board supports a wide range of applications, making it ideal for both hobbyists and professionals in digital design and prototyping.
User-Friendly Design
With clear schematics and comprehensive tutorials, the board simplifies the learning curve for new users while providing advanced functionalities for experienced developers.
Cost-Effective Solution
Offering excellent performance at a competitive price, this development board provides great value for cost-sensitive projects without compromising on quality and features.

Detalhes do produto

Shop the Intel/Altera MAX V CPLD Development Board - UnoProLogic at Ubuy São Tomé and Príncipe. The perfect platform for learning and developing complex programmable logic code. Connect seamlessly with Altera's Quartus II software for an innovative workflow.
  • Intel/Altera 5M570 CPLD with 440 MacroCells
  • Full Open Source software for creating unique projects
  • Complete board with all regulators, oscillators, and connectors
  • On-board Four Channel ADC with 300KB/sec Sample Rate
  • 24 Inputs/Outputs - 5 Volt tolerant, protected with 74LVCH4245 8-Bit Bus transceivers
  • USB Interface for 480 Mbps data transfers, transparently connecting with ActiveHost API
Package Weight1.27 Pound

Quem Deverá Comprar?

Suitable For
  • Engineering Students

    Ideal for students learning digital design and electronic systems, providing hands-on experience with programmable logic devices.

  • Embedded Developers

    Great for developers building compact embedded systems that require custom logic and interfacing without bulky processors.

  • Prototyping Enthusiasts

    Perfect for hobbyists and engineers who want to prototype and test ideas quickly with reconfigurable hardware.

Not Suitable For
  • Beginners in Electronics

    Not suitable for users unfamiliar with digital electronics and programming, as it requires specific technical knowledge.

  • High-Performance Applications

    May not meet the demands of applications requiring high-speed processing or complex logic operations beyond CPLD capabilities.

  • Budget-Conscious Users

    Not ideal for users seeking low-cost solutions, as higher quality and features often come with a higher price tag.

DESCRIÇÃO DO PRODUTO

Altera MAX V CPLD Development Board - UnoProLogic

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Perguntas e Respostas dos Clientes

  • pergunta: What is the Altera MAX V CPLD Development Board?

    Resposta: The Altera MAX V CPLD Development Board is a powerful development tool designed for developing and testing digital logic designs. It features the MAX V family of Complex Programmable Logic Devices (CPLDs) which provide flexible and reconfigurable hardware solutions. This board is ideal for applications in embedded systems, data communications, and prototyping. With a plethora of I/O pins, built-in flash memory, and various connectivity options, it allows developers to easily create, modify, and realize custom hardware solutions from their concepts.
  • pergunta: What programming languages can I use with the Altera MAX V CPLD Development Board?

    Resposta: You can use VHDL and Verilog to program the Altera MAX V CPLD Development Board. Both languages are widely accepted in the FPGA and CPLD development community. VHDL is particularly favored for its strong type-checking capabilities, while Verilog is valued for its concise syntax. These languages allow you to express intricate digital logic designs effectively, thus maximizing the board's capabilities. Additionally, tools like the Quartus Prime software provide an integrated development environment for simulation, synthesis, and implementation, enhancing your design workflow.
  • pergunta: What are the main features of the Altera MAX V CPLD Development Board?

    Resposta: The Altera MAX V CPLD Development Board features a range of essential components, including a MAX V CPLD chip, multiple GPIO pins, and various communication protocols like I2C and SPI. It also includes on-board memory for storing programs and configuration data. The board supports multiple power supply options, making it suitable for different application environments. These features not only facilitate rapid development and prototyping but also allow customization to cater to specific project requirements, such as integrating sensors or controlling servo motors.
  • pergunta: Is the Altera MAX V CPLD Development Board suitable for beginners?

    Resposta: Yes, the Altera MAX V CPLD Development Board is suitable for beginners as it provides a comprehensive platform for learning digital design. The board comes with ample documentation and community support, making it easier to understand and utilize its features. Tutorials and example projects available online can help beginners grasp key concepts in digital logic and hardware programming. By starting with simpler projects and gradually taking on more complex tasks, newcomers can build foundational skills in hardware design efficiently.
  • pergunta: Can I integrate the Altera MAX V CPLD Development Board with other devices?

    Resposta: Yes, the Altera MAX V CPLD Development Board can be seamlessly integrated with various devices. With flexible I/O and support for different communication protocols, it can connect to sensors, actuators, and even other microcontrollers. For instance, you can use it in robotic applications where it interacts with motors and sensors to perform specific tasks. This capability for integration allows you to create more sophisticated projects that leverage the strengths of multiple hardware platforms.
  • pergunta: What types of projects can I build with this development board?

    Resposta: You can build a wide range of projects with the Altera MAX V CPLD Development Board, including digital logic testers, custom communication interfaces, and embedded control systems. For instance, hobbyists often use it for robotic designs, where it helps manage motor controls and sensor data processing in real-time. Moreover, it can be employed in educational settings for teaching digital logic concepts and hands-on circuit design. The versatility and programmability of the board make it an excellent choice for diverse applications.
  • pergunta: What software tools are recommended for working with the Altera MAX V CPLD Development Board?

    Resposta: The recommended software tool for programming the Altera MAX V CPLD Development Board is the Intel Quartus Prime software. This robust tool suite enables design entry, simulation, and synthesis of your projects. It provides a user-friendly interface to create your hardware description in VHDL or Verilog. Additionally, popular simulation tools like ModelSim can be integrated for thorough testing of your designs before deployment. These tools significantly enhance productivity and ensure that your projects are developed effectively.
  • pergunta: How does this board differ from FPGA development boards?

    Resposta: The Altera MAX V CPLD Development Board differs from FPGA boards primarily in terms of architecture and use cases. CPLDs, like the MAX V, are optimized for handling low to moderate complexity tasks with fast response times, making them suited for control applications. In contrast, FPGAs are designed for more complex logic implementations and greater parallel processing due to their larger number of resources. Thus, if your project requires simpler, real-time logic control, a CPLD like the MAX V is typically the better choice.
  • pergunta: What are the power requirements for the Altera MAX V CPLD Development Board?

    Resposta: The Altera MAX V CPLD Development Board operates on a low power supply, typically ranging from 1.2V to 5V depending on your configuration. This low power requirement makes it ideal for battery-operated or energy-efficient applications. It's important to ensure that your power supply provides a stable output to avoid any operational issues. Understanding the power requirements is crucial for creating designs that are both effective and energy-conscious, catering to portable electronic applications.
  • pergunta: Where can I buy the Altera MAX V CPLD Development Board - UnoProLogic in São Tomé and Príncipe?

    Resposta: You can buy the Altera MAX V CPLD Development Board - UnoProLogic from Ubuy. This platform offers a variety of electronic components, ensuring that you can find the development board along with other essential tools and accessories for your projects. Ubuy is known for its efficient service and broad range of products, making it a suitable choice for purchasing tech-related items.

EarthPeopleTechnology Single Board Computers Editorial Review

The IntelAltera MAX V CPLD Development Board - UnoProLogic is a low-cost and easy-to-use board designed to fit on an Arduino and can be used for high-speed data capture. The board powers over the JTAG programmer USB port, and the FTDI mini module is removable, making the board a good value. The board comes with Quartus software, drivers, and good documentation, making it easy to get started quickly. However, the drivers provided for the FT2232 USB->JTAG adapter are unsigned and may not work in Quartus Prime Lite 18.1.0, rendering this board useless for some users. The lack of examples may also be disappointing for some users. The board is not suitable for very complex designs like CPUs and lacks available RAM.

Avaliações e Classificações dos Clientes

5.0
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Prós

  • Low-cost and easy-to-use
  • Designed to fit on an Arduino and can be used for high-speed data capture
  • Comes with Quartus software, drivers, and good documentation for quick start-up
  • Powers over the JTAG programmer USB port
  • FTDI mini module is removable and can be used as a JTAG programmer for other devices

Contras

  • Drivers for the FT2232 USB->JTAG adapter are unsigned and may not work in Quartus Prime Lite 18.1.0

Histórico de preços do produto

Informação importante

  • Limitações: para produtos expedidos internacionalmente, tenha em atenção que qualquer garantia do fabricante pode não ser válida; opções de serviço do fabricante podem não estar disponíveis; manuais de produtos, instruções e avisos de segurança podem não estar nas línguas do país de destino; os produtos (e materiais que o acompanham) pode não ter sido concebido em conformidade com as normas, especificações e requisitos de rotulagem do país de destino; e os produtos podem não estar em conformidade com a voltagem e outras normas elétricas do país de destino (requerendo assim o uso de um adaptador ou conversor caso seja apropriado). O destinatário é responsável por garantir que o produto pode ser legalmente importado para o país de destino. Quando encomenda à Ubuy ou aos seus afiliados, o destinatário é o importador de registo e deve estar em conformidade com todas as leis e regulamentos do país de destino.
  • Nem todos os produtos listados na Ubuy estão à venda, uma vez que a Ubuy é um motor de busca global. Os produtos estão sujeitos a leis de exportação/comércio.

STD 1070195

Encomende já e receba por volta de Quarta-feira, Julho 01

QTY:

Transação seguraTransação segura

A Ubuy trabalha arduamente para proteger a sua segurança e privacidade. O nosso sistema avançado de segurança de pagamentos garante a confidencialidade ao encriptar as suas informações durante a transmissão, utilizando os protocolos AES (Normas de Encriptação Avançada) e SSL (Camada de Sockets Seguros). Os seus dados de pagamento estão 100% seguros, pois não partilhamos os seus dados de pagamento com vendedores terceiros.

Os nossos principais Parceiros Logísticos
  • fedex
  • dhl
Entrega internacional mais rápida

Recursos e benefícios

  • Flexible learning platform for programmable logic code development
  • High speed data transfer mechanism between digital device and host PC
  • Seamless connectivity with Altera’s Quartus II software
  • 440 MacroCells Intel/Altera 5M570 CPLD with 24 Inputs/Outputs
  • Complete development system with JTAG programmer and open source software
  • Comes with on-board 4 channel ADC with 300KB/sec Sample Rate