30 year anniversary logo
 
  • All Altera Sites
  • Knowledge Base
  • Support & Technical Docs
  • Forums & Wiki

Start Your CPLD Designs Today

Start developing your low-cost CPLD designs today with Altera's $75 MAX® V CPLD Development Kit. This kit provides a comprehensive, low-cost hardware platform to quickly begin developing low-cost, low-power CPLD designs. Download our new Quartus® II software now for MAX V support.

Use MAX V CPLDs for:

  • I/O expansion
  • Bridging
  • Power management
  • Analog interfacing
  • Supplementing ASSPs and ASICs

With this platform, you can:

  • Develop designs for the 5M570Z CPLD
  • Measure CPLD power (VCCINT and VCCIO)
  • Bridge between two different I/O voltages (adjustable VCCIO on CPLD Bank 2)
  • Interface to external functions and devices, via four connectors
  • Read from and write to memories:
    • 8-kilobits (Kb) user flash memory (UFM) available within 5M570Z CPLD
    • I2C or SPI EEPROMs (user installed)
  • Come up to speed quickly with your CPLD design by reusing the example designs provided by the kit's Board Test System
  • Reuse the kit's PCB board and schematic as model for your design

Max CPLD Family

Featuring the industry's first look-up-table (LUT)-based, non-volatile architecture and the market's largest-density CPLD, the MAX V family provides robust features at up to 50-percent lower total power versus competitive CPLDs. MAX V devices feature on-chip flash storage, internal oscillator, and memory
functionality.

Max V dev kit


Video Demo: Make Music and More with Low-Cost, Low-Power CPLD Dev Kit

Are you ready to play a few notes? With our MAX® V CPLD Development Kit, you can play some musical notes as you evaluate the board's ability to drive analog chips. The kit also gives you a platform to assess the MAX V CPLD and prototype CPLD applications. In this video, you'll see demos that will show you:

  • How easily you can measure power consumption
  • Why the MAX V CPLD is a good power management controller
  • How you can use the kit to measure the accuracy of the CPLD's internal oscillator
  • How you can read from and write to the on-chip flash memory or the kit's memory devices

Related Links