Tech Specs | Product Specification

Altera DK-DEV-10M50F484-B MAX® 10 FPGA Evaluation Kit

Evaluation Kit for MAX® 10 FPGA Applications

General

Product TypeDevelopment Boards
Compatible withMAX 10 FPGA
ApplicationsEmbedded solutions, imaging applications, high-speed cameras
Key FeaturesLCD display controllers, Power management, Board management, LVD I/O arrays, User LEDs, SMBus controller, On-board HDMI

Technical Specifications

MicroprocessorNios ® V processor
CommunicationUART, I2C, SPI
Memory1Gb LPDDR2, UFM
DisplayLCD controllers, LEDs
I/OPush buttons, DIP Switches, Pmod, MIPI Connectors,

Overview

The Altera DK-DEV-10M50F484-B MAX® 10 FPGA Evaluation Kit is a comprehensive development platform built around the MAX 10 FPGA family. It features a 50K logic element device designed for system-level integration and prototyping. It leverages the embedded NOR flash technology to provide instant-on functionality and integrates flash memory for fail-safe upgrades and support for the Nios® V soft-core embedded processor. The kit includes DDR2 memory support, USB-Blaster II for programming/debugging, and HDMI output, making it suitable for industrial, automotive, consumer, and communication applications. 

Designed for MAX® 10 FPGA Technology

The Altera DK-DEV-10M50F484-B MAX® 10 provides a robust prototyping and evaluation platform for high-performance FPGA features, such as DSP blocks, embedded memory, and flexible I/O configurations. It facilitates rapid prototyping of complex designs with low power consumption and high integration. 

It features Nios® II Soft-Core processor support, which allows embedding fully configurable 32-bit soft processors within the FPGA. Hence, it enables complex control and processing tasks, enhancing system integration and flexibility.  The MAX 10 FPGA Device uses a 50K logic element (LE) MAX 10 FPGA in a 484-pin package, built on TSMC’s 55 nm embedded NOR flash technology, enabling instant-on functionality and non-volatile configuration storage.

Moreover, it offers support for storing and dynamically switching between two FPGA images on a single chip, allowing fail-safe upgrades and flexible system updates without external memory.

The DDR2 memory interface supports external SDRAM and LPDDR2 memory with soft IP controllers, facilitating high-speed data buffering and processing for video, data path, and embedded applications.

Thanks to its passive D-PHY solutions for MIPI Rx or Tx implementation, it can be used for high-speed camera and imaging applications, FPGA interface testing with various peripheral modules.  

Powerful On-board Peripherals and Interface Elements

The onboard peripherals provide a powerful set of features for handling memory-intensive applications like image processing with high-speed cameras. It features the USB-Blaster II for programming, configuration, and debugging of FPGA boards, with an alternative JTAG header option.  

There are flexible user interface elements, such as push buttons, DIP switches, LEDs, and LVDS I/O arrays for straightforward user interaction and debugging.  Moreover, there is an LCD controller, data sharing and storage devices, and GPIO expansion headers.

The board also features flexible communication modules, including I2C expansion, SPI to I2C bridge, and board management tools. Additionally, there are interface options for analog devices, power management, and motor control applications. 

It’s a diverse kit, offering a complete development solution for FPGA systems. It contains a Mini-USB to USB cable, Quartus® Prime Lite edition software, MAX® 10 evaluation board, and the complete installation package.  

References

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