Today’s growing number of FPGA-based applications, such as industrial networking, embedded vision, and automotive systems, can benefit from evaluation and prototyping tools that help developers bring low-power, cost-effective, and flexible solutions to market faster.

Today’s expansive range of embedded vision, industrial automation, advanced driver assisted systems (ADAS), and streaming/encoding applications can benefit from a platform enabling high-performance processing and flexible hardware customization for quick application prototyping and reliable system integration.

Various applications today rely on advanced and efficient video processing infrastructure capable of simultaneously managing multiple high-density and ultra-low latency video streams. 

Embedded and edge computing designs can often benefit from out-of-the-box hardware solutions that eliminate the need for extra components like FPGAs but can still support safety-critical and high-performance applications like smart city and smart factory applications.

Control system architects and embedded software developers are often tasked with initiating and advancing systems, each with diverse requirements in demanding environments. To streamline the development process, developers can make use of an out-of-the-box solution that provides simplified workflows, easy integration and functionality, hardware inclusion, accessibility, and more.

Typically developed as a comprehensive package for hobbyists, students, and engineering professionals alike, a robotics starter kit is an accessible and organized way for individuals to expand and explore new skills to develop machine vision, factory automation, and industrial communication and control applications.