PolarFire FPGA-based solution enables lowest-power, smallest-form-factor 4K video and imaging applications

February 20, 2019 | 10:00
Image: Microchip
Image: Microchip
Key Facts:
  • Enables high-resolution smart vision systems with cost-optimised PolarFire FPGAs
  • Supports PolarFire FPGAs with lowest power at mid-range densities, security and reliability
  • New development kit includes IP, reference designs and solutions
  • Offers advanced features for using the solution across many applications and markets

Microchip announces the new PolarFireFPGA imaging and video solution to address the challenges of developing complex computer algorithms which enable systems to capture and display information and high-resolution images. The PolarFire FPGA imaging and video solution delivers capabilities superior to alternative technologies to support resolution as high as 4K in small, low-power form factors necessary for a wide variety of imaging and video applications.

As designers require high-performance computing, memory and connectivity resources to achieve high-resolution imaging with rich, vivid detail, Field Programmable Gate Arrays (FPGAs) are excellent platforms to achieve this, as they can perform thousands of tasks in parallel to maximise data throughput.

Microchip’s award-winning PolarFire FPGAs, originally launched in February 2017 by Microsemi Corporation, now a wholly owned subsidiary of Microchip, are ideal for these mid-bandwidth (4K/2K) imaging/video applications due to their rich memory and Digital Signal Processor (DSP) resources. In addition, they offer up to 50 percent lower power than competing Static Random-Access Memory (SRAM)-based devices.
The new imaging and video solution includes a complete ecosystem for customers, with comprehensive application-specific hardware, optimised intellectual property suite for image processing, sample reference designs, demonstration designs and collateral. This provides designers with the hardware and software needed to implement 4K resolution designs targeting PolarFire FPGAs. The video and imaging kit enables high-performance evaluation of 4K image processing and rendering using dual-camera sensors suitable for designing demonstrations for video stitching, static and dynamic object insertion, as well as real depth estimation based on disparity maps. With its modular intellectual property suite providing clients the ability to prototype and accelerate time to market, the kit can be leveraged for multiple projects to save costs, time and effort.
 
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