Microchip Launches Compact PolarFire FPGA Solution for Ultra‑High‑Resolution 4K Video & Imaging

Microchip has announced the launch of a new, compact imaging and video solution based on its PolarFire FPGA family. The kit delivers full‑resolution 4K performance in the smallest form factor while keeping power consumption at a minimum.

FPGAs are uniquely positioned to handle the demanding computational workloads required for modern imaging and video systems. Their parallel architecture allows thousands of tasks to run simultaneously, maximizing data throughput and enabling real‑time processing of high‑resolution content.

Microchip’s PolarFire FPGAs, first introduced in February 2017 by Microsemi (now a wholly‑owned subsidiary of Microchip), are especially well‑suited to mid‑bandwidth (4K/2K) imaging and video workloads. They combine rich on‑chip memory, a powerful Digital Signal Processor (DSP) block, and up to 50 % lower power consumption compared to competing SRAM‑based devices.

The new solution comes with a complete ecosystem for developers: application‑specific hardware, a library of optimised intellectual property (IP) blocks for image processing, reference designs, demonstration modules and supporting documentation. This enables rapid prototyping and accelerates time‑to‑market for 4K designs targeting PolarFire FPGAs.

Key hardware features include:

• 4 GB on‑chip DDR4 for frame buffering
• 1 GB on‑chip flash for user configuration
• Bidirectional MIPI‑CSI for high‑speed camera interfaces
• HDMI, Display Serial Interface (DSI) and SDI for flexible display and broadcast output
• Support for dual‑camera setups, facilitating video stitching, dynamic object insertion, and depth estimation via disparity maps

The kit also showcases reference designs for Picture‑in‑Picture, edge detection, and configurable resolution and image‑signal parameters, all of which can be adapted to a wide range of applications across multiple industries.

Potential use cases span surveillance and IP cameras, automotive safety systems, machine vision, medical imaging, smart‑home devices, industrial automation, aerospace/aviation and defense. The combination of low power, high performance, and a rich ecosystem makes the PolarFire FPGA solution an attractive choice for designers seeking a reliable, scalable platform.