HDR IP Correction

HDR IP Correction: High Performance Single Exposure

While traditional HDR relies on multiple exposures — a method often impractical for applications involving motion or high data rates — Gidel’s High Dynamic Range IP overcomes these limitations with an innovative single-exposure algorithm. This FPGA-based solution delivers uncompromised HDR quality and real-time performance.

Superior Image Quality with Unlimited Throughput

Gidel’s IP provides real-time, high-quality HDR with virtually zero latency. It stands out by analyzing not only the luminance data of each pixel but also the surrounding pixels, dynamically adjusting HDR processing to account for local luminance variations. This environment-sensitive approach enhances subtle details, even in challenging HRS lighting, to deliver data with exceptional fidelity.

HDR IP High-Volume Processing

Gidel’s proprietary HDR algorithm uses FPGA architecture to process multiple pixels simultaneously. This enables high-speed, efficient performance across an ultra-wide field of view. It is the ideal solution for high-throughput, outdoor HRS pipelines.

Integration in ISP Pipeline

Gidel’s HDR correction provides powerful CPU offloading, integrating seamlessly into Gidel’s Mini Jetson Frame Grabbers, PCIe Frame Grabbers and FPGA Modules. This technology is essential for high-dynamic-range requirements in high-end Imaging & Vision applications.

• High-Quality Demosaicing

• White Balance

• Dynamic Luminance Balance

• Compression IPs (.JPEG, Lossless, Quality+)

This modular and customizable approach allows for a fully optimized end-to-end solution to meet the specific demands of any imaging application, ensuring maximum performance with minimal host intervention.

        Target applications

• Outdoor Imaging
• Aerial mapping
• Orthophoto
• Sports broadcasting
• Augmented reality
• Outdoor High-Resolution Sensors (HRS)
• Volumetric imaging
• Medical imaging
• Homeland security