Defense Imaging Solutions

Gidel builds FPGA-based defense imaging solutions on a modular vision architecture that supports high-performance, mission-critical defense applications. These systems deliver deterministic behavior, high accuracy, and real-time responsiveness in demanding operational environments.

Defense imaging systems must operate with extreme reliability while processing large volumes of visual data under strict timing constraints. They also need to remain adaptable, maintainable, and cost-effective throughout long deployment lifecycles. For this reason, modern defense platforms rely on scalable architectures that can evolve without complete system redesigns or extensive retraining.

Gidel provides a flexible FPGA-based infrastructure for imaging and vision applications that require real-time image acquisition, processing, and signal handling. These capabilities support a wide range of defense systems, including surveillance, tracking, targeting, and secure communications. In these environments, predictable performance and long-term system stability are essential.

Modular Vision Platforms for Defense Imaging

Gidel structures its defense imaging infrastructure around modular building blocks that system designers can combine and scale to meet specific requirements:

• Edge AI Vision Computers: Compact, ruggedized systems for onsite inference combining Altera FPGA and NVIDIA Jetson modules.
• High-Performance Frame Grabbers: Supporting GigE Vision, CoaXPress, and Camera Link.
• Mini Powerful FPGA Modules: For tight SWaP constraints.

Together, they support real-time, high-resolution vision pipelines in constrained environments. This modular approach allows defense imaging systems to scale, upgrade, or extend functionality as mission requirements evolve, without disrupting existing system behavior.

Development Ecosystem and Long-Term System Flexibility

To support efficient development and long-term maintainability, Gidel provides a comprehensive Software Development Tools ecosystem based on a modular design philosophy. This environment lets developers offload pixel-intensive image signal processing tasks to the FPGA. As a result, systems reduce CPU load and maintain deterministic real-time behavior.

Using this approach, developers can assemble imaging and vision pipelines with real-time image processing functions executed inline on the FPGA:

• Preprocessing: Debayering, White Balance, and Gamma Correction.
• Correction: Non-Uniformity Correction (NUC) and Bad Pixel Replacement (BPR).
• Enhancement: Dynamic Luminance Balancing and real-time HDR processing.

In addition, optional data optimization features such as Compression IPs (JPEG, Lossless, and Quality+), region-of-interest cropping, and scaling help defense imaging systems manage bandwidth and storage efficiently.

High-Bandwidth Recording Solutions for Defense Applications

Many defense imaging systems require reliable recording of high-resolution, high-frame-rate data for post-mission analysis, validation, and evidence retention. Common use cases include:

• ISR missions
• Multi-sensor fusion and tracking
• Target acquisition and assessment
• High-bandwidth recording for post-mission analysis

To support these needs, Gidel provides dedicated Recording Solutions for high-bandwidth defense imaging workflows.

These recording platforms integrate with Gidel’s modular FPGA-based vision architecture to capture and store high-rate image streams while preserving predictable system behavior. By combining real-time processing, optional data optimization, and scalable recording capabilities, Gidel supports both live operation and detailed offline analysis without disrupting the real-time imaging pipeline.

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