High-Speed Solutions for Optical Sorting Machines

Scalable Vision Architecture for Optical Sorting Machines

Modern optical sorting machines depend on advanced vision architectures to deliver high accuracy and consistent performance. As production lines become faster and more complex, vision systems must support higher resolutions and tighter timing constraints. Consequently, fixed-function designs often struggle to scale or adapt over time.

Modular Infrastructure for Optical Sorting Machines

Gidel provides a flexible vision infrastructure that allows system designers to build, enhance, or upgrade optical sorting machines using modular building blocks. These architectures rely on high-performance Frame Grabbers, which provide deterministic image acquisition and stable real-time processing.

As a result, system performance can scale over time without requiring a complete redesign, while preserving predictable behavior and long-term flexibility.

Deterministic Vision Processing for High-Speed Sorting

In high-speed sorting machines, latency and synchronization are critical. Vision systems must process image data in real time while maintaining deterministic behavior. Otherwise, even small timing variations can reduce sorting accuracy.

Deterministic Processing at High Throughput

Gidel’s FPGA-based vision architecture is designed for predictable, real-time image processing. Moreover, hardware-based Compression IPs reduce data bandwidth while preserving the image fidelity required for accurate decisions:

• JPEG Encoder: High-speed standard compression.
• Lossless Compression: Bit-perfect data preservation.
• Quality+ Compression: Optimized balance of ratio and quality.

As a result, high-speed sorting machines can scale throughput while maintaining deterministic, low-latency operation.

Compact Architectures for Embedded Sorting Systems

For space- and power-constrained environments, Gidel also supports compact sorting platforms using Mini Jetson Frame Grabbers. These systems combine deterministic FPGA-based vision processing with NVIDIA Jetson Modules, allowing sorting machines to balance throughput, accuracy, and system footprint.

Optical Inspection Architecture for Sorting Machines

Many systems combine inspection and sorting within a single platform. An optical inspection machine typically performs image analysis, defect detection, or classification before triggering sorting actions. However, inspection workloads can interfere with real-time behavior if they are not carefully managed.

Custom FPGA Algorithm Development

To address this, Gidel enables a unified vision architecture where inspection and sorting coexist efficiently. System designers can design, develop, and deploy custom imaging and vision algorithms directly on the FPGA using the ProcVision Suite. This approach provides full control over latency, precision, and processing flow.

As a result, optical inspection machines can implement proprietary algorithms, optimize performance for specific materials or products, and maintain deterministic behavior even in demanding, high-speed environments.

Learn more about Gidel’s real-world advantages in High-Speed AOI Machines: Enabling High-Speed AOI Machines | Gidel

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