FPGA Driven 4k Endoscope 720P HD Endoscopic Tower AI4K Processing

The LN-C101LH is a professional-grade dual-modality endoscopic platform engineered for clinical environments that demand both high-resolution rigidity and diagnostic flexibility. This system consolidates two distinct imaging capabilities into one robust tower, eliminating the need for separate capital equipment. Its core differentiator is a sophisticated FPGA architecture, which provides a future-proof platform for advanced image processing and customization, setting a new standard for visual intelligence in the operating room.

Table 1: System Capabilities

The rigid scope subsystem leverages a custom FPGA chip and a SONY CMOS sensor to achieve a computational imaging breakthrough. The AI4K dual coaxial processing board utilizes this FPGA's parallel processing power to emulate 3CMOS color separation and detail with a single sensor, outputting pristine 4K/60FPS video. The FPGA's re-programmable nature allows for continuous optimization of the AI Vessel Enhancement and Adaptive Noise Reduction algorithms, ensuring the image quality can evolve and improve over time.

The integrated flexible endoscope provides a practical and efficient tool for diagnostic procedures. It offers 720P high-definition imaging with exceptional maneuverability, thanks to its 210° bi-directional bending capability. The form factor and image quality are specifically tailored for navigating natural orifices, making it an essential tool for specialists who require both scoping capabilities from a single system.

• Advanced Laparoscopic and Arthroscopic Surgery (Rigid Mode)
• Diagnostic and Interventional Gastroscopy/Bronchoscopy (Flexible Mode)
• Complex Urological and Gynecological Procedures
• Multi-disciplinary Surgical Centers and Ambulatory Surgery Centers (ASCs)

We provide end-to-end professional service, including detailed system integration support, FPGA firmware update policies, and access to a dedicated clinical applications team. Our service contracts are designed to ensure maximum system uptime and include options for future software enhancements.

Table 2: Technical Data Sheet

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