Wincomm Case Study: Medical PCs for AI-based GI Endoscopy Systems

Industry White Paper

Wincomm’s white paper explores how AI-driven GI endoscopy is reshaping clinical practice. Traditional flexible scopes have evolved into advanced tools like self-propelled colonoscopes, offering 360° imaging, and narrow-band imaging (NBI) endoscopes that improve mucosal visualization. Combined with AI algorithms, these innovations enhance polyp detection, diagnostic accuracy, and consistency, while reducing patient discomfort.

AI-powered diagnostics rely on robust computing. Intel® Core™ processors with Nvidia® graphics deliver hybrid performance, DDR5 and PCIe 4.0 support, Intel® DL Boost, and GPU acceleration. These enable real-time, high-resolution imaging and AI inference, crucial in operating rooms.

Wincomm’s medical-grade panel PCs meet the rigorous needs of healthcare environments:

• High, stable performance with Intel® processors.
• Embedded Nvidia MXM graphics for demanding image analysis.
• Certified safety (UL/EN 60601-1, EMC, 4KV isolation).
• Antibacterial, IP65-compliant design for sterile conditions.
• Fanless cooling for quiet operation.
• Expandability via PCIe slots for AI accelerators.

A key case study is the Medical Endoscopy Virtual Assistant System, integrating voice and image recognition to provide real-time prompts, automated reporting, and dynamic learning. It reduces physician workload, supports accurate diagnosis, and enhances patient care.

The paper stresses data privacy and compliance, ensuring international medical standards are met.

In summary, Wincomm’s integration of Intel® Core™ processors, Nvidia® GPUs, and AI-ready medical PCs establishes new benchmarks in GI endoscopy. This innovation improves diagnostic efficiency, patient safety, and clinical precision, paving the way for the future of intelligent healthcare.

👉 For more details, please refer to: Wincomm White Paper