Within the microscopic world of minimally‑invasive surgery, every blood vessel and tissue structure is critical to patient outcomes. Conventional endoscopes enable clinicians to “see”, while integrated AI empowers these devices to truly “perceive” — delivering real‑time lesion identification, intelligent marking of suspicious regions, and assisting physicians in making more accurate clinical judgments. This is exactly the real‑world clinical manifestation of AI‑Powered Vision: Unlocking Micro Insights into Life.
Nevertheless, embedding AI capabilities into endoscope systems is far more than simple technical stacking. Achieving high‑computing‑power performance with low latency and seamless integration within constrained physical space represents a critical challenge for real‑world smart healthcare deployment. Recently, a well‑known domestic endoscope manufacturer conducted multiple rounds of technical evaluation while developing its new‑generation AI‑aided diagnostic system. After thorough validation, the manufacturer selected ZRT Technology’s integrated “single‑board + MXM graphics card” solution, whose robust hardware technology underpins the clarity and sharpness of this “AI‑powered vision”.
I. Why Do Endoscope Systems Need AI‑Powered Vision?
During surgical procedures, clinicians face multiple challenges:
‑ Tiny lesions are easily overlooked by the naked eye
‑ Complex anatomical structures are hard to distinguish in real time
‑ Prolonged operation may cause visual fatigue
AI-aided diagnostic systems are capable of:
-Real-time marking of polyps,tumors and bleeding sites
– Providing surgical navigation and anatomical structure recognition
-Optimizing image quality to reduce misdiagnosis
All these functions must be implemented without modifying the original device architecture or adding excessive size and power consumption.
II.Solution Selection:Finding the Most Suitable AI Carrier
The manufacturer evaluated four mainstream solutions and ultimately selected the highly‑integrated AI heterogeneous computing module solution, as it delivers the optimal balance among high computing power, compact form factor and seamless integration.
III.AI-Powered Vision: How Does the MXM Solution Enable Precision Insight?
– Compact Integrated Design
The MXM graphics card is directly embedded onto the single‑board, requiring no extra space and fitting seamlessly into the compact architecture of the endoscope main unit.
– Intelligent Balance of Performance and Power Consumption
Equipped with the MXM 4090M, it delivers robust computing performance while keeping power consumption below 150 W for long‑term stable system operation.
-Agile Response and Rapid Mass Production
The single‑board features plug‑and‑play capability, enabling fast production‑line adaptation and significantly shortening the time‑to‑market cycle.
– Reliable Supply Chain Assurance
With over a decade of MXM design experience,ZRT Technology provides full-range technical support and consistent product supply.
IV.Real-World Outcomes:From”Seeing”to”Insight”
The new‑generation endoscope system has achieved the following capabilities:
– Fast AI processing response with real-time image synchronization
– Accurate and reliable lesion recognition to effectively support clinical decision‑making
– Excellent power consumption control for stable system operation
– Easy installation and deployment, adaptable to diverse clinical scenarios
V.Smart Healthcare: Revealing the Beauty of Life Through Technological Vision
“AI-Powered Vision: Unlocking Micro Insights into Life” is far more than a technical concept; it represents a return to the essence of healthcare. Empowered by advanced technology, diagnosis and treatment become more precise, safer, and more human-centered. The collaboration between ZRT Technology and its partners serves as a vivid demonstration of this core philosophy:
-Scenario-Driven Design: Built around clinical requirements rather than focusing solely on technical specifications
– Deep Software-Hardware Integration: Co-optimization of algorithms and hardware to maximize overall system performance
– Full-Lifecycle Support: End-to-end enablement covering R&D, mass production, and after-sales service
