Modern hybrid operating rooms (ORs) are rapidly evolving, combining advanced imaging, real-time data, and surgical precision to deliver optimal patient outcomes. As the number of 4K and even 8K video sources grows—driven by robotic-assisted procedures, intraoperative imaging, and advanced endoscopy systems—the need for robust, high-quality video transmission becomes critical.
One of the most effective ways to meet these demands is by integrating optical video subsystems directly into medical displays. This approach offers a streamlined solution for managing high-resolution video in the hybrid OR environment.
Uncompressed, Full-Resolution Video for Critical Precision
When it comes to medical imaging, detail matters. Surgeons rely on crisp, high-resolution video to navigate complex anatomy during minimally invasive procedures. Integrated optical video subsystems using Inneos wavelength-division multiplexing (WDM) technology enable transmission of uncompressed 4K (or higher) video, preserving every pixel of clinical detail. There’s no latency, no compression artifacts, and no loss of resolution—just accurate, real-time visualization exactly as the imaging system intended.
This is particularly important when displaying video from multiple modalities (endoscopy, fluoroscopy, surgical navigation, etc.) on multiple screens within the OR. Integrated optics ensure a consistent, high-quality image across all connected displays.
EMI-Resistant, Single-Fiber Connections for Reliability
Electromagnetic interference (EMI) is a known challenge in the operating room, where numerous electronic systems operate in close proximity. Unlike copper HDMI cables, optical fiber is inherently immune to EMI, providing a stable video signal regardless of surrounding electronic noise.
By incorporating the Inneos WDM optical subsystem inside the display and using just one fiber optic cable for transmission, complexity is drastically reduced. This single, robust link eliminates the need for bulky converters or multiple cable runs—enhancing reliability and simplifying installation in environments that demand precision and cleanliness.
Easy to Deploy with Industry-Standard Fiber Optic Cables
Another key benefit of optical integration is the use of industry-standard fiber optic cables. The Inneos WDM optical systems currently use SC connectors, and future products may use the even smaller LC connectors for easier display integration. These cables are lightweight, flexible, and already widely adopted in medical facilities, making them easy to install and service. No proprietary cabling or complicated interfaces are required.
With fiber optics, hospitals can easily route video signals from remote locations—such as an equipment room housing a central HDMI matrix switch—to any number of displays in the OR using the same cabling infrastructure trusted in enterprise and telecom environments.
Build Smarter Displays for Smarter Operating Rooms
For medical display manufacturers, integrating an optical subsystem directly into your display products isn’t just a value-added feature—it’s a strategic differentiator. As hybrid operating rooms become more reliant on high-resolution imaging and streamlined connectivity, displays that support native optical input offer a compelling solution for systems integrators and clinical teams alike.
By offering displays with built-in Inneos WDM optical subsystems:
- You can deliver uncompressed, full-resolution video without added latency or signal degradation.
- You enable simple, EMI-immune connections using just one fiber cable—ideal for the complex and sensitive OR environment.
- You reduce integration complexity by supporting industry-standard fiber optic cables, already familiar to hospital IT and AV staff.
Integrating an optical subsystem opens new doors for your product line—aligning with the needs of next-generation surgical suites and setting your brand apart as a forward-thinking leader in medical imaging. Optical integration is the future—let your displays lead the way.