Patient Monitoring
Article
Live surgery and medical imaging demand instant, reliable video delivery. This article shows how the iWave Ultra-Low-Latency Streamer enables real-time 4K video streaming with millisecond-level glass-to-glass latency, secure encryption, and seamless integration with advanced visualization platforms—empowering faster decisions, remote collaboration, and improved surgical outcomes.
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Case Study
Portable patient monitoring demands low power, real-time response, and secure data handling. This case study shows how iWave ZU7CG System on Module, powered by AMD Zynq™ UltraScale+™ MPSoC, enables multi-sensor integration, deterministic alerts, and secure connectivity supporting compact, reliable monitoring devices for hospital and remote care environments.
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Case Study
Advanced surgical imaging demands uncompromised video quality and ultra-low latency. This case study shows how iWave 12G SDI 8K/4K Frame Grabber enables real-time, uncompressed video capture over PCIe with zero frame loss delivering crystal clear visuals, deterministic performance, and clinical-grade reliability.
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Article
Accurate AI-assisted colonoscopy depends on pristine video and predictable latency. This article explains how the iWave 12G SDI 8K/4K Frame Grabber delivers uncompressed, low-latency video directly to NVIDIA GPU platforms enabling real-time polyp segmentation, faster interpretation, and more confident clinical decisions.
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Article
Real-time video demands ultra-low latency, reliability, and security. This article explains how iWave ULL Streamer, powered by Wi-Fi 7 (IEEE 802.11be), delivers sub-10 ms wireless video streaming with 8K/4K support, AES-256 encryption, and deterministic performance—enabling next-generation medical, broadcast, robotics, and autonomous video applications.
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Article
Real-time video workflows demand speed, flexibility, and seamless integration. This article explains how iWave delivers a unified video infrastructure combining multi-channel switching, high-speed PCIe frame capture, and IP streaming to simplify video capture, processing, AI analytics, and low-latency distribution across broadcast, medical, and simulation applications.
