Explore three high-frequency cable foaming technologies and learn how insulation materials affect signal performance, dielectric properties, and cable design for advanced electronic applications.
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Discover how 50-pin micro coaxial cable assemblies support humanoid robot vision systems with high-density signal transmission, compact design and reliable camera module connections.
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Explore ultrasound medical cable tactile coating technology, silicone surface treatment and manufacturing challenges for high-flexibility medical cable assemblies with improved handling performance.
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Understand the key design requirements of ultrasound probe cable assemblies, including shielding, impedance control, materials and reliability validation for medical device OEM engineers.
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Learn how to select micro coaxial cable for ultrasound probe applications, including signal integrity, impedance control, flexibility, shielding and reliability requirements.
Read MoreUnderstand why low capacitance is critical in ultrasound probe cable design and how insulation materials, impedance control and micro coaxial structures improve signal integrity.
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Understand why ultra fine high frequency coaxial cable design is challenging, including impedance control, signal integrity, shielding performance and precision manufacturing requirements.
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Meet Hotten at Electronica China 2026 and explore our custom cable solutions, including micro coaxial cables, medical cable assemblies, and high-performance wire harnesses for OEM applications.
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HOTTEN developed a flexible 46AWG micro coaxial cable solution with optimized shielding and jacket design, providing reliable signal transmission for medical devices, robotics and high-density electronic systems.
Read MoreHOTTEN developed a custom 44AWG 50Ω micro coaxial cable solution for high-frequency applications, achieving low attenuation, reliable shielding and OD below 0.25mm for OEM customers.
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Learn why medical device OEMs choose medical-grade silicone over TPU and PVC for reusable medical cables. Compare flexibility, sterilization resistance, durability and long-term reliability.
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In the highly specialized field of Medical Microwave Ablation (MWA), ablation efficiency depends directly on the precision of energy delivery. As clinical systems continue moving toward higher operating frequencies — typically 2.45 GHz or 915 M...
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