With the rapid growth of high‑resolution video, external GPUs, high‑speed storage, and multi‑device connectivity, interface bandwidth has become a critical performance bottleneck in modern systems. From USB2.0 to USB3.0 and now USB4.0, the evolution ...
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In medical imaging systems, cables are rarely the most visible components, yet they directly influence system stability, usability, and final image quality. For high-channel-count medical applications such as ultrasound and endoscopy, achieving a wor...
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As medical endoscopic equipment continues to evolve toward higher resolution, smaller size, and greater reliability, cables are no longer simple connecting components. Instead, they have become critical elements that directly affect image quality, op...
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As medical ultrasound systems continue to evolve toward higher channel counts and greater miniaturization, the interconnection cables between the probe and the main unit are facing increasingly stringent engineering requirements. Ultrasound probe cab...
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As electronic devices continue to move toward miniaturization and higher levels of integration, ultra-fine coaxial cables are widely used in applications such as UAV imaging systems, medical imaging equipment, industrial cameras, and precision sensor...
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Low-Temperature Superconducting Coaxial Cables (LTS Coaxial Cables) are indispensable “neural fibers” in ultra-low-temperature physics experiments and cutting-edge technologies such as quantum computing. To better understand these ...
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As medical equipment, miniature camera modules, wearable sensors, and ultra-small robots continue moving toward smaller, lighter, and smarter designs, traditional cables can no longer meet the requirements for size, flexibility, and signal integrity....
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In high‑resolution cameras, foldable phones, medical endoscopes, and drone gimbals, the term “50AWG coaxial cable” is appearing more and more frequently. Many people think the difficulty of 50AWG micro coaxial cable is simply “makin...
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In high‑speed and high‑frequency signal transmission, “50Ω / 75Ω impedance consistency” is a topic that engineers can never avoid. Especially when using extremely fine micro coaxial cables such as 38–50 AWG, even a seemi...
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High-frequency signals generally refer to electrical signals above 1 MHz. In modern applications, many scenarios now operate well into the GHz range. For example, 5G RF signals can exceed 60 GHz, and PCIe protocols commonly used in high-speed servers...
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I. Why Does Stuttering Occur? — Excessive Signal Attenuation In scenarios such as high-speed data transmission, image signal return, audio acquisitio...
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(July 15, 2025) — HOTTEN TECH, a specialized medical cable manufacturer, will exhibit at Medtec China 2025 (September 24-26 | Shanghai World Expo Exhibition Center). Industry partners are invited to Booth 2D307 to exper...
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