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 today's fast-growing technology and devices, they're becoming smaller, smarter, and more powerful. From AR/VR headsets to industrial drones and medical imaging equipment, these products need to send data quickly in very small spaces, which is why ...
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The future of consumer and professional electronics depends on bending, folding, and stretching into new shapes. Foldable phones, rollable screens, ultra-thin laptops, and wearable health devices are all pushing design to the limit. But, they also cr...
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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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Medical technology is among the industries that are guided by the constant aspects of pursuing a larger degree of clarity, miniaturization, and reliability. The majority of the developed diagnostic and imaging devices use micro coaxial cable as their...
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The competitive world of the OEM (Original Equipment manufacturer) projects depends on every detail. Pre-fabricated elements can work, but an individualistic approach will promote better achievement and most of the new ideas. This is furthermore so a...
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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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The difficulty in reducing the size of electronics to foldable as well as bendable has brought the engineers to think through all the materials. The secret to the smooth products, a folding smartphone, a roll-up screen, or even an endoscope the size ...
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Little components are as essential, or as simple to underestimate, as ultra-fine coaxial cables, when sourcing components for OEM projects. These small workhorses are the lifelines of modern small electronics, where they can transfer high-frequency s...
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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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In today’s medical and industrial technology landscape, different specialized devices require cable solutions that standard off-the-shelf products can’t fulfill. Tailor-made ultra-fine coaxial cable assemblies are important for OEM and OD...
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