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Why do high-speed cameras from mobile phones to cars all rely on Micro Coax?

In smart phones, vehicle-mounted systems, robots, and other devices, camera resolutions are getting higher and frame rates are getting faster, while the internal space of the mainboard is becoming inc...

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How to choose high-speed interconnect cables for AI devices? A comprehensive comparison of OCuLink vs SlimSAS vs ultra-thin coaxial

In the internal design of AI servers, edge computing devices, and various high-performance systems, the selection of high-speed interconnect cables is often one of the most troublesome aspects for eng...

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High-speed core for thin and light devices - I-PEX connector application guide for high-frequency cable束

In smartphones, laptops, display modules, and other consumer electronics, ultra-fine coaxial cables (micro coaxial cable) paired with I-PEX connectors have become the mainstream solution for high-freq...

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Ultra-fine coaxial cable束与FPC线缆:Performance Differences and Application Selection Full Analysis

In fields such as consumer electronics, communication equipment, medical imaging systems, and industrial automation, both extremely fine coaxial cables (micro coaxial cable) and FPC cables (flexible p...

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The connection core behind 8K imaging: How do extremely thin coaxial cables achieve ultra-high-speed transmission?

With the rapid development of ultra-high-definition image technology, 8K cameras are gradually entering the fields of professional film and television production, medical image systems, and high-end s...

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High-speed transmission's invisible hero: ultra-thin coaxial cable impedance optimization solution

In modern high-performance electronic devices - whether thin and light laptops, foldable smartphones, or precise medical exploration equipment - high-speed signal transmission places higher requiremen...

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Miniature ultra-fine coaxial cable: the invisible core for high-speed transmission in augmented reality glasses

In the design of augmented reality (AR) glasses, the speed and stability of data transmission determine the ultimate user experience. With the continuous improvement of AR display resolution, traditio...

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Why are more and more devices abandoning LVDS? Extremely thin coaxial cables are becoming the new mainstream.

Whether it is for display modules, camera modules, vehicle-mounted systems, laptops, or VR devices, the commonly used LVDS wiring (also known as the familiar differential pair wiring) is being replace...

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The "unsung heroes" behind AI vision and high-speed transmission—the extremely thin coaxial cables and connectors

In today's era of continuous evolution in high-speed transmission and miniaturized design, "extremely fine coaxial cable" has become a frequently appearing keyword in AI vision modules, notebook camer...

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High-speed image transmission core: How can ultra-fine coaxial beam ensure the stability of CSI?

In today's image transmission systems, CSI (Camera Serial Interface) has become the mainstream standard. Whether it is smartphone cameras, vehicle image systems, or industrial vision and AI camera mod...

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