2025-12-20
With the continuous advancement of industrial automation, intelligent manufacturing, and Industry 4.0, efficient and reliable connection solutions are particularly crucial for the stable operation of ...
2025-12-20
In modern industrial automation systems, reliable cable and harness solutions are the foundation for equipment stable operation.
2025-12-20
The reason why NVIDIA recommends using extremely thin coaxial cable束 is clear: In high-speed signal transmission, Micro Coax has better signal integrity, anti-interference capability, and mechanical r...
2025-12-20
USB4's high-speed transmission marks the entry of data interconnection into the ultra-high-speed era. To maintain signal stability in complex environments, extremely thin coaxial cable束 (Micro Coaxial...
2025-12-20
In the DisplayPort 2.1 UHBR20 transmission environment, the ultra-thin coaxial cable is not the only choice, but it is almost the optimal solution in terms of performance.
2025-12-19
The PCIe link of AI servers is moving from sufficient to high precision, low loss, and high stability. The extremely thin coaxial cable bundle, with its high bandwidth, high shielding, strong flexibil...
2025-12-19
The core competitiveness of industrial camera modules is shifting from resolution and sensor performance to data transmission efficiency. Extremely thin coaxial cables, with their high bandwidth, high...
2025-12-19
USB3.1 high-speed signal transmission imposes higher standards on cable and wiring design. Using extremely thin coaxial cables can significantly reduce EMI, crosstalk, and signal reflection, improving...
2025-12-19
In high-precision test measurement systems, the stability of signal transmission directly determines the reliability of the test results.
2025-12-19
In the fields of industrial control, communication equipment, testing and measurement, medical electronics, and rail transit, stable and reliable signal connections have always been the key foundation...
