2025-12-13
Extremely fine coaxial cable束 is not only the "channel" for high-speed signal transmission within AI SoC modules, but also a key component for ensuring system stability and signal integrity.
2025-12-13
Extremely thin coaxial cable束, with its high-frequency low-loss, precise impedance control, excellent shielding performance, and high flexibility, has become the core solution for lightning interface ...
2025-12-13
Extremely fine coaxial cable束, with its high-frequency low-loss, precise impedance control, excellent shielding performance, and high flexibility, has become the ideal solution for PCIe Gen4/5/6 high-...
2025-12-13
The V-by-One HS/US interface, with its high-speed, stable, and flexible features, has become the mainstream standard for the new generation of display and transmission systems.
2025-12-13
Micro Coaxial Cable shows significant advantages in high-speed image transmission, compact equipment design, and multi-module systems, and has become the mainstream connection solution in the fields o...
2025-12-12
The ultra-fine coaxial cable can support the high-speed transmission of 40Gbps for USB4, relying on its low loss, strong shielding, high consistency, and flexible miniaturization. It is one of the cor...
2025-12-12
The reason why silver-plated copper ultra-fine coaxial cables have become the industry standard for high-speed signal transmission is determined by the combined factors of skin effect, material streng...
2025-12-12
As the MIPI rate continues to move towards 6Gbps, 10Gbps, and even higher, signal integrity has become a key factor in determining device performance. Extremely thin coaxial cables, with their low los...
2025-12-12
In high-speed interface design, differential pairs (Differential Pair) are widely used in LVDS, SerDes, USB, HDMI, and other scenarios. With the development of devices towards lightweight and high-spe...
2025-12-12
Extremely thin coaxial cable束 can provide high-frequency performance, precise impedance, and channel consistency in MIPI multi-channel applications. By strictly controlling materials, length, shieldin...
