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Introduction In today's increasingly digital and networked world, the security and efficiency of data transmission have become central to technological advancement. Since its introduction in 1996, USB (Universal Serial Bus) technology has undergone several upgrades, with USB 3 technology standing out for its exceptional high-speed transfer rates and performance. Optical electrical isolation technology, as a

Introduction In the rapidly evolving electronics industry, designing equipment capable of withstanding harsh electrical environments has become crucial. Sensitive devices such as precision medical instruments and high-speed computing equipment require immunity from electrical disturbances to ensure their accuracy and reliability. Electrical isolation technology plays an indispensable role in this regard by creating a secure electrical

USB Type-C is no longer a new topic, the biggest difference between this USB interface protocol and the Type-A commonly used for notebooks or Micro-B for Android phones is that USB Type-C supports both forward and reverse plugging. With the symmetrical design of 24 pins on the top left and bottom right, half of the

USB 3.1 is the latest and fastest version of the USB standard, offering data transfer speeds of up to 10 Gbps. However, not all devices and cables support USB 3.1. This is where active optical cables come in. Active optical cables are a type of cable that uses fiber optics to transmit data. This makes

If you're in need of a longer charging cable for your devices, particularly USB C devices, the article recommends a high-quality USB C 10m cable. This ultra-long and durable cable allows for fast charging and syncing of all your USB C devices, providing convenience and flexibility no matter where you are. Keep reading to discover