USB 4 केबल टाइप C 240W चार्जिंग 40Gbps 8K PD 3.1 मैकबुक के लिए

Zero-Loss Optical Transmission Technology

While standard copper USB cables lose speed and reliability after 3 meters, the CABLETIME AOC uses fiber optic strands to transmit data using light. This allows the signal to travel the full 15-meter distance with absolutely zero attenuation or latency. Whether you are a photographer shooting tethered in a large studio or an engineer managing machine vision systems, this technology guarantees that the data reaching your computer is exactly as fast as the source sending it.

Blazing 10Gbps Data Speed

Unlike standard copper cables that suffer severe speed degradation over long distances, this Active Optical Cable utilizes USB 3.2 Gen 2x1 technology to maintain a rock-solid 10Gbps transfer rate across the entire 15-meter length. This capability allows you to move massive 1GB files in approximately one second, eliminating waiting times for photographers transferring high-resolution RAW images and ensuring lag-free data streams for complex industrial systems or VR headsets.

Protected Against Signal Noise

In environments filled with electronic noise—such as server rooms, hospitals, or factories—electromagnetic interference (EMI) can corrupt data transfers. The CABLETIME AOC is inherently resistant to electrical noise due to its optical nature and is further reinforced with specialized shielding. This ensures enhanced chip stability and a pristine data flow, preventing the connection drops and transfer errors that plague lesser cables in high-interference zones.

Durability & Reliability

Equipment failure is not an option in professional settings. This cable is armored with a premium Black Zinc Alloy shell that resists crushing and impact, paired with a military-grade PVC jacket. It has passed rigorous testing of over 30,000 bends, ensuring it can survive the twisting, pulling, and coiling of daily use. From on-location photo shoots to complex robotic arms in medical facilities, this cable provides physical resilience to match its digital performance.