AOCFiberLink is a technology-based, customer-oriented company that has been focusing on the development and innovation of integrated electronic and optical signals for more than 20 years. Since 2003, we have been customizing excellent connection solutions for our customers and continue to provide quality services to our customers. Our active hdmi 2.1 cable have obtained CE and ISO9000 certifications, and all active optical cables are RoHS compliant.
Types of HDMI Active Optical Cable
Our active optical fiber cable products include five categories: HDMI, USB, USB-C, DP and Pure Fiber. Each of these products is suitable for different application scenarios. HDMI and DP cables are widely used in audio and video applications such as home theaters and high-definition conferencing, providing excellent clarity and sound effects. USB and USB-C cables focus on fields such as machine vision and medical imaging, providing reliable support for real-time high-speed data transmission. Pure Fiber AOC cables are suitable for complex outdoor environments such as concerts and live events, ensuring long-distance lossless transmission of ultra-high-definition audio and video.
dvancements in Active Optical Cable (AOC) Technology
Fiber optic HDMI cable combine AOC+ technology to break through the limitations of traditional copper cables, with high-speed and long-distance transmission capabilities without attenuation, anti-electromagnetic interference, light weight, higher security and lower heat generation. This makes it perform well in environments such as ultra-high-definition audio and video and ultra-high-speed data long-distance transmission.
Manufacturing Processes for High-Performance AOCs
AOC is the abbreviation of Active Optical Cable. AOC is a transmission cable that carries electro-optical conversion chips and photoelectric conversion chips and transmits high-speed signals through optical fibers.
AOC integrates optical chips, high-speed electrical chips, optical lenses, RF connectors and other components to complete the functions of EO/electrical to optical and OE/optical to electrical, and realize signal transmission in optical fiber media. It adopts direct modulation and direct detection technology to realize electro-optical modulation and optoelectronic demodulation through 850nm VCSEL and PIN optical chips.
Taking HDMI as an example, let's briefly introduce the principle of optoelectronic conversion. Generally, signals that need to be transmitted by light are high-speed signals. First, the source end receives the electrical signal, converts it into an optical signal, and transmits it to the Display end through a long-distance optical fiber. The Display end converts the received optical signal into an electrical signal and transmits it to the back-end device to realize high-speed signal transmission. As for basic functions such as communication handshake, copper wire transmission is used for implementation.
The Use of High-Performance AOCs
Active optical cables, embedded with signal amplifiers and converters, provide high bandwidth and long-distance data transmission. They support 4K and 8K video in home theaters, ensure stable transmission for telemedicine and imaging in healthcare, and enhance multimedia interaction in education. In virtual reality, these fiber optical hdmi cable improve user experience with low latency, support efficient automation in machine vision, and ensure clear video display on LED billboards, highlighting their crucial role in modern technology.
