AOC photoelectric chip technical advantages
Opcsun Technology
We will introduce the technical features and market trends of the "AOC photoelectric chip," which is the core of next-generation optical communication technology and meets the increasingly sophisticated industrial needs of data centers, AI, autonomous driving, etc.
1. AOC photoelectric chip's technical advantages
⚡ Ultra-high speed and low latency transmission
Combining CMOS technology and silicon photonics: Realizing ultra-high speed transmission of 400 Gbps.
Compared to copper wire (DAC): signal attenuation is less than 1/10, and EMI resistance is significantly improved.
🌍Long distance and power saving design
Long-distance transmission: Enables transmission over distances of up to several hundred meters, while achieving low power consumption (1 pJ/bit) equivalent to electrical transmission at distances of 1 cm or more.
Energy efficiency optimization: Contributes to optimizing the energy efficiency of data centers.
🔧 Compact and highly reliable
Integration of optical devices onto silicon substrates: Realizing designs that do not rely on conventional compound semiconductors.
Stable operation in high temperature and high humidity environments: Stable operation is guaranteed even in high temperature and high humidity environments.
2. AOC Market Growth Trends
📈 Increasing demand for data centers
Spread of 5G/6G communications and cloud services: The data center market will maintain annual growth of more than 10%.
Expanding adoption of AOC: AOC is becoming increasingly adopted as a main technology for 100G/400G optical modules.
🚗 Applications in the fields of autonomous driving and AI
Communication between automobile sensors and AI inference chips: Optical interconnect is essential.
Outlook for 2027: Working in conjunction with next-generation chips using the 2nm process, we will achieve both low latency and high reliability.
3. Future Outlook: Evolution of Optical Transmission Technology
🔮 Practical application of optical wiring within AOC chips
Introduction in the late 2020s: Optical technology will be introduced for transmission between CPU cores and memories.
Overcoming the physical limitations of electrical wiring: Driving improved supercomputer performance.
🌱 Environmentally adaptive solutions
Optical cable with self-diagnosis function: A design with enhanced environmental resistance is currently under development.
Expansion of implementation cases in extreme environments: Plans are underway to expand implementation cases in high-temperature areas within factories, etc.
AOC optical module is a high-speed communication module that integrates optical chips, optical fibers, and control circuits, and is connected at both ends with optical fibers to form an integrated optical cable (AOC). The main applications of AOC optical cable are as follows:
🎮 Home Entertainment and HD Video
With the widespread use of 4K, 8K and even higher resolution content, home theaters and high definition televisions have increasingly higher requirements for signal transmission. AOC modules support video signal transmission of high resolution, high refresh rate, HDR format and more, ensuring screen definition and color expression.
📈 Example: HDMI AOC provides stable transmission of 4K@60Hz and 8K resolution, satisfying the needs of high quality viewing experience in home entertainment.
🏬 Commercial Displays and Digital Signage In commercial environments such as hotels, shopping malls, and exhibition centers, AOC modules are used for long-distance high-definition video signal transmission, supporting the stable operation of digital signage and advertising displays.
📌 Example: AOC bar display advertising machine can operate continuously for 7 hours and 24 hours, achieving high-definition image quality. It is suitable for a variety of scenes such as specialty stores, hospital guides, subway platforms, etc.
🔗 Advantages: Noise resistance and long distance transmission characteristics make it an ideal choice for commercial displays.
🎥 Professional Video Production and Broadcasting In professional fields such as broadcasting and video production, AOC modules can efficiently transmit high-resolution video signals such as 4K and 8K, ensuring signal quality during the production and broadcasting process.
✅ Application examples: 4K/8K HDMI fiber optic cables have been adopted in multiple TV station projects, enabling long-distance, lossless high-definition signal transmission.
🕶️ Virtual Reality (VR) and Augmented Reality (AR)
VR and AR applications require high bandwidth and low latency signal transmission to deliver an immersive experience.
🚀 Supported Capabilities: AOC module supports high resolution and high frame rate video transmission, providing users with a smoother and more realistic visual experience.
🏥 Medical Imaging and Specialized Displays In the medical field, AOC modules are used for high-resolution medical image transmission, supporting remote diagnosis and high-definition surgical guidance.
🛡️ Reliability: Noise resistance and high transmission stability ensure the reliability of medical equipment even in complex environments.
🔍 Summary
AOC modules have the advantages of high bandwidth, long-distance transmission, resistance to electromagnetic interference, and high stability, and are used in a wide range of applications, from home entertainment to medical imaging, as a core technology solution in the field of ultra-high definition displays.
- Supports ultra-long distance transmission
- Lossless transmission up to 300 meters
- Hot-swap compatibility
- Adaptive connection with interfaces
- Stable performance optical chip
- High-speed signal transmission via optical fiber
- Excellent anti-interference performance
- Integrated Micro-Diffractive Optical System
- High-precision nanoscale chip manufacturing