ReinOCS, the automotive optoelectronics brand under Zhongji Innolight, will appear together with strategic partner AutoLink at the 2025 Shanghai International Auto Show. Located at Booth 8BE016 in the 8.2H exhibition hall, the partners will prominently feature the FTTV (Fiber to the Vehicle) in-vehicle optical connectivity solution and a series of intelligent sensor products.

 

As automotive electronic and electrical architectures rapidly evolve towards central computing platforms, the demand for high bandwidth, low latency, lightweight design, and anti-interference capabilities in vehicle communication is becoming increasingly urgent. Leveraging its profound expertise in optical communication technology, Zhongji Innolight is committed to providing the industry with more efficient and reliable vehicle data transmission solutions, supporting the transition of smart cars into the era of intelligent computing engines.

 

At the exhibition, ReinOCS will demonstrate its all-optical FTTV interconnection solution, showcasing the technical capabilities for direct fiber optic connections to autonomous driving domain controllers, sensors, and cockpit systems. Simultaneously, JGET, a full-industry-chain sensor manufacturer under Zhongji Innolight, will exhibit innovative products such as optical fusion cameras. These products, boasting higher perception accuracy and environmental adaptability, comprehensively meet the development needs of automotive intelligence.

 

Currently, traditional automotive SerDes and Ethernet technologies face multiple challenges. Regarding bandwidth and latency, the bandwidth improvement rate of traditional copper cables is slow, and complex protocol stacking leads to significantly increased communication delays, making it difficult to meet the demands for ultra-large-scale in-vehicle data transmission and real-time computing. Furthermore, high bandwidth requirements force continuous increases in the volume and weight of copper cables, directly impacting vehicle energy efficiency and lightweight goals. EMC interference is an even more prominent issue, as high-frequency electrical signals are susceptible to interference in complex electromagnetic environments, leading to decreased data transmission stability.

 

In this context, Zhongji Innolight's automotive optoelectronics business leverages the advantages of optical communication technology to provide breakthroughs:

 

High Bandwidth & Low Latency: The extremely high frequency of light grants it nearly unlimited bandwidth potential, supporting lossless transmission of ultra-high-definition signals. Moreover, the speed of light transmission combined with native protocol encapsulation technology results in near-zero end-to-end latency.

Lightweight & Anti-Interference: Under equivalent bandwidth conditions, optical fiber weighs only 10% of copper cables, significantly reducing vehicle load. Simultaneously, optical signals are completely unaffected by electromagnetic interference, ensuring absolute stability in data transmission.

Through the synergistic innovation of FTTV and intelligent sensors, ReinOCS and JGET are working together to break through the performance bottlenecks of traditional in-vehicle networks, building a future-oriented vehicle interconnection infrastructure. Amid the industry's transition towards "software-defined" and "data-driven" paradigms, Zhongji Innolight's automotive optoelectronics business will continue to use optoelectronic technology as a lever, collaborating with ecosystem partners to construct the new infrastructure for smart mobility and lead the automotive industry into a safer, more efficient, and greener new era.