YOFC Embraces the AI-Driven Fiber Optic Supercycle
YOFC says it remains committed to long-termism and is embracing the AI-driven supercycle in the fiber optic industry.
YOFC says it remains committed to long-termism and is embracing the AI-driven supercycle in the fiber optic industry.
LightCounting forecasts that the Ethernet optical module market will grow 73% in 2026.
Zhongji Innolight says annual price declines are standard industry practice for optical modules and that the current pricing system is healthy.
On July 23, Robotechnik's German subsidiary ficonTEC signed an equipment contract worth about 129 million yuan with a subsidiary of a company listed on the New York Stock Exchange.
The article examines how industry chain collaboration can move OCS from viable technology to large-scale deployment.
Su Guoyan of Guolong Technology outlines the company's OCS strategy, aimed at building a core engine for AI compute optical interconnects.
Hengtong says AI is reshaping the logic of the optical communications industry, and the company is pursuing growth around connectivity plus computing.
China Unicom's Hu Yakun discusses optical interconnect technologies and practical applications for intelligent computing centers.
Alibaba Cloud's Wang Peng outlines the evolution of OCS technology for AI clusters and its application outlook.
Eoptolink said securing raw material supply and production delivery is a current priority.
Dongtian Optics expects net profit attributable to shareholders of 85 million to 95 million yuan in the first half, up 67.71% to 87.44% year on year.
Six companies incubated by the Hangzhou Institute of Optics and Mechanics - Kaisis Technology, Guangzhiyun, Guangzai Technology, Aijie Photonics, Bangqizhou, and Gaoxi Thermal - were selected for the proposed first batch of Hangzhou's "Promising Seedlings" enterprises. Kaisis Technology was also selected for the proposed 2025 Hangzhou "New Eaglet" enterprise list. The selected companies cover areas including cold atom clocks, optical intelligent algorithms, LiDAR, silicon-based optoelectronic chips, and metasurface optical devices.
Teams led by Wang Binhao and Zhang Wenfu at the Xi'an Institute of Optics and Precision Mechanics have made a series of advances in silicon-based photonic interconnect chips.
Why we recommend it: The original article provides specific data and details that help assess the actual progress in this direction.
Silicon photonics chip and optical module solutions from Intel, HG Genuine, Accelink Technologies and other vendors target high-speed interconnect needs in AI and data centers. Intel's OCI chipset supports 64 data channels of 32 Gbps in each direction, reaches up to 100 m and consumes 5 pJ per bit. HG Genuine, Accelink Technologies and others showcased 1.6T modules. The survey also covers 800G silicon photonics engines and modules, linear pluggable optics and co-packaged optics (CPO) light source modules.