Far East Electric is ramping up its product layout in the optical communication field, closely following industry development trends. By consolidating production capacity layout, focusing on technological innovation, and strengthening the advantages of the entire industrial chain, the company is advancing steadily in the industry's boom cycle, facilitating the high-quality development of the enterprise and the upgrading of industrial empowerment.

At present, the optical fiber and preform industry has officially entered a high boom cycle, with the market showing a sound development trend of rising volume and price, and tight supply and demand. With the accelerated construction of AI data centers and the explosive demand in overseas markets, the optical communication industry is ushering in structural growth opportunities. While the industry demand continues to climb, it also puts forward higher requirements for enterprises' production capacity layout and technical strength. Far East Electric has acted in accordance with the trend and made intensive efforts, seizing the development opportunities in the new industry cycle through the layout of the entire industrial chain and breakthroughs in core technologies.

In the current context of increasingly fierce competition in the optical communication industry, technological innovation has become the key for enterprises to break through. Far East Electric has deeply engaged in technological R&D, focused on industry pain points and market demands, continuously achieved breakthroughs in core technologies and cutting-edge fields, and formed a unique and advantageous technical system. Aiming at the characteristics of dense cabinets and complex wiring in computing power centers, based on the advanced VAD (Vapor Axial Deposition) + RIC process route, the company has realized the large-scale mass production of G.657.A1/A2 optical fibers, which are adapted to the needs of high-density wiring scenarios with stable and reliable performance.

To meet the low-latency and high-bandwidth demands of AI training clusters, data centers and high-performance computing, the OM4/OM5 series multimode optical fibers developed by Far East have core characteristics such as low transmission loss, high transmission bandwidth, excellent microbending resistance, and strong adaptability to multiple environments. They can perfectly meet the extreme demands of high-end optical communication scenarios and provide strong support for the construction of AI computing power networks. Meanwhile, Far East's R&D team has successfully overcome the hollow-core anti-resonant optical fiber technology, and the related products have obtained patent certification. While maintaining low loss, the single-mode transmission efficiency has been increased by 30%, and the bandwidth has been expanded to the full wavelength range of 1260nm-1625nm. This can effectively address the nonlinear distortion problem of traditional optical fibers and provide exclusive transmission solutions for high-end scenarios such as quantum computing and AI supercomputing centers.

Far East Electric will adhere to the development strategy of "Electric Energy + Computing Power + AI", steadily advance the capacity expansion plan and technological R&D, focus on the development opportunities of the AI era, drive high-quality development through technological innovation, support market demand with large-scale production capacity, and contribute to industrial upgrading and the development of the digital economy!