As demand for AI computing continues to surge, data centers are rapidly evolving from single-function computing facilities into complex, integrated infrastructure systems. In response to this shift, Far East is accelerating the development of its Intelligent Battery & AI Computing Business, extending its capabilities into core data center scenarios and rethinking the foundational architecture of computing infrastructure from the ground up.

At the heart of this transformation lie two critical pillars: data transmission efficiency and energy supply stability. Together, they define the upper limit of computing performance and reliability. Leveraging its fully integrated and self-controlled industrial chain, Far East is advancing into intelligent computing scenarios from both connectivity and energy dimensions—transitioning from a product provider to a system-level capability enabler, and delivering stable, efficient foundational support for next-generation computing infrastructure.

From “Information Highways” to “Neural Networks”: The Full-Chain Evolution of Optical Communication

At its core, AI computing relies on high-frequency, high-efficiency data exchange. In large-scale GPU clusters, even a 1-microsecond reduction in network latency can significantly improve overall computing utilization. Driven by this demand, optical communication is evolving from a traditional data transmission medium into the “neural network” of AI systems.

Far East’s advancement in this field is built on upstream breakthroughs and full-chain integration. By addressing key technological bottlenecks, the company has adopted fully synthetic VAD + OVD processes to achieve in-house R&D and large-scale production of optical fiber preforms—one of the most value-intensive segments in the optical communication industry—thereby strengthening its capabilities from the source.

In terms of capacity, Far East has already achieved an annual production and sales capability of 300 tons of optical fiber preforms and 10 million fiber-kilometers. Following expansion, capacity is expected to reach 2,000 tons of preforms, along with corresponding optical fiber and hollow-core fiber production capabilities, ensuring scalable supply for AI-driven network infrastructure.

Looking ahead to the demands of AI Data Centers (AIDC), Far East is proactively investing in next-generation technologies such as anti-resonant hollow-core fibers, driving optical communication toward ultra-low latency and full-spectrum transmission, and laying a solid foundation for future computing networks.

From Backup Power to Core Unit: Energy Storage Reshaping the Power Architecture of AI Computing

If optical communication determines how efficiently data flows, energy storage determines how reliably computing operates. Together, they form the essential foundation of next-generation computing infrastructure.

Leveraging end-to-end capabilities from cell R&D and manufacturing to system integration, Far East delivers highly reliable and efficient energy solutions tailored for AI-driven data centers.

In high-load intelligent computing environments, energy storage systems maintain stable thermal performance under high power density conditions, ensuring long-term operational safety. Combined with Far East’s proprietary Energy Management System (EMS), the solution enables millisecond-level response, supporting uninterrupted computing operations while optimizing energy usage through peak shaving and dynamic load balancing—ultimately improving overall efficiency and reducing operational costs.

“Connectivity + Energy” Dual Foundation: Reinforcing the Infrastructure Backbone of the AI Era

Optical communication and energy storage respectively support the flow of information and the flow of energy within computing infrastructure. Their integration enables a systemic balance across performance, stability, and efficiency.

With this dual-foundation approach, Far East is capable of supporting a wide range of scenarios—from hyperscale AI data centers to edge computing nodes. Backed by a fully integrated and self-controlled industrial chain, the company enhances delivery efficiency and enables flexible system customization, providing greater certainty in infrastructure deployment.

As computing demands continue to evolve, Far East is extending its role from infrastructure participant to foundational capability builder. By strengthening the synergy between connectivity and energy systems, the company is continuously reinforcing the backbone of AI infrastructure—supporting the development of a stable, efficient, and sustainable computing ecosystem.