Moving beyond standard G.652, we are scaling the production of G.654.E fibers. This "Ultra-Low-Loss with Large Effective Area" technology is essential for 400G and 800G coherent transmission, reducing the non-linear effects and allowing for higher power signals over 1,000km+ distances.
As we look toward 2030, our laboratory is exploring HCF designs where light travels through air rather than glass. This reduces latency by 30% and is targeted at High-Frequency Trading (HFT) and real-time AI synchronized data centers.
To overcome the Shannon Limit, we are developing multi-core fiber (MCF) and few-mode fiber (FMF) solutions, essentially creating multiple lanes within a single hair-thin strand to multiply capacity by 10x–100x.
Unlike Western competitors who often rely on long-distance component logistics, our Vertical Integration allows us to control everything from strand coloring to final jacket extrusion under one roof. This minimizes the carbon footprint of production and maximizes Information Gain for our clients through transparent, real-time QC data sharing.