Connect

Optical Communicationushering in an age of data-driven technology

Energy-efficient optical links from chiplet-scale fabrics to fiber-based data interfaces

The Connect Series delivers next-generation optical interconnect solutions that redefine how data moves — from cloud-scale infrastructure to everyday devices.

At the performance frontier, Artilux’s “wide and slow” architecture offers customized optical interconnects for AI data centers and chiplet communication, achieving ultra-high bandwidth density and energy efficiency through massively parallel photonic channels built on our GeSi PD/APD array with ASIC platform. For more information, please reach us.

Complementing this, the Connect Series also features off-the-shelf ASIC-based fiber solutions supporting USB (Universal Serial Bus), HDMI (High-definition Multimedia Interface), DP (DisplayPort), and MIPI (High-definition Multimedia Interface) interfaces, enabling plug-and-play optical connectivity for consumer and professional applications alike. With its unique combination of custom photonic innovation and ready-to-deploy IC technology, Connect Series bridges the gap between electrical and optical domains, powering a new generation of fast, compact, and sustainable data links.

Igniting the Future of Connectivity with Fiber

As AI, IoT, and silicon photonics redefine the communications landscape, the demand for high-speed, high-integrity, and low-latency data transfer is surging beyond the limits of traditional copper infrastructure. This shift is accelerating the adoption of Active Optical Cables (AOC) — the next standard for high-performance connectivity. AOC delivers superior signal fidelity, high bandwidth, and extended reach while offering strong resistance to electromagnetic interference (EMI). Compared to copper, optical fiber enables faster data rates, greater transmission stability, and longer cable distances without compromise — unlocking new possibilities across data centers, edge computing, AI acceleration, and next-generation consumer and industrial connectivity.