Our Journey
Explore AuthenX’s growth journey and the milestones that have shaped our path forward.
Listed on the TPEx Emerging Stock Board
AuthenX’s shares commenced trading on the TPEx Emerging Stock Board under stock code 7928, marking an important milestone in the company’s capital markets journey and laying a strong foundation for future growth.
Approved Expansion into Jhunan Science Park
Received approval to establish AuthenX’s Jhunan Branch at Jhunan Science Park, expanding its silicon photonics development and manufacturing presence in Taiwan.
Listed on the TPEx Emerging Stock Board
AuthenX’s shares commenced trading on the TPEx Emerging Stock Board under stock code 7928.
COMPUTEX 2026 Live Demo
Presented a live demo of the Detachable 2D FAU and a 12-inch CMOS-compatible meta-lens platform for scalable CPO assembly.
OFC 2026 Live Demo
Presented a live demo of AuthenX’s meta-lens-enabled Detachable 2D FAU, featuring meta-lenses fabricated on a 12-inch wafer using a CMOS-compatible process for scalable CPO assembly.
Mass Production 12-Inch Meta‑Lens Wafer for CPO application
Completed the first batch of 12-inch meta-lens wafers, designed by AuthenX and fabricated through a partner foundry using a CMOS-compatible process.
Awarded R&D Funding from Taiwan’s Ministry of Economic Affairs
AuthenX was awarded R&D funding under the A+ Industrial Innovative R&D Program administered by Taiwan’s Ministry of Economic Affairs to develop a 16-channel × 200 Gbps silicon photonics platform with heterogeneously packaged laser sources.
COMPUTEX 2025 Live Demos
Presented live demos of meta lenses for 2D fiber array packaging, CPO with laser-on-silicon photonics integration, and a Wi-Fi 7-over-fiber module with 4K QAM MIMO.
InnoVEX 2025 Pitch Contest Finalist
Selected as one of the Top 15 finalists in the InnoVEX 2025 Pitch Contest.
Invited Speaker at I.S.E.S. Taiwan 2025
Dr. David Chang, CTO of AuthenX, shared solutions for overcoming integration challenges in silicon photonics, including advances in internal laser sources and meta-lens-enabled 2D fiber arrays.
ELSFP Entered Customer Validation
Delivered key components of the ELSFP platform for customer evaluation and validation.
Joined SEMI SiPhIA
Joined the SEMI Silicon Photonics Industry Alliance (SiPhIA), expanding AuthenX’s participation in the silicon photonics ecosystem.
Millimeter-Wave RFoF Entered Customer Validation
Delivered millimeter-wave RF-over-Fiber modules for customer validation and pilot deployment.
Joined HiSPA
Joined the PIDA International Heterogeneous Integration Alliance for Silicon Photonics (HiSPA), strengthening collaboration across the silicon photonics packaging ecosystem.
OSFP ELS and ELSIS Entered Customer Validation
Delivered key components of the OSFP ELS and ELSIS platforms for customer evaluation and validation.
Presented at IEEE EPS Japan Chapter
At the 59th IEEE Electronics Packaging Society (EPS) Japan Chapter Evening Meeting, AuthenX CEO Dr. Paul Wu presented work on a silicon photonics platform using meta structures to address challenges in optical-fiber and laser-chip assembly. The work evaluated coupling efficiency, alignment tolerance, and CMOS compatibility, with the goal of enabling scalable silicon photonics applications in FTTX and consumer electronics.
2.5 GHz RFoF Entered Volume Production
Commenced volume production and shipment of the 2.5 GHz RF-over-Fiber optical module.
CPO ELS Advanced Toward Production Readiness
Advanced the CPO external laser source module toward production readiness, moving the platform from development into manufacturing preparation.
QSFP ELS Entered Customer Validation
Delivered key components of the QSFP ELS platform for customer evaluation and validation.
Silicon Photonics PDK Completed
Completed a silicon photonics process design kit (PDK) for optical-fiber and laser-chip packaging using meta-structure-based optical designs.
ELS Platform Development for CPO
Began developing an external laser source (ELS) platform for co-packaged optics (CPO) applications.
28 GHz RF-over-Fiber Module Developed
Developed a 28 GHz RF-over-Fiber (RFoF) transmission module, establishing core capabilities in millimeter-wave optical links.
AuthenX Founded
AuthenX was founded in Hsinchu, Taiwan, laying the foundation for its development in optical communications, silicon photonics, and advanced optical integration.
Discover the Meta‑Lens-Enabled Detachable 2D FAU
Learn how AuthenX’s meta-lens-enabled Detachable 2D FAU supports scalable fiber-to-PIC coupling, increased alignment tolerance, simplified optical packaging, and next-generation co-packaged optics.
