Arycs Technologies, a Los Gatos, CA-based optical connectivity company, has raised $24 million in an additional funding round.
Read More:Freestyle Raises $10M in Series A Funding
The company plans to use the funds to grow its operations and accelerate product development.
Arycs Technologies was formed as an independent U.S.-based company focused on delivering next-generation, power-efficient coherent optical connectivity to help AI scale everywhere. As AI workloads move beyond centralised data centres to campus, metro, regional, and edge environments, network connectivity has become a key limitation for scalability, power efficiency, and consistent performance. Arycs provides coherent optical solutions designed specifically for distributed AI deployments.
Built on deep expertise in digital signal processing and optical integration, the company delivers solutions designed for leading bandwidth per watt, deterministic performance, and scalable architectures that enable infrastructure providers to expand capacity without disruptive redesign. The focus is on execution and scaling coherent connectivity platforms that are ready to support real-world AI deployments.
“Scaling AI starts with next-generation connectivity,” said Roberto Marcoccia, CEO of Arycs Technologies. “We provide the coherent optical foundation needed for AI-driven networks, designed for high performance, energy efficiency, and distributed scale.”
About Arycs Technologies
Founded in 2025, Arycs Technologies is transforming optical communications with energy efficient high performance coherent technology for today’s demanding networks. As coherent optics move beyond core networks to data centre campuses, intra data centre links and the growing network edge, Arycs provides scalable cost effective solutions. Its technology, built on a fully fabless model and supported by strategic supply chain partnerships, meets the bandwidth and power efficiency needs of AI infrastructure and next-generation connectivity.
Read More:Mantis Space Raises $10M+ in Seed Funding
