Micas Networks is expanding its Open AI Factory — and we're the ones who can: Micas is the only AI infrastructure company that owns its own factory, building in a clean-room environment no one else in this market has. This expansion scales how Open AI Factory systems are built, integrated, and delivered — more direct control over manufacturing, validation, and supply-chain responsiveness, turning validated AI infrastructure into deployable systems faster, at higher quality, and with more predictable availability. And we're bringing it all to AI Infra Summit 2026, live alongside Broadcom.
AI factories are no longer a single-product decision. They're a systems problem — fabric, optics, power, cooling, availability, and deployment readiness. The Open AI Factory answers it by bringing together best-in-class, open building blocks — compute from AMD, fabric from Broadcom, optics from Vitex and Optech, rack infrastructure from Lenovo — integrated by Micas and validated by Supermicro and AMD as one deployable system.
An open AI fabric running on Broadcom switching — the Tomahawk and Jericho families — openness at the heart of the system.
Optech transceivers — 400G today, 800G/1.6T on the roadmap — run the fabric alongside Vitex optics: multi-vendor optical interoperability in real time.
Compute, fabric, optics, and rack infrastructure validated end to end by Supermicro and AMD — customers see exactly what they can deploy.
Validated systems ship with more predictable availability — built, integrated, and delivered under one roof. Ours.
Here's the part nobody else in this market can say: Micas owns its own factory. The rest of the industry rents someone else's line — outsourcing assembly to ODMs and contract manufacturers, and waiting in that queue when capacity tightens or quality questions come up. We changed our own line instead: an expansion of our Malaysia factory operations that puts even more of the Open AI Factory under our direct control.
Ownership is the difference between asking and deciding — over build schedules, validation depth, and how fast a validated design becomes a deployable system.
AI infrastructure is optics-heavy, high-density, and unforgiving. A spec of contamination on a fiber end-face or inside a switch chassis is a field failure waiting to happen — and in a rented factory, the cleanest step is the first thing cut. Not here:
Optics and high-density AI systems live or die on cleanliness — clean-room assembly protects signal integrity and long-term reliability at the port level.
Not rented, not shared, not optional — the controlled environment is Micas' own standard, applied to every Open AI Factory system we build.
Controlled builds mean fewer surprises and more dependable availability — quality is engineered at the source, not inspected in afterwards.
Systems arrive integrated, validated, and deployment-ready — you inherit factory-backed reality, not integration discovery.
We're with Broadcom at booth #316, showing how networking, transceivers, and factory-owned and factory-backed integration come together into one validated solution — delivering performance, high availability, power efficiency, interoperability, and full ownership from day one.
The Open AI Factory story continues at OCP. Meet Micas at booth #E5 to see what's next in open AI infrastructure — from networking and optics to factory-backed integration built for the next generation of AI. Learn more and book time with us at the show.
Learn More + Book Time At OCP