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From Architecture to Adoption: Ecosystem Collaboration Accelerates Co-Packaged Optics
At Computex 2026, Wiwynn brought together a broad ecosystem of partners including Ayar Labs, GUC, Corning, Molex, FOCI, TE Connectivity, and SENKO, to demonstrate a complete path from chip-level optical innovation to rack-scale AI infrastructure. The showcase focused on addressing the key challenges facing CPO adoption: fiber management, thermal management, power efficiency, manufacturability, and system integration.
The demonstration is significant because it moves the conversation beyond whether CPO works and toward how it can be deployed at hyperscale. Wiwynn’s architecture combines Ayar Labs’ optical engines and ELSFP light sources with rack-level integration, liquid cooling, advanced fiber routing, and optical interconnect technologies to create a system-ready approach for next-generation AI infrastructure.
SENKO Technologies Featured in the Ecosystem
ELSFP Connectivity
The ELSFP architecture separates the laser source from the optical engine, helping address thermal constraints associated with placing lasers near high-power AI ASICs. SENKO’s host and module connectivity solutions provide the optical interface required to support this external laser architecture, enabling serviceability and scalable deployment of optical I/O systems.
Discover ELSFP solutions. Learn more: https://www.senko.com/elsfp-connector/
SEAT™ Detachable PIC Solution
As photonic integrated circuits move toward high-volume manufacturing, testability and serviceability become critical. SENKO’s SEAT™ platform enables detachable optical interfaces between fibers and photonic integrated circuits, supporting repeatable alignment and helping manufacturers address yield, assembly, and lifecycle management challenges associated with co-packaged optics. Learn more: https://www.senko.com/mpc-series/
SN®-MT Connector
High-density AI architectures require dramatically higher fiber counts within limited space. The SN®-MT connector provides a significantly smaller footprint than traditional MPO interfaces, enabling higher fiber density at the faceplate, within chassis designs, and throughout rack-scale optical infrastructure. This supports one of the core objectives of CPO deployments: delivering more bandwidth while minimizing space and routing complexity. Click to read more about fiber density solutions: https://www.senko.com/sn-mt-series/
Why It Matters
One of the strongest messages from the Wiwynn showcase is that CPO adoption is no longer dependent on a single technology breakthrough. Success requires coordination across silicon photonics, ASIC design, optical engines, fiber management, connectivity, cooling, manufacturing, and system integration. The Computex demonstration highlighted how ecosystem collaboration is helping transform co-packaged optics from an architectural concept into a deployable solution for hyperscale AI data centers.
Learn more:
Wiwynn + Ecosystem CPO Showcase at Computex 2026
Data Center
