At a glance
| Booth | L1326 |
| Country | TW |
| Website | optifabinc.com |
Company profile
Optifab, Inc. operates through OptiFab Taiwan with four in-house optical wafer FABs that bridge thin-film lithium niobate and silicon photonics, establishing an in-house fabrication base across these photonic technology domains. The company reports more than 10,000 m² of fab space and production capacity of more than 20,000 wafers per month across its optical-wafer manufacturing operations. Optifab, Inc. keeps photonic-material work within its in-house manufacturing model, making materials one of the integrated stages operated under the same roof. Process development is also carried out within the same integrated operation, connecting material platforms with the fabrication processes needed to realize photonic devices. Device design is included in the in-house chain, adding circuit and device-development work to the company's wafer-fabrication capabilities. Packaging is likewise brought under one roof, completing the stated internal chain from materials and process development through device design to packaged photonic products. This integrated operating model is intended to deliver photonic-device development on a much shorter development cycle by keeping those development and manufacturing functions within the same organization.
Exhibits
The offered photonic material platforms span LN, ELN™, PPLN and TFLN, covering several lithium-niobate-based material options within the company's optical-wafer technology range. Silicon photonics and silicon nitride complement those platforms, extending the available technology range beyond the lithium-niobate family into additional integrated-photonics material systems. The technology chain includes high-speed electro-optic modulation, providing an active photonic function within the company's wafer and device-development scope. It also includes nonlinear quantum light sources, adding a quantum-photonics function to the material and device platforms offered by Optifab, Inc. Ultra-low-loss passive routing forms the passive-photonics end of the same technology chain, complementing the active modulation and quantum-light functions. Optifab, Inc. delivers production-ready photonic integrated circuits based on these fabrication and material platforms. For AI infrastructure, the photonic integrated circuits are intended for AI interconnects, applying the company's photonic fabrication capability to data movement between computing resources. For space applications, the same production-ready photonic integrated circuits are intended for space laser links. For quantum applications, the photonic integrated circuits are intended for quantum computing, alongside the company's stated nonlinear quantum-light-source capability.
Capabilities and products
- optical wafer fabrication bridging TFLN to silicon photonics
- LN/ELN™/PPLN/TFLN material platforms
- silicon photonics and silicon nitride platforms
- high-speed electro-optic modulation devices
- nonlinear quantum light sources
- photonic integrated circuit process development, device design, and packaging