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Design custom PASICs using OpenLight’s Process Design Kit; Manufacture PASICs through partner facilities; Develop high-speed data communication solutions for AI applications; Create integrated photonic solutions for hyperscale data centers; Provide custom design services for photonic devices
Raised $34M in Series A funding co-led by Xora Innovation and Capricorn; Extensive patent portfolio protecting intellectual property; Exhibiting at major industry events like ECOC 2025
OpenLight Photonics employs a hybrid go-to-market (GTM) strategy that combines elements of both product-led growth (PLG) and sales-led growth. Upon analyzing their website, it is evident that OpenLight Photonics emphasizes flexible access to their products through services like PASIC Design Enablement, Inhouse Design, and Production. However, there is no prominent feature for a free trial or self-service signup, indicating a reliance on direct customer engagement rather than purely self-service models. The absence of explicit pricing information suggests that potential customers need to contact sales for details, which aligns with a sales-led approach. The website does not showcase testimonials or case studies that highlight viral adoption, nor does it provide extensive educational resources like tutorials or community forums, which are typically indicative of a strong PLG strategy. Instead, the focus appears to be on structured engagement through direct inquiries and partnerships, suggesting a strategy optimized for high-touch relationships and larger contract values rather than rapid user adoption. Overall, OpenLight Photonics seems to balance both approaches, catering to engineers and designers in semiconductor companies while also engaging in direct sales processes for enterprise-level deals.
OpenLight Photonics has established partnerships with several notable companies, including Jabil, VLC Photonics, Epiphany, Spark Photonics, and TFC. These collaborations focus on enhancing manufacturing processes, expanding design capabilities, and accelerating the development of photonic integrated circuits (PICs). However, specific client details or case studies are not publicly available on their website or in the articles reviewed.
ECOC 2025
Tower Technical Global Symposium 2025