"[A]s we introduce all photonics networks and this end to end connectivity, extend it into the data center, we're reducing the latency such that it starts to feel much more like it's just another server and another rack in the same data center. We're literally approaching the speed of light in terms of how we transmit signals from end to end and the latency in, say, thousand of kilometers is still measured in a small number of milliseconds"
"[T]o really inspire change you need to show something better, not just at a technical level but at some kind of an outcome. Why is this better for a user, for a business? And so while we have a really deep technology focus in the IOWN Global Forum, in order to bring that to life we've always had an interest in thinking about it through the lens of use cases."
All-photonics networks replace electronic components with photons for data transfer and storage, promising lower latency, higher bandwidth, and reduced energy consumption. Integrating photonics into long-distance links and inside data centers shortens end-to-end latency to levels approaching the speed of light, making distant resources feel local. This capability can improve AI model performance and lower operating costs for cloud and edge deployments. Adoption requires demonstrating clear business outcomes and practical use cases beyond technical improvements. Industry collaboration through forums like the IOWN Global Forum brings network builders, technology providers, and other stakeholders together to explore deployment scenarios.
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