In the fast-evolving digital economy, the growth of artificial intelligence and cloud computing is creating an insatiable demand for data center capacity — and at the heart of this demand lies a less visible but critically important component: optical fiber . Corning Incorporated , a 175-year-old technology company headquartered in New York, has just secured a $6 billion supply agreement with Meta Platforms , the parent of Facebook and Instagram, to deliver optical fiber and

As AI accelerates into the trillion-parameter era, hyperscale datacenters are being pushed into architectural territory never seen before. Microsoft’s Fairwater  campus in Wisconsin — described by the company as the world’s most advanced AI datacenter  — is the clearest example of how physical infrastructure must evolve to support next-generation compute. And nothing illustrates this shift more dramatically than the explosion of fiber-optic cabling  required inside these new

The rapid growth of cloud, video, and especially AI workloads is pushing conventional optical infrastructure toward its capacity limits. Several studies show that single-mode fiber has nearly exhausted familiar modulation dimensions such as amplitude, frequency, and polarization; the only remaining dimension with significant scalability is space . This is why Space-Division Multiplexing (SDM) and Multi-Core Fiber (MCF) are emerging as strategic directions for next-generation

Here’s a tighter, data-driven view of where MCF stands commercially and how fast it’s growing: Market Size & Growth Projections According...

As AI data centers scale rapidly, fiber infrastructure inside the white space must keep pace. Traditional cabling systems — such as MPO...

“Native” building blocks for MCF—i.e., connectors and transceivers that mate directly to the multi-core geometry instead of relying on...