Vladislav Zaimov is a distinguished specialist in telecommunications and risk management, known for his deep understanding of how physical infrastructure supports the digital world’s most demanding networks. As the industry pivots toward artificial intelligence, Zaimov’s expertise helps decode the complex requirements of the next generation of data centers. In this discussion, we explore the ambitious “Springboard” growth strategy that aims to significantly increase corporate revenue, the impact of high-stakes partnerships with technology leaders, and the technical evolution of fiber optics within massive computing clusters. We also address how the transition from copper to optical connectivity is set to redefine the future of networking.
Your current strategy targets a revenue run rate of $20 billion by 2026, representing a massive leap from where the company stood just a few years ago. How is the Springboard plan fundamentally reshaping your financial profile to meet these aggressive milestones?
The Springboard plan was launched in late 2023 when we were operating at an annualized sales run rate of $13 billion, and since then, the transformation has been palpable. We have already seen the fruits of this strategy in our recent performance, reporting a second-quarter revenue of $4.74 billion for 2026, which successfully cleared estimates of $4.61 billion. By the end of 2025, we anticipate hitting a roughly $17.6 billion annualized core sales run rate, serving as a vital bridge toward our $20 billion goal in 2026. This isn’t just about expansion; we are successfully transforming our financial profile to sustain earnings per share, which reached $.78 this quarter and is expected to climb between $0.85 and $0.89 in the coming months.
The Optical Communications division has seen a staggering 32% growth in sales recently. What specific shifts in the global networking landscape are fueling this level of performance, particularly regarding net income?
The surge we are seeing in Optical Communications is the primary engine of our current success, with sales in that division alone climbing to over $2 billion this past quarter. This 32% growth compared to last year is mirrored by an even more impressive 77% jump in net income, reaching $438 million, which underscores the high value of our specialized connectivity solutions. While we continue to manufacture glass for solar panels and mobile devices, the real excitement lies in how data centers are being re-engineered for high-speed throughput. The sheer density of fiber required to manage modern workloads has turned our optical connectivity business into a cornerstone of the entire enterprise.
High-profile collaborations with major technology firms seem to be at the heart of your expansion. Could you elaborate on how these multibillion-dollar agreements and new manufacturing facilities are securing your position in the U.S. data center market?
Our partnerships with industry leaders like Nvidia and Amazon are transformative for the domestic manufacturing landscape. Through our collaboration with Nvidia, which included approximately $500 million in support, we are constructing three new manufacturing plants dedicated to advanced optical connectivity solutions. Furthermore, our multibillion-dollar agreement with Amazon ensures that we supply the optical fiber and cable infrastructure powering their expanding data center footprint across the U.S. These deals provide the long-term visibility we need to scale our operations and ensure we have the physical capacity to meet the relentless demand for high-end connectivity.
AI is clearly a catalyst for hardware demand, but you’ve noted that content per GPU can increase by 50% under certain conditions. How do large GPU clusters and the addition of optical layers change the game for your fiber products?
The relationship between GPU growth and fiber demand is becoming increasingly non-linear as cluster sizes expand beyond traditional limits. When a cluster grows to include more than 130,000 GPUs, the network architecture typically requires the introduction of a third optical layer. By moving from two layers to three, we effectively see a 50% increase in the optical content required for every single GPU in that massive factory. These large clusters represent the fastest-growing segment of AI infrastructure, allowing our business to grow at a rate that outpaces the simple unit growth of the chips themselves.
There is a growing discussion about optical solutions replacing copper in data centers’ scale-up networks. What makes this transition so significant for the future of data center architecture, even if the timing of full adoption remains fluid?
The transition from copper to optical within scale-up networks marks a significant technological shift in how we handle connectivity within a single cluster of GPUs. While scale-out networks have long utilized fiber to connect different servers, the move to replace copper in scale-up networks opens a massive new frontier for optical content. This evolution is driven by the need for the extreme bandwidth that copper simply can no longer provide as clusters become more dense and powerful. While the exact timing of widespread adoption is difficult to pin down, the sheer size of the opportunity for increased fiber penetration within these clusters is truly immense.
What is your forecast for the role of optical connectivity as we move toward the $40 billion revenue target in 2030?
We see a clear and disciplined path where our revenue run rate scales from $20 billion in 2026 to $30 billion by 2028, ultimately reaching $40 billion by the end of 2030. This trajectory will be defined by the continued displacement of legacy copper and the maturation of AI-driven infrastructure as a primary economic driver for the company. As data center architectures become more complex and cluster sizes continue to swell, the demand for specialized glass and optical solutions will only intensify. We believe we are in the early stages of a multi-year build-out that will cement optical fiber as the essential backbone of the modern digital economy.
