Wavelengths

Amphenol Broadband Solutions

Welcome to Wavelengths, a podcast with Amphenol Broadband Solutions.

  1. 2025 Broadband Year in Review, Part 2

    JAN 21

    2025 Broadband Year in Review, Part 2

    In this episode of Wavelengths, the Amphenol Broadband Solutions podcast, host Daniel Litwin continues his conversation with Alex Rozek, Founder and CEO of Mac Mountain, to examine how technology shifts, capital discipline, and changing consumer expectations reshaped broadband in 2025, and what those changes lock in for the future. As the broadband industry closes out 2025, momentum has clearly shifted. Fiber and fixed wireless access accelerated subscriber growth, traditional cable continued to lose ground, and satellite connectivity matured into a meaningful, if supplemental,piece of the ecosystem. At the same time, midstream changes to BEAD funding rules, rising data consumption, and the rapid adoption of AI-driven applications have pushed operators to rethink how networks are financed, built, and operated. Rozek brings a pragmatic, builder-focused perspective to the conversation, grounded in unit economics and long-term infrastructure thinking. In Part 2 of this year-in-review discussion, the focus turns to technology tradeoffs, capital stack strategy, and the question of what 2025 permanently changed about broadband deployment in the United States. Key Discussion Highlights: • BEAD Funding Reality Check: Rozek explains why Mac Mountain ultimately chose not to pursue BEAD opportunities in multiple states, citing complexity, compliance costs, and long timelines that often undermine the apparent appeal of grant funding. He contrasts BEAD with alternative financing paths, such as tax-advantaged revenue bonds and private capital, that can accelerate deployment and improve certainty. • Unit Economics as the North Star: Rather than leading with subsidies, Rozek emphasizes starting with unit economics all-in cost per subscriber, expected ARPU, and long-term cash flow, to determine whether a project makes sense. He outlines a benchmark model where disciplined costs and scalable operations drive attractive returns on invested capital over time. • Capital Stack Evolution: The conversation details how healthy broadband capital stacks evolve as networks scale, moving from private equity and term loans to warehouse facilities and, eventually, asset-backed securitizations. Rozek notes that while capital availability remains strong in 2025, discipline and sequencing matter more than ever. • Fiber vs. Fixed Wireless vs. Satellite: Rozek breaks down the physical and economic realities that differentiate connectivity technologies. Fiber’s superior bandwidth, durability, and long-term cost profile position it as the dominant solution for most homes, while fixed wireless and low-Earth-orbit satellites like Starlink play important supplemental roles in hard-to-serve or low-density areas. • Why Cable Is Struggling: Rising upload demand, AI-driven workloads, cloud-based content creation, and multi-terabyte monthly usage are straining legacy cable architectures. Even with DOCSIS 4.0 upgrades, Rozek argues coax faces structural limits compared to fiber’s scalability. • AI and the Bandwidth Inflection Point: From video conferencing to generative AI tools, Rozek highlights how rapidly growing upstream and downstream data needs are redefining what “adequate” connectivity means, reinforcing fiber’s role as essential infrastructure rather than a premium upgrade. • What 2025 Locked In: Reflecting on the year, Rozek suggests 2025 may mark the moment when the question shifted from “Why do we need this?” to “How do we get it?” For consumers, developers, municipalities, and policymakers alike, high-quality broadband is increasingly viewed as foundational, on par with electrification or transportation infrastructure. This episode builds on the financing and service-model themes from Part 1, adding a deeper examination of technology tradeoffs and long-term infrastructure strategy. Together, the two-part series captures a broadband industry in transition, moving from experimentation and debate toward clearer standards, expectations, and execution paths.

    38 min
  2. 2025 Broadband Year in Review, Part 2

    JAN 21 · VIDEO

    2025 Broadband Year in Review, Part 2

    In this episode of Wavelengths, the Amphenol Broadband Solutions podcast, host Daniel Litwin continues his conversation with Alex Rozek, Founder and CEO of Mac Mountain, to examine how technology shifts, capital discipline, and changing consumer expectations reshaped broadband in 2025, and what those changes lock in for the future. As the broadband industry closes out 2025, momentum has clearly shifted. Fiber and fixed wireless access accelerated subscriber growth, traditional cable continued to lose ground, and satellite connectivity matured into a meaningful, if supplemental,piece of the ecosystem. At the same time, midstream changes to BEAD funding rules, rising data consumption, and the rapid adoption of AI-driven applications have pushed operators to rethink how networks are financed, built, and operated. Rozek brings a pragmatic, builder-focused perspective to the conversation, grounded in unit economics and long-term infrastructure thinking. In Part 2 of this year-in-review discussion, the focus turns to technology tradeoffs, capital stack strategy, and the question of what 2025 permanently changed about broadband deployment in the United States. Key Discussion Highlights: • BEAD Funding Reality Check: Rozek explains why Mac Mountain ultimately chose not to pursue BEAD opportunities in multiple states, citing complexity, compliance costs, and long timelines that often undermine the apparent appeal of grant funding. He contrasts BEAD with alternative financing paths, such as tax-advantaged revenue bonds and private capital, that can accelerate deployment and improve certainty. • Unit Economics as the North Star: Rather than leading with subsidies, Rozek emphasizes starting with unit economics all-in cost per subscriber, expected ARPU, and long-term cash flow, to determine whether a project makes sense. He outlines a benchmark model where disciplined costs and scalable operations drive attractive returns on invested capital over time. • Capital Stack Evolution: The conversation details how healthy broadband capital stacks evolve as networks scale, moving from private equity and term loans to warehouse facilities and, eventually, asset-backed securitizations. Rozek notes that while capital availability remains strong in 2025, discipline and sequencing matter more than ever. • Fiber vs. Fixed Wireless vs. Satellite: Rozek breaks down the physical and economic realities that differentiate connectivity technologies. Fiber’s superior bandwidth, durability, and long-term cost profile position it as the dominant solution for most homes, while fixed wireless and low-Earth-orbit satellites like Starlink play important supplemental roles in hard-to-serve or low-density areas. • Why Cable Is Struggling: Rising upload demand, AI-driven workloads, cloud-based content creation, and multi-terabyte monthly usage are straining legacy cable architectures. Even with DOCSIS 4.0 upgrades, Rozek argues coax faces structural limits compared to fiber’s scalability. • AI and the Bandwidth Inflection Point: From video conferencing to generative AI tools, Rozek highlights how rapidly growing upstream and downstream data needs are redefining what “adequate” connectivity means, reinforcing fiber’s role as essential infrastructure rather than a premium upgrade. • What 2025 Locked In: Reflecting on the year, Rozek suggests 2025 may mark the moment when the question shifted from “Why do we need this?” to “How do we get it?” For consumers, developers, municipalities, and policymakers alike, high-quality broadband is increasingly viewed as foundational, on par with electrification or transportation infrastructure. This episode builds on the financing and service-model themes from Part 1, adding a deeper examination of technology tradeoffs and long-term infrastructure strategy. Together, the two-part series captures a broadband industry in transition, moving from experimentation and debate toward clearer standards, expectations, and execution paths.

    38 min
  3. 2025 Broadband Year in Review, Part 1

    12/23/2025

    2025 Broadband Year in Review, Part 1

    In this episode of Wavelengths, the Amphenol Broadband Solutions podcast, host Daniel Litwin sits down with Alex Rozek, Founder and CEO of Mac Mountain, to unpack the defining shifts that shaped the broadband industry in 2025 and what they signal for the years ahead. As the industry approaches the end of 2025, broadband looks markedly different than it did just a year ago. Fiber and fixed wireless continue to challenge cable’s long-held dominance, BEAD funding has been rewritten midstream, spectrum has changed hands at historic scale, and satellites have emerged as a more viable connectivity option for a growing number of users. At the same time, new operating and financing models are reshaping how networks are built, owned, and operated. Rozek brings a builder’s perspective to this year-in-review conversation, drawing on his experience investing in, operating, and scaling broadband businesses. In Part 1 of this two-part discussion, the focus centers on financing trends, content shifts, and the growing momentum behind broadband-as-a-service models that treat connectivity less like a one-time construction project and more like a long-term utility. Key Discussion Highlights: • The 2025 Financing Landscape: Rozek outlines how broadband remains a capital-intensive business, but one where capital continues to flow, from private credit and municipal bonds to large-scale satellite investments, highlighting how financing structures are evolving alongside network deployment strategies. • BEAD’s Mid-Flight Reset: He discusses how changes to BEAD funding rules in 2025 expanded eligible technologies and altered expectations around grant availability, forcing operators and communities to rethink how projects are financed and prioritized. • Content as a Catalyst: Rozek explores how cord-cutting, streaming adoption, and ESPN’s move to a direct-to-consumer streaming model represent a major inflection point—reducing friction for data-only broadband adoption and reshaping how consumers think about connectivity. • Broadband as a Service Explained: Drawing from firsthand experience with municipal networks and tax-advantaged financing, Rozek explains how separating network assets from operations unlocks lower-cost capital, operational scale, and more sustainable long-term economics. • Efficiency Through Scale: He details why consolidating billing, network operations, customer service, and systems across multiple networks creates meaningful efficiencies, allowing operators to manage larger footprints without linear cost increases. This episode sets the foundation for a deeper exploration of how service models, partnerships, and differentiated customer acquisition strategies are redefining broadband deployment. In Part 2, the conversation continues with a closer look at competition across fiber, cable, fixed wireless, and satellite, and how operators can position themselves for long-term success in a rapidly evolving connectivity landscape.

    31 min
  4. Shaping the World of Education: The Broadband Industry’s Impact on Academia, Part 2

    09/30/2025

    Shaping the World of Education: The Broadband Industry’s Impact on Academia, Part 2

    In Part 2 of this Wavelengths conversation, host Daniel Litwin continues his discussion with Chuck Girt, Chief Technology Officer at FiberLight, diving deeper into the broader ecosystem of education connectivity. While Part 1 focused on building resilient networks inside the classroom, this episode looks outward, examining how education networks must extend into homes, public spaces, and communities to truly close the digital divide. Girt shares how funding shifts, cybersecurity challenges, and new technology trends are reshaping how districts think about connectivity beyond school walls. With decades of experience in telecommunications and education infrastructure, Girt outlines a blueprint for designing networks that support students wherever learning happens, from classrooms to Chromebooks at home to roaming connections in libraries and community centers. Key Discussion Highlights: • Extending Learning Beyond School Walls: Girt emphasizes that education doesn’t stop at the classroom door. Reliable fiber must power home connectivity, bus Wi-Fi, and community hotspots to ensure equitable access for all students. • The Funding Pendulum: The episode explores how shifting definitions of “community anchor institutions” and the push-and-pull of BEAD, E-Rate, and state funding complicate planning—but also create new opportunities for strategic investment. • Cybersecurity in the Age of AI: With ransomware attacks on schools rising 23% year-over-year, Girt stresses that security must be built into network design, supported by operators, MSPs, and AI-driven defenses that protect students and their data. • The Eduroam Example: Expanding secure roaming networks for students introduces new benefits—and new risks. Girt explains how smart certificate management and network-wide threat detection can safeguard roaming access. • Last Mile Upgrades that Matter: From moving content closer to the edge, to modernizing in-building infrastructure, Girt outlines practical, district-level strategies that deliver immediate improvements while waiting for larger-scale rollouts. • Trends to Watch: Looking ahead, Girt sees AI as the most powerful driver of education connectivity, enabling immersive learning, VR classrooms, and cross-institution collaboration that demands higher bandwidth. This episode offers practical insights for school district CIOs, administrators, and broadband providers alike. Girt makes clear that future-ready education networks require not just classroom connectivity, but a holistic approach that extends into communities, anticipates cybersecurity threats, and leverages funding to fuel long-term growth.

    31 min
  5. Shaping the World of Education: The Broadband Industry’s Impact on Academia, Part 1

    09/16/2025

    Shaping the World of Education: The Broadband Industry’s Impact on Academia, Part 1

    In this episode of Wavelengths, the Amphenol Broadband Solutions podcast, host Daniel Litwin sits down with Chuck Girt, Chief Technology Officer at FiberLight, to explore how broadband innovation is shaping the future of education. As schools embrace 1:1 devices, cloud-based curriculum, and even emerging AI-driven learning tools, their networks are under more pressure than ever. Girt brings over 35 years of experience deploying enterprise-grade and nonprofit anchor institution networks to the table, offering a roadmap for districts looking to future-proof their connectivity strategies. This conversation unpacks how fiber-first thinking can unlock new opportunities for students, especially in rural communities where connectivity gaps can make the difference between opportunity and isolation. Key Discussion Highlights: Fiber as the Anchor: Girt explains why fiber optics are the foundation for sustainable school networks—delivering the speed, reliability, and scalability needed to support everything from cloud LMS to immersive VR and AI-driven teaching. Designing for Dynamic Demand: He outlines how to build networks that handle heavy spikes in usage—like statewide testing bursts or lunchtime video surges—through redundant paths, resilient infrastructure, and local content caching. Choosing the Right Architecture: The episode breaks down the pros and cons of dark fiber vs. lit wave services, and why solutions like MPLS remain a practical, future-ready approach for many districts. Tackling Rural Roadblocks: Girt shares strategies to overcome the biggest hurdles in rural deployments—political resistance, cost justification, and tech debt—and how partnerships can turn small communities into connected hubs. Planning for Funding: With E-Rate and BEAD funds becoming clearer, he emphasizes why districts should build for long-term growth, not short-term bandwidth fixes, and how to align funding with scalable infrastructure plans. This episode offers timely insights for district CIOs, operators, and education decision-makers working to close the digital divide. From designing resilient, scalable networks to navigating funding realities, Girt lays out a blueprint for turning connectivity investments into tangible student outcomes.

    25 min
  6. Building the Wireless Future: Low-Power IoT, Edge Computing, and the End of the Gs

    06/19/2025

    Building the Wireless Future: Low-Power IoT, Edge Computing, and the End of the Gs

    As the global race to 6G heats up, telecom providers, governments, and tech companies are investing billions to advance the next generation of hyperconnected infrastructure. European operators urge regulators to release more spectrum to stay competitive, while U.S. programs like the USDA's ReConnect have funneled over $1 billion into rural fiber backhaul. Meanwhile, companies like NVIDIA, T-Mobile, and Cisco are developing AI-native 6G stacks, embedding intelligence into every layer of the network. The stakes are enormous: success could enable real-time autonomous vehicles, remote surgeries, and city-scale sensor networks. But with so many threads to weave together—from fiber backhaul to AI-driven edge compute—the critical question emerges: How do we build a wireless ecosystem capable of supporting the demands of tomorrow's hyperconnected world? On this episode of Wavelengths by Amphenol Broadband Solutions, host Daniel Litwin sits down with Swarun Kumar, the Sathaye Family Foundation Professor of Electrical and Computer Engineering at Carnegie Mellon University and Director of the WiTech Lab. Their conversation explores the cutting-edge research reshaping wireless protocols, powering low-energy IoT devices, and bridging the long-standing gaps between infrastructure and application development. Key discussion points include: The future of low-power IoT: enabling decade-long battery life for tiny, inexpensive sensors across industries from smart homes to healthcare. Why the industry's obsession with "Gs" may soon end, as software-driven networks evolve continuously rather than in rigid generational jumps. The urgent need for tighter integration between fiber and wireless infrastructure, plus how AI-driven edge compute will transform aggregation points into intelligent network hubs. Swarun Kumar is the Sathaye Family Foundation Professor at Carnegie Mellon University and leads the WiTech Lab, which pioneers next-gen wireless protocols, resilient edge architectures, and AI-powered resource orchestration. Prior to CMU, Kumar earned his PhD from MIT, specializing in Wi-Fi, cellular, and IoT communications. His interdisciplinary work is helping industries across healthcare, transportation, and manufacturing push wireless innovation from academic research into real-world deployment.

    48 min
  7. 06/18/2025 · VIDEO

    Building the Wireless Future: Low-Power IoT, Edge Computing, and the End of the Gs

    As the global race to 6G heats up, telecom providers, governments, and tech companies are investing billions to advance the next generation of hyperconnected infrastructure. European operators urge regulators to release more spectrum to stay competitive, while U.S. programs like the USDA's ReConnect have funneled over $1 billion into rural fiber backhaul. Meanwhile, companies like NVIDIA, T-Mobile, and Cisco are developing AI-native 6G stacks, embedding intelligence into every layer of the network. The stakes are enormous: success could enable real-time autonomous vehicles, remote surgeries, and city-scale sensor networks. But with so many threads to weave together—from fiber backhaul to AI-driven edge compute—the critical question emerges: How do we build a wireless ecosystem capable of supporting the demands of tomorrow's hyperconnected world? On this episode of Wavelengths by Amphenol Broadband Solutions, host Daniel Litwin sits down with Swarun Kumar, the Sathaye Family Foundation Professor of Electrical and Computer Engineering at Carnegie Mellon University and Director of the WiTech Lab. Their conversation explores the cutting-edge research reshaping wireless protocols, powering low-energy IoT devices, and bridging the long-standing gaps between infrastructure and application development. Key discussion points include: The future of low-power IoT: enabling decade-long battery life for tiny, inexpensive sensors across industries from smart homes to healthcare. Why the industry's obsession with "Gs" may soon end, as software-driven networks evolve continuously rather than in rigid generational jumps. The urgent need for tighter integration between fiber and wireless infrastructure, plus how AI-driven edge compute will transform aggregation points into intelligent network hubs. Swarun Kumar is the Sathaye Family Foundation Professor at Carnegie Mellon University and leads the WiTech Lab, which pioneers next-gen wireless protocols, resilient edge architectures, and AI-powered resource orchestration. Prior to CMU, Kumar earned his PhD from MIT, specializing in Wi-Fi, cellular, and IoT communications. His interdisciplinary work is helping industries across healthcare, transportation, and manufacturing push wireless innovation from academic research into real-world deployment.

    48 min

Ratings & Reviews

5
out of 5
2 Ratings

About

Welcome to Wavelengths, a podcast with Amphenol Broadband Solutions.