Wavelengths

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.

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.

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.

As next-generation broadband continues to transform digital experiences across the U.S., Internet Service Providers (ISPs) are reshaping how we think about infrastructure, speed, and scalability. The industry is no longer just about faster speeds—it’s about smarter service, tailored rollouts, and future-ready networks that can meet the evolving needs of homes, businesses, and communities.

In this episode of “Wavelengths,” the Amphenol Broadband Solutions podcast, host Daniel Litwin, the voice of B2B, sits down with expert guest Pragash Pillai, Chief Technology Officer at Hotwire Communications. Their in-depth conversation explores how Hotwire and similar providers approach deploying 25G and 50G Passive Optical Network (PON) trials.

Key Topics from the Episode:

Next-gen fiber technologies like 25G and 50G PON are proving scalable using networks already in the ground—cutting deployment costs and time.

Whether it’s high-traffic student housing or senior living facilities, use-case-specific broadband design ensures seamless, always-on experiences.

From predictive maintenance to self-healing networks, AI-powered tools are redefining service reliability and fiber network management.

Pillai brings more than two decades of telecom experience, having held leadership roles at Cablevision, Charter, and now Hotwire Communications. His focus on merging operational excellence with visionary thinking makes him a driving force behind Hotwire’s innovation-led service model.

As next-generation broadband continues to transform digital experiences across the U.S., Internet Service Providers (ISPs) are reshaping how we think about infrastructure, speed, and scalability. The industry is no longer just about faster speeds—it’s about smarter service, tailored rollouts, and future-ready networks that can meet the evolving needs of homes, businesses, and communities.

In this episode of “Wavelengths,” the Amphenol Broadband Solutions podcast, host Daniel Litwin, the voice of B2B, sits down with expert guest Pragash Pillai, Chief Technology Officer at Hotwire Communications. Their in-depth conversation explores how Hotwire and similar providers approach deploying 25G and 50G Passive Optical Network (PON) trials.

Key Topics from the Episode:

Next-gen fiber technologies like 25G and 50G PON are proving scalable using networks already in the ground—cutting deployment costs and time.

Whether it’s high-traffic student housing or senior living facilities, use-case-specific broadband design ensures seamless, always-on experiences.

From predictive maintenance to self-healing networks, AI-powered tools are redefining service reliability and fiber network management.

Pillai brings more than two decades of telecom experience, having held leadership roles at Cablevision, Charter, and now Hotwire Communications. His focus on merging operational excellence with visionary thinking makes him a driving force behind Hotwire’s innovation-led service model.

In this episode of Wavelengths, hosted by Amphenol Broadband Solutions, Daniel Litwin discusses the evolution of smart cities and the crucial role of fiber broadband with Tyler Cooper, Editor-in-Chief at Broadband Now. As urban and rural areas adapt to new technological advancements, the need for robust connectivity, strategic investments, and inclusive digital policies has never been more important.

Smart Cities Depend on Fiber Broadband for Growth

The transition to smart cities is not an overnight process but a gradual transformation driven by infrastructure improvements. Many smart city initiatives, such as AI-powered traffic management, smart water systems, and IoT-driven public safety, operate behind the scenes, improving urban efficiency without direct consumer interaction. At the core of these advancements is fiber broadband, which provides the high-speed, low-latency connectivity needed for real-time decision-making. While consumers may not immediately notice these changes, the foundational improvements to citywide digital infrastructure are shaping the future of urban living.

Bridging the Broadband Divide: Urban vs. Rural Challenges

The disparity between urban and rural broadband access remains a pressing issue. Cities focus on upgrading existing infrastructure to support next-generation innovations, while many rural communities still struggle with basic internet access. Beyond infrastructure, there is also a digital literacy gap, where many residents in underserved areas lack the knowledge to fully utilize broadband services. Expanding fiber networks in rural areas is essential for telehealth, remote education, and economic opportunities. Without reliable broadband, rural communities risk being further marginalized in an increasingly digital world.

The Role of BEAD Grants and Municipal Broadband Solutions

The Broadband Equity, Access, and Deployment (BEAD) program presents a historic funding opportunity to address broadband gaps nationwide. State broadband offices are now responsible for ensuring that these funds are effectively distributed to underserved areas. Additionally, municipal broadband networks, where communities build and manage their own internet infrastructure, are emerging as a powerful solution. Cities like Chattanooga, Tennessee, have demonstrated the success of publicly owned fiber networks, offering high-speed, low-cost internet access to residents. As BEAD funding is deployed, local governments, policymakers, and community leaders must collaborate to ensure sustainable, future-proof broadband investments that support both smart city initiatives and rural connectivity.

Conclusion: The Future is Now

The push for broadband expansion and smart city development is already shaping the way we live and work. While urban areas are racing toward technological innovation, rural regions must not be left behind. Ensuring universal access to high-speed internet is not just about connectivity—it’s about economic growth, education, and community development. As BEAD funding rolls out, local leaders must take proactive steps to bridge the digital divide and create equitable, future-ready communities.

In this episode of Wavelengths, hosted by Amphenol Broadband Solutions, Daniel Litwin discusses the evolution of smart cities and the crucial role of fiber broadband with Tyler Cooper, Editor-in-Chief at Broadband Now. As urban and rural areas adapt to new technological advancements, the need for robust connectivity, strategic investments, and inclusive digital policies has never been more important.

Smart Cities Depend on Fiber Broadband for Growth

The transition to smart cities is not an overnight process but a gradual transformation driven by infrastructure improvements. Many smart city initiatives, such as AI-powered traffic management, smart water systems, and IoT-driven public safety, operate behind the scenes, improving urban efficiency without direct consumer interaction. At the core of these advancements is fiber broadband, which provides the high-speed, low-latency connectivity needed for real-time decision-making. While consumers may not immediately notice these changes, the foundational improvements to citywide digital infrastructure are shaping the future of urban living.

Bridging the Broadband Divide: Urban vs. Rural Challenges

The disparity between urban and rural broadband access remains a pressing issue. Cities focus on upgrading existing infrastructure to support next-generation innovations, while many rural communities still struggle with basic internet access. Beyond infrastructure, there is also a digital literacy gap, where many residents in underserved areas lack the knowledge to fully utilize broadband services. Expanding fiber networks in rural areas is essential for telehealth, remote education, and economic opportunities. Without reliable broadband, rural communities risk being further marginalized in an increasingly digital world.

The Role of BEAD Grants and Municipal Broadband Solutions

The Broadband Equity, Access, and Deployment (BEAD) program presents a historic funding opportunity to address broadband gaps nationwide. State broadband offices are now responsible for ensuring that these funds are effectively distributed to underserved areas. Additionally, municipal broadband networks, where communities build and manage their own internet infrastructure, are emerging as a powerful solution. Cities like Chattanooga, Tennessee, have demonstrated the success of publicly owned fiber networks, offering high-speed, low-cost internet access to residents. As BEAD funding is deployed, local governments, policymakers, and community leaders must collaborate to ensure sustainable, future-proof broadband investments that support both smart city initiatives and rural connectivity.

Conclusion: The Future is Now

The push for broadband expansion and smart city development is already shaping the way we live and work. While urban areas are racing toward technological innovation, rural regions must not be left behind. Ensuring universal access to high-speed internet is not just about connectivity—it’s about economic growth, education, and community development. As BEAD funding rolls out, local leaders must take proactive steps to bridge the digital divide and create equitable, future-ready communities.

In the latest episode of Amphenol Broadband Solutions' Wavelengths podcast, host Daniel Litwin sat down with Tyler Cooper, Editor-in-Chief at BroadbandNow Research, for a deep dive into the current landscape of broadband deployment and access across the United States.

With 2025 underway, the conversation tackled key trends shaping the broadband industry, including the contrast between urban and rural connectivity, new technology rollouts, and the critical role of federal funding.

The discussion examined how smart city initiatives are accelerating broadband development in urban areas, with AI-powered infrastructure and fiber deployment setting the stage for the cities of tomorrow. In contrast, rural communities continue to face significant hurdles, with over 22 million Americans still lacking basic broadband access. Cooper emphasized that while progress is being made, closing the rural-urban digital divide requires more than just infrastructure—it demands smarter funding strategies and localized decision-making.

Key topics included the transformative potential of the BEAD program, the largest broadband infrastructure investment in U.S. history, and how state-level broadband offices are uniquely positioned to tailor solutions to local needs. The episode also highlighted the rise of fixed wireless access and fiber as critical technologies driving connectivity, while acknowledging the challenges of accurately measuring broadband access in underserved areas.

As broadband technology continues to evolve, Cooper and Litwin agreed that both rural and urban environments must be equipped not only with access but with future-proof networks capable of supporting the growing demands of digital life.