Wavelengths

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 GrowthThe 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 ChallengesThe 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 SolutionsThe 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 NowThe 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 GrowthThe 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 ChallengesThe 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 SolutionsThe 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 NowThe 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.

In a recent episode of Amphenol Broadband Solutions' Wavelengths podcast, listeners learned about the exciting potential of robotics in the broadband industry. Host Daniel Litwin spoke with Abdullah Jassim, a field applications engineer at Amphenol Communications Solutions, to shed light on this evolving intersection of technology and telecommunications.The discussion dove into robotics' potential for revolutionizing network maintenance, with automation and edge data capturing enhancing processes in real time. Jassim highlighted the use of autonomous drones in inspecting complex infrastructure like wind turbine blades, demonstrating how robotics applications are becoming essential for operational efficiency.The duo explored the challenges of implementing these solutions in diverse telecom environments, from the high costs associated with early development stages to the training required to integrate these new processes. However, Jassim emphasized the long-term benefits of these investments, including improved safety and unprecedented precision.Advancements in AI-powered robotics have now spurred a trend of more autonomous, real-time maintenance that can adapt to challenging environments. This layer of intelligence contributes significantly to predictive maintenance and network optimization.As the dialogue on robotics in broadband continues, Jassim predicts a growing adoption rate across the industry thanks to technological advancements that drive down costs and increase effectiveness. This evolution, however, does rely on robust testing and careful, real-world application.Highlights• Discover the transformative potential of robotics in the broadband industry with insights from Abdullah Jassim, a field applications engineer at Amphenol Communications Solutions.• Explore how advancements like autonomous drones and AI-powered robotics revolutionize network maintenance, enhance operational efficiency, and enable real-time predictive solutions.• Learn about the challenges, long-term benefits, and growing adoption of robotics as host Daniel Litwin delves into this evolving intersection of technology and telecommunications.

In a recent episode of Amphenol Broadband Solutions' Wavelengths podcast, listeners learned about the exciting potential of robotics in the broadband industry. Host Daniel Litwin spoke with Abdullah Jassim, a field applications engineer at Amphenol Communications Solutions, to shed light on this evolving intersection of technology and telecommunications.The discussion dove into robotics' potential for revolutionizing network maintenance, with automation and edge data capturing enhancing processes in real time. Jassim highlighted the use of autonomous drones in inspecting complex infrastructure like wind turbine blades, demonstrating how robotics applications are becoming essential for operational efficiency.The duo explored the challenges of implementing these solutions in diverse telecom environments, from the high costs associated with early development stages to the training required to integrate these new processes. However, Jassim emphasized the long-term benefits of these investments, including improved safety and unprecedented precision.Advancements in AI-powered robotics have now spurred a trend of more autonomous, real-time maintenance that can adapt to challenging environments. This layer of intelligence contributes significantly to predictive maintenance and network optimization.As the dialogue on robotics in broadband continues, Jassim predicts a growing adoption rate across the industry thanks to technological advancements that drive down costs and increase effectiveness. This evolution, however, does rely on robust testing and careful, real-world application.Highlights• Discover the transformative potential of robotics in the broadband industry with insights from Abdullah Jassim, a field applications engineer at Amphenol Communications Solutions.• Explore how advancements like autonomous drones and AI-powered robotics revolutionize network maintenance, enhance operational efficiency, and enable real-time predictive solutions.• Learn about the challenges, long-term benefits, and growing adoption of robotics as host Daniel Litwin delves into this evolving intersection of technology and telecommunications.

Richard Murtha, of Kinetic by Windstream, discusses how broadband networks can be fortified to endure natural disasters.

Bill Major, CEO at FiberLight, discusses the evolving landscape of utilities and broadband partnerships, and how it's the key to modernizing.

Bill O'Donnell and Barry Holt of Amphenol Broadband Solutions, discuss how the telecommunications industry is responding to increased changes.

Bill O'Donnell and Barry Holt of Amphenol Broadband Solutions, discuss how the telecommunications industry is responding to increased changes.

Curt Blades, SVP of Agriculture Services & Forestry at AEM discusses agriculture technology, and rural broadband infrastructure's importance.

High-speed internet access is synonymous with economic prosperity, however, the disparity in broadband infrastructure between urban and rural communities has never been more pronounced. As the digital revolution marches on, the divide widens, leaving rural communities deep in the shadows of technological advancement. But this stark reality centers an urgent call to action, spearheaded by initiatives like BEAD funding, which is aimed at revitalizing rural broadband infrastructure. Amidst this backdrop, the critical question looms: How can rural communities navigate the complex maze of broadband expansion to bridge the digital divide effectively?For another insightful episode of Wavelengths, an Amphenol Broadband Solutions podcast, host Daniel Litwin is joined by Brant Carter, Director of Industry Products at Sitetracker. The two unraveled the intricacies of broadband expansion in rural areas. This episode also explored the challenges, opportunities, and innovative strategies pivotal for the successful deployment of rural broadband infrastructure.In this episode, Litwin and Carter delved into:● The current state of rural broadband expansion and the unique challenges rural communities face, from geographical constraints to resource limitations.● Exploring actionable strategies for rural telcos to navigate the complex landscape of broadband deployment.● The Role of BEAD Funding and examining its impact on the rural broadband landscape and how it shapes the future of connectivity in rural America.Brant Carter is the Director of Industry Products at Sitetracker. With a distinguished career at the company, he has a wealth of experience in telecommunications infrastructure. His role includes deploying critical infrastructure across various sectors, managing multi-billion dollar projects globally. This has allowed Carter to be positioned as a leading voice in telecommunications infrastructure.

In a timely and important episode about the deployment and execution of federal Broadband Equity, Access, and Deployment (BEAD) funding, several telecommunications experts weighed in on the program's future. With 2023 coming to a close, this conversation about BEAD comes at the right time as it marks a year filled with substantial updates and progress in broadband infrastructure initiatives. The BEAD initiative, part of a broader effort to revitalize and expand broadband infrastructure in the U.S., has seen significant progress over the year. Now, with all states and territories having submitted their BEAD funding proposals, this episode delves into the critical phase of this transformative project. The stakes are high as this funding aims to reshape and improve America's digital landscape.This subsequently raises the question, how effectively are the BEAD funds being managed and allocated, and what are the broader implications for U.S. broadband infrastructure?For a new episode of "Wavelengths," an Amphenol Broadband Solutions podcast, host Daniel Litwin brought together an impressive panel for a major roundtable discussion on BEAD funding. He was joined by Zachary Raley, SVP and Advisor to the CEO of Amphenol, Ben Elkins, CEO of AireBeam, and Diana Goovaerts, Executive Editor, Fierce Telecom and Silverlinings. The episode made a deep dive into the state of BEAD funding, exploring its achievements, challenges, and future trajectory.Several points tackled during the episode included:An evaluation of the successes and obstacles encountered in implementing BEAD funding.Assessing the strategic adequacy of proposals submitted by all 56 states and territories.Insights into the expected long-term effects of BEAD funding on U.S. broadband expansion.Zachary Raley is a seasoned advisor at Amphenol and its SVP. He has a unique perspective on equipment and hardware essential for broadband expansion. Ben Elkins is the CEO of AireBeam and provides an operator's viewpoint and is an expert on the success of the BEAD program in Arizona. Diana Goovaerts offers an editorial lens, discussing the broader context and critical issues surrounding BEAD funding.

In a timely and important episode about the deployment and execution of federal Broadband Equity, Access, and Deployment (BEAD) funding, several telecommunications experts weighed in on the program's future. With 2023 coming to a close, this conversation about BEAD comes at the right time as it marks a year filled with substantial updates and progress in broadband infrastructure initiatives. The BEAD initiative, part of a broader effort to revitalize and expand broadband infrastructure in the U.S., has seen significant progress over the year. Now, with all states and territories having submitted their BEAD funding proposals, this episode delves into the critical phase of this transformative project. The stakes are high as this funding aims to reshape and improve America's digital landscape.This subsequently raises the question, how effectively are the BEAD funds being managed and allocated, and what are the broader implications for U.S. broadband infrastructure?For a new episode of "Wavelengths," an Amphenol Broadband Solutions podcast, host Daniel Litwin brought together an impressive panel for a major roundtable discussion on BEAD funding. He was joined by Zachary Raley, SVP and Advisor to the CEO of Amphenol, Ben Elkins, CEO of AireBeam, and Diana Goovaerts, Executive Editor, Fierce Telecom and Silverlinings. The episode made a deep dive into the state of BEAD funding, exploring its achievements, challenges, and future trajectory.Several points tackled during the episode included:An evaluation of the successes and obstacles encountered in implementing BEAD funding.Assessing the strategic adequacy of proposals submitted by all 56 states and territories.Insights into the expected long-term effects of BEAD funding on U.S. broadband expansion.Zachary Raley is a seasoned advisor at Amphenol and its SVP. He has a unique perspective on equipment and hardware essential for broadband expansion. Ben Elkins is the CEO of AireBeam and provides an operator's viewpoint and is an expert on the success of the BEAD program in Arizona. Diana Goovaerts offers an editorial lens, discussing the broader context and critical issues surrounding BEAD funding.

Since the introduction of smart devices, the world has increasingly become dominated by interconnected devices but IoT security demands are also growing. The "connected home" has shifted from what was once a futuristic concept to reality. With the global smart home market projected to reach $135.3 billion by 2025, the conversation around the security of these systems is also pertinent. As devices proliferate so do the vulnerabilities, which raises privacy and security concerns for consumers, manufacturers, and service providers.How can we secure the myriad of IoT devices within our homes without stifling innovation?For the second segment of "Wavelengths,” an Amphenol Broadband Solutions podcast, is the subject of IoT privacy and security. Host Daniel Litwin continues his conversation with Thomas Pace, CEO and co-founder of NetRise, about IoT connected homes to address the pivotal privacy and security challenges they pose. In this second part of their two-part conversation, they explored the networked environments and what proactive steps can be taken to protect them from cyber threats.Additional key points of their continued discussion included:The role of device manufacturers, network providers, and users in IoT securityThe impact of third-party security solutions on the ecosystem of device securityThe delicate balance between necessary regulation and its potential to inhibit competition and innovation in the cybersecurity landscapeThomas Pace is the CEO and co-founder of NetRise. He is also an Advisor at HiddenLayer and Passage, respectively. Pace has a substantial background in cybersecurity, particularly in IoT and industrial control systems. His experience spans years, from working ICS security at the Department of Energy and a key role at Cylance, where he managed IoT firmware and embedded system engagement. He has a focus on practical solutions and understands securing complex systems against evolving threats.Article written by Alexandra Simon.

Smart devices have become integral to the day-to-day landscape for millions of people, so questions of privacy and security are even more pressing than ever. Today, “smart fridges” can do a whole lot more than refrigerating, thanks to how IoT has transformed the concept of a connected home into a living reality. Nonetheless, this gradual evolution brings with it the potential of security vulnerabilities. Some studies have found that 70 percent of IoT devices had vulnerabilities, highlighting that there are a lot of concerns in securing the digital connection needs of our personal lives.What are the risks do people face as more and more homes grow smarter, and what can be done to ensure the sanctity of our private spaces?On a new “Wavelengths” episode, an Amphenol Broadband Solutions podcast, host Daniel Litwin, interviewed Thomas Pace, CEO and co-founder of NetRise, to dissect the topic of privacy and security in the IoT realm. The two ventured into a detailed discussion on the current challenges and potential strategies to safeguard the increasingly connected habitats for much of the world.The discussion between Litwin and Pace also:Explored the most pressing security risks facing connected homes and how to mitigate them.Examined the role of mass-produced IoT devices and if manufacturers are doing enough for privacy and security.Discussed the US cyber trust mark and the shared responsibility in securing IoT ecosystems.Thomas Pace is the CEO and co-founder of NetRise. He is also an Advisor at HiddenLayer and Passage, respectively. Pace has substantial background in cybersecurity, particularly in IoT and industrial control systems. His experience spans years, from working ICS security at the Department of Energy and a key role at Cylance, where he managed IoT firmware and embedded system engagement. He has a focus on practical solutions and understands securing complex systems against evolving threats.Article written by Alexandra Simon.

Unprecedented connectivity thrives in today's world and the evolution of networks and network reliability has never been more dynamic. With 5G rolling out en masse and the Internet of Things (IoT) expanding its reach, the telecom industry is at the heart of this transformation. However, a critical factor often overlooked is the importance of continuous education for network professionals. According to a survey by Deloitte, 82 percent of organizations report a skills gap in technology-related roles, emphasizing the stakes for network reliability and resilience.So, what role does technical education play in maintaining robust networks, and why is upskilling your team not just a "nice-to-have" but a must-have?In a new episode of Wavelengths, host Daniel Litwin, "the voice of B2B," talked to Charles Dillard, the Training Manager for Amphenol Broadband Solutions, about the importance of technical education for network reliability. On the show the two explored the growing importance of network reliability and the role that continuous training plays in keeping the workforce updated on emerging technologies.The conversation between Litwin and Dillard also touched on:How with emerging technologies like 5G and IoT, the telecom networks are becoming increasingly complex. The stakes for maintaining a robust network have never been higher.The importance of a well-trained workforce, which can make the difference between seamless service or a catastrophic failure.Keeping the workforce updated with new technologies that directly impact network reliability, which is also crucial for maintaining reliable services.Charles Dillard is a seasoned expert in training within the telecom industry. He has over two decades of experience and is the Training Manager for Amphenol Broadband Solutions. His expertise spans both technology and the importance of human capital in the ever-changing telecom landscape. He has been instrumental in spearheading education initiatives within Amphenol Broadband Solutions to ensure the workforce is prepared for the technological advances that lie ahead.

Unprecedented connectivity thrives in today's world and the evolution of networks and network reliability has never been more dynamic. With 5G rolling out en masse and the Internet of Things (IoT) expanding its reach, the telecom industry is at the heart of this transformation. However, a critical factor often overlooked is the importance of continuous education for network professionals. According to a survey by Deloitte, 82 percent of organizations report a skills gap in technology-related roles, emphasizing the stakes for network reliability and resilience.So, what role does technical education play in maintaining robust networks, and why is upskilling your team not just a "nice-to-have" but a must-have?In a new episode of Wavelengths, host Daniel Litwin, "the voice of B2B," talked to Charles Dillard, the Training Manager for Amphenol Broadband Solutions, about the importance of technical education for network reliability. On the show the two explored the growing importance of network reliability and the role that continuous training plays in keeping the workforce updated on emerging technologies.The conversation between Litwin and Dillard also touched on:How with emerging technologies like 5G and IoT, the telecom networks are becoming increasingly complex. The stakes for maintaining a robust network have never been higher.The importance of a well-trained workforce, which can make the difference between seamless service or a catastrophic failure.Keeping the workforce updated with new technologies that directly impact network reliability, which is also crucial for maintaining reliable services.Charles Dillard is a seasoned expert in training within the telecom industry. He has over two decades of experience and is the Training Manager for Amphenol Broadband Solutions. His expertise spans both technology and the importance of human capital in the ever-changing telecom landscape. He has been instrumental in spearheading education initiatives within Amphenol Broadband Solutions to ensure the workforce is prepared for the technological advances that lie ahead.

Is Fiber revolutionizing connectivity to bring 5G, IoT, and smart cities into the next decade of technological advancements?Understanding the interplay between 5G, IoT, and smart cities cannot be overstated in this rapidly evolving landscape of global connectivity and digital transformation. The International Telecommunication Union (ITU) projects by 2025, 5G networks will envelop 40% of the globe, supporting an estimated 2.6 billion subscriptions. This seismic shift extends beyond internet speed enhancements; it heralds a future where homes, cities, and everyday objects become interconnected, intelligent, and responsive.How will this intricate dance of 5G, IoT, and fiber technologies shape the future?On Wavelengths, an Amphenol podcast, host Daniel J. Litwin, the voice of B2B, sat down for a conversation with Ritesh Mukherjee, Senior VP and GM of Enterprise Networking at Inseego. Their discussion focuses on several issues, including the following:• The pivotal role of fiber in revolutionizing connectivity in the technologies and networks of the present and future• The ripple effects of 5G on the evolution of IoT deployments and smart city use cases• The current trajectory of edge tech market segments, including 5G, IoT, and smart citiesRitesh Mukherjee, a seasoned industry expert, brings a wealth of knowledge and experience as the VP of Enterprise Networks at Inseego; Mukherjee and his team are at the cutting edge of developing 5G and intelligent IoT device-to-cloud solutions. Their recent launch of SD Edge is a testament to their commitment to meeting the growing enterprise demand for secure digital transformation experiences driven by 5G and IoT advancements.

Is Fiber revolutionizing connectivity to bring 5G, IoT, and smart cities into the next decade of technological advancements?Understanding the interplay between 5G, IoT, and smart cities cannot be overstated in this rapidly evolving landscape of global connectivity and digital transformation. The International Telecommunication Union (ITU) projects by 2025, 5G networks will envelop 40% of the globe, supporting an estimated 2.6 billion subscriptions. This seismic shift extends beyond internet speed enhancements; it heralds a future where homes, cities, and everyday objects become interconnected, intelligent, and responsive.How will this intricate dance of 5G, IoT, and fiber technologies shape the future?On Wavelengths, an Amphenol podcast, host Daniel J. Litwin, the voice of B2B, sat down for a conversation with Ritesh Mukherjee, Senior VP and GM of Enterprise Networking at Inseego. Their discussion focused on several issues, including the following:• The pivotal role of fiber in underpinning the connectivity technologies and networks of the present and future• The ripple effects of 5G on the evolution of IoT deployments and smart city use cases• The current trajectory of edge tech market segments, including 5G, IoT, and smart citiesRitesh Mukherjee, a seasoned industry expert, brings a wealth of knowledge and experience as the VP of Enterprise Networks at Inseego; Mukherjee and his team are at the cutting edge of developing 5G and intelligent IoT device-to-cloud solutions. Their recent launch of SD Edge is a testament to their commitment to meeting the growing enterprise demand for secure digital transformation experiences driven by 5G and IoT advancements.

The wireless revolution is shaping and reshaping the broadband industry. WIFI 6, 5G, and rapidly approaching 6G technology create exciting new opportunities in Industry 4.0 networks and IoT devices.The expansion of IoT devices, in particular, showcases this technology's growth, with a predicted 55.7 billion connected devices worldwide by 2025. What will connect those devices, provide higher performance, lower latency, and faster data rates; WIFI 6, WIFI 6E, and 5G networks.Wavelengths host Daniel J. Litwin continued to explore this multitude of next-gen wireless connectivity with Allen Proithis, CEO of GXC. In their previous episode, [insert link to episode 1] Litwin and Proithis broke down the core technologies and ecosystems fueling Industry 4.0 and IoT with a deep dive on some of the most integral advancements in WIFI 6 and 5G shaping advances in use cases and services today.On the conclusion of this two-part conversation, Litwin and Proithis focus on IoT and discuss:How the proliferation of IoT ecosystems and technologies are shaping broadband company strategies and approachesHow network technology like Amazon Sidewalk fits into the rest of the wireless revolutionGXC's cellular mesh technology and the differences between this and other next-gen wireless technologies“We're one of the only providers, one of the very few, that have a turnkey private cellular solution,” Proithis said. “There's a lot of good individual gear. You buy a Gateway here, you buy the different chunks of software you need to control from other places, but then you have to integrate it. And then what happens? You must scale it. It's not designed for enterprise to scale. So, first off, we have a turnkey system; everything's pre-integrated and ready to rock. You put up a couple of lunchboxes with antennas, and you're Rockin' & Rollin'.”About Allen:Allen Proithis is a transformational business leader known for creating breakthrough global programs, launching award-winning new products/services, and developing impactful strategic partnerships over his nearly twenty-year career in telecommunications. Most recently, Proithis led various advisory projects with a wide range of mobile and emerging technologies with private equity and large and emerging companies. This work includes developing 5G and IoT applications, strategies, partnerships, and business models. Proithis is a Penn State graduate with a B.A. in Telecommunications.

The way the world accesses the internet is in constant flux and at an ever-increasingly rapid pace. WIFI 6, 5G, and 6G are all heavy hitters of the next generation of wireless connectivity that will drive IoT and Industry 4.0 networks.As Industry 4.0's use cases become more standardized, instead of bleeding edge, the internet of things further converges OT and IT. As the devices connecting to these evolving networks grow in scope and industry touchpoints, it becomes more critical than ever to choose the right technology for the right environment. How are these technologies reshaping the broadband industry in general and, specifically, around partnerships, services, and solutions provided? What are the strategies for expanding their wireless broadband networks?Wavelengths host Daniel J. Litwin explored this multitude of next-gen wireless connectivity with Allen Proithis, CEO of GXC.Litwin and Proithis' wide-ranging conversation on the next-gen wireless connectivity landscape includes:• A breakdown of the core technologies and ecosystems fueling Industry 4.0 and IoT• The most important advancements in WIFI 6, 5G, and 6G shaping advances in use cases and services today• Global expansion of these technologies in the broadband industry“Every country has its own licensing scheme for allocating spectrum for 5G,” Proithis said. “And then, separate from that, they have an approach to licensing for private networks. So, the trick is to really understand the specifics of the geographic location you're going in. What it really comes down to is the equipment.” About Allen:Allen Proithis is a transformational business leader known for creating breakthrough global programs, launching award-winning new products/services, and developing impactful strategic partnerships over his nearly twenty-year career in telecommunications. Most recently, Proithis led various advisory projects with a wide range of mobile and emerging technologies with private equity and large and emerging companies. This work includes developing 5G and IoT applications, strategies, partnerships, and business models. Proithis is a Penn State graduate with a B.A. in Telecommunications.

The way the world accesses the internet is in constant flux and at an ever-increasingly rapid pace. WIFI 6, 5G, and 6G are all heavy hitters of the next generation of wireless connectivity that will drive IoT and Industry 4.0 networks.As Industry 4.0's use cases become more standardized, instead of bleeding edge, the internet of things further converges OT and IT. As the devices connecting to these evolving networks grow in scope and industry touchpoints, it becomes more critical than ever to choose the right technology for the right environment. How are these technologies reshaping the broadband industry in general and, specifically, around partnerships, services, and solutions provided? What are the strategies for expanding their wireless broadband networks?Wavelengths host Daniel J. Litwin explored this multitude of next-gen wireless connectivity with Allen Proithis, CEO of GXC.Litwin and Proithis' wide-ranging conversation on the next-gen wireless connectivity landscape includes:• A breakdown of the core technologies and ecosystems fueling Industry 4.0 and IoT• The most important advancements in WIFI 6, 5G, and 6G shaping advances in use cases and services today• Global expansion of these technologies in the broadband industry“Every country has its own licensing scheme for allocating spectrum for 5G,” Proithis said. “And then, separate from that, they have an approach to licensing for private networks. So, the trick is to really understand the specifics of the geographic location you're going in. What it really comes down to is the equipment.” About Allen:Allen Proithis is a transformational business leader known for creating breakthrough global programs, launching award-winning new products/services, and developing impactful strategic partnerships over his nearly twenty-year career in telecommunications. Most recently, Proithis led various advisory projects with a wide range of mobile and emerging technologies with private equity and large and emerging companies. This work includes developing 5G and IoT applications, strategies, partnerships, and business models. Proithis is a Penn State graduate with a B.A. in Telecommunications.

As broadband infrastructure sees increased attention and widespread changes thanks to the $65 million infrastructure bill, which aims to increase broadband access through programs such as the Broadband Equity, Access, and Deployment (BEAD) Program and the Affordable Connectivity Program (ACP), how these programs are being implemented throughout country is important to follow. As internet service providers (ISPs) ramp up installations of broadband access, the ACP offers a different aspect in response to low-income families who already have service, but could benefit from additional opportunities that help them access better connectivity options.How has the ACP funding been useful?In the second episode of the “Wavelengths” podcast, host Daniel Litwin picked up where he left off in his interview with Ben Elkins, CEO of AireBeam, an Arizona-based fiber internet service provider. This time around the two discussed how funds for the ACP is being dispersed and how the ACP functions in contrast to the BEAD program.Litwin and Elkin further discussed …Differences between BEAD and ACP and the issues that each program addressesSeveral advantages that ACP funding offers for internet usersRecent results and the predicted future of the ACP“It helps out the families, it helps out the communities and I believe ACP will be not just a funding that's a one or two-year thing, I think it will go on for generations. I think they will keep funding it and I think it's a great program and I think that for the folks that need help, this is a great way and AireBeam's 100 percent behind it. We've been a practicing member of the ACP for a long time, we're excited about ACP, and we try to promote it all we can,” said Elkins.Ben Elkins is the CEO of Airebeam. He has over 20 years of experience in the telecommunications field and is a graduate of Arizona State University.

As broadband infrastructure sees increased attention and widespread changes thanks to the $65 million infrastructure bill, which aims to increase broadband access through programs such as the Broadband Equity, Access, and Deployment (BEAD) Program and the Affordable Connectivity Program (ACP), how these programs are being implemented throughout country is important to follow. As internet service providers (ISPs) ramp up installations of broadband access, the ACP offers a different aspect in response to low-income families who already have service, but could benefit from additional opportunities that help them access better connectivity options.How has the ACP funding been useful?In the second episode of the “Wavelengths” podcast, host Daniel Litwin picked up where he left off in his interview with Ben Elkins, CEO of AireBeam, an Arizona-based fiber internet service provider. This time around the two discussed how funds for the ACP is being dispersed and how the ACP functions in contrast to the BEAD program.Litwin and Elkin further discussed …Differences between BEAD and ACP and the issues that each program addressesSeveral advantages that ACP funding offers for internet usersRecent results and the predicted future of the ACP“It helps out the families, it helps out the communities and I believe ACP will be not just a funding that's a one or two-year thing, I think it will go on for generations. I think they will keep funding it and I think it's a great program and I think that for the folks that need help, this is a great way and AireBeam's 100 percent behind it. We've been a practicing member of the ACP for a long time, we're excited about ACP, and we try to promote it all we can,” said Elkins.Ben Elkins is the CEO of Airebeam. He has over 20 years of experience in the telecommunications field and is a graduate of Arizona State University.

Broadband infrastructure is an integral part of society as it ensures that access to networks is possible, and that necessary cables are available to provide high-quality connectivity. Broadband was given priority when the Biden administration introduced a bill in 2021 to address and solve broadband connectivity issues, particularly in rural and disadvantaged areas. The two programs that came out of it were: the Broadband Equity, Access, and Deployment (BEAD) Program and the Affordable Connectivity Program (ACP). The multibillion-dollar bill provides funding to help increase access to the internet, and allow more customers to purchase and save on affordable internet plans. How have these programs and funding been implemented? The Wavelengths podcast recently explored this. Host Daniel Litwin interviewed Ben Elkins, the CEO of AireBeam, an Arizona-based fiber internet service provider. The two discussed how funding is being dispersed between states and how the National Telecommunications and Information Administration's (NTIA) work, in conjunction with states, is ensuring that broadband goals are met.Litwin and Elkins further discussed …1. BEAD and its necessity for rural and underserved areas 2. Why the FCC's broadband map is very detailed in pointing out areas in need of broadband infrastructure3. How the NTIA's crafty work with BEAD is already more impactful than previous programs, such as RDOF, in making sure funding is properly allocated“The NTIA and BEAD, you actually have them working together, and this is perfect — you have states and government working together, which a lot of times doesn't happen in our society, so this is really, really good. And NTIA was really smart to give each state upfront money to create two things: they got them to have office space and then get personnel and what this allowed them to do was … create directors of broadband in different folks to go out and meet the communities, meet the ISPs, and really get to know them and figure out where the needs were and where the real problem areas and how we can help different states, different counties, different communities; then figure out firsthand, ‘Okay. What ISPs could really be qualified to do this, and then what communities could be matching up well with them,' so, really smart,” said Elkins.Ben Elkins is the CEO of AireBeam. He has over 20 years of experience in the telecommunications field and is a graduate of Arizona State University.

Broadband infrastructure is an integral part of society as it ensures that access to networks is possible, and that necessary cables are available to provide high-quality connectivity. Broadband was given priority when the Biden administration introduced a bill in 2021 to address and solve broadband connectivity issues, particularly in rural and disadvantaged areas. The two programs that came out of it were: the Broadband Equity, Access, and Deployment (BEAD) Program and the Affordable Connectivity Program (ACP). The multibillion-dollar bill provides funding to help increase access to the internet, and allow more customers to purchase and save on affordable internet plans. How have these programs and funding been implemented? The Wavelengths podcast recently explored this. Host Daniel Litwin interviewed Ben Elkins, the CEO of AireBeam, an Arizona-based fiber internet service provider. The two discussed how funding is being dispersed between states and how the National Telecommunications and Information Administration's (NTIA) work, in conjunction with states, is ensuring that broadband goals are met.Litwin and Elkins further discussed …1. BEAD and its necessity for rural and underserved areas 2. Why the FCC's broadband map is very detailed in pointing out areas in need of broadband infrastructure3. How the NTIA's crafty work with BEAD is already more impactful than previous programs, such as RDOF, in making sure funding is properly allocated“The NTIA and BEAD, you actually have them working together, and this is perfect — you have states and government working together, which a lot of times doesn't happen in our society, so this is really, really good. And NTIA was really smart to give each state upfront money to create two things: they got them to have office space and then get personnel and what this allowed them to do was … create directors of broadband in different folks to go out and meet the communities, meet the ISPs, and really get to know them and figure out where the needs were and where the real problem areas and how we can help different states, different counties, different communities; then figure out firsthand, ‘Okay. What ISPs could really be qualified to do this, and then what communities could be matching up well with them,' so, really smart,” said Elkins.Ben Elkins is the CEO of AireBeam. He has over 20 years of experience in the telecommunications field and is a graduate of Arizona State University.

Analyzing customer support, experience, technology, and processes at Amphenol Broadband Solutions.Improving operations, identifying issues and find new solutions and better experiences for customers. Pre-pandemic, the system was manual and once the pandemic hit there was a real disconnect with people working from home. Smooth and effective customer service is critical to the success of nearly every business. Good customer service qualities are rooted in clear communication, prompt service, and understanding of customer needs. According to HubSpot, 90% of Americans use customer service to decide whether or not to do business with a company.Pre-pandemic, Amphenol Broadband Solutions' customer service and ordering process looked very different. With drastic and quick changes, the company realized how critical it was to change its processes and discovered a lot in the process. Many tips are applicable to various industries.Hosted by Daniel Litwin, this episode of Wavelengths looks inward and discusses customer support and experience with Bill O'Donnell, Amphenol Broadband Solutions' Senior Director of Product Management & Customer Support.The episode covers… ● O'Donnell shares some challenges due to the dated system. ● The impacts of updating the system on a holistic level. ● Insights into how the customer service is improving and feedback.In terms of the ABS antiquated order processing system, O'Donnell said, “Some of the major challenges that were brought to light was really just being able to have data visibility.” He went on to share that the numbers were not adding up and that was creating a clear bottleneck in overall operations.Bill O'Donnell, Senior Director of Product Management & Customer Support, completed a master technician program at NCTI and worked at Comcast, Trilithic, and PCT International before joining Amphenol Broadband Systems' team seven years ago.

In Part II of this exciting chat through the trends and digital transformation taking shape to build industry 4.0, host Daniel J. Litwin continues the conversation with CEO of TribalScale, Sheetal Jaitly. As discussed in Part I, there are evolutions occurring to the foundations of technologies which help move the entire industry into digital landscape 4.0. 5G developments by Nokia out of Europe, Jaitly mentioned, have been successfully able to converge multiple radio channels. This test means that shortly this technology will have great effects on different industries, including some disruptions. Self-driving cars, for example, will need advancements in 5G and edge to really take shape. However, the infrastructure for such new technology will have to be updated accordingly. This means more bandwidth is needed. Jaitly was frank, “Let's all admit that there's going to be a very large bandwidth issue as more and more things are being connected.” The more the private sector vocalizes this need, the better the chances are this problem will be addressed quickly. With people more used to being digitally connected than ever before, preparing for the future also means preparing the infrastructure for many types of use-cases. Jaitly observed the market, “I honestly believe in the innovation of not only the enterprise but of start-ups that we haven't even been able to see the use-cases of what that can do for the everyday person.”Creating actionable steps to help empower future connections is the first part of many in building industry 4.0, but Jaitly is sure it will happen. Taking a look at individual business needs, Jaitly stated that everyone should be thinking about one question moving into the future, “What does a truly connected city mean for its citizens and for the world?”

As new iterations of the digital environment come into play, it's especially important to know and understand the trends helping to shape them. Host Daniel J. Litwin invited guest Sheetal Jaitly, CEO of TribalScale, to the show to talk about the trends shaping industry 4.0 and the future of telecommunications. Edge computing and 5G are two big-named technologies taking shape to prepare for the future digital environment. These technologies are evolving in big ways, shaped by human needs and wants. And with public calls for investment in edge computing becoming increasingly commonplace, these two technologies are set to make vast improvements to telecommunications. Jaitly observed that business leaders are starting to realize the need to prepare for the future and leverage technology to build a personalized solution. He said, “The things that we thought were impossible are now being shown to us that they can be possible. So, the right leaders are demanding, ‘Hey, what can I do?'”Enterprises across a large range of topics are engaging with technology in new ways. Several high-profile use-cases for technology like 5G and blockchain – namely cryptocurrency success, among others – have proved and validated ROI success. Jaitly noted that if these technologies were to be implemented – even in a minimal way – to current issues like the supply chain, it would likely help save billions. He excited, “...I think a lot of the start-ups and a lot of the enterprises out there, are really trying to figure out ‘How can we solve the problems of the future?'”With a need for new technologies in place, only time will tell how and when they will be implemented.

The availability of broadband in rural areas remains a big area of concern. The Federal Communications Commission (FCC) has seemingly addressed the issue by providing funding through RDOF, or the Rural Digital Opportunity Fund, but the initiative isn't exactly foolproof.In this new episode of Wavelengths, host Daniel Litwin chatted with Dr. Christopher Ali, an associate media studies professor at the University of Virginia, and author of “Farm Fresh Broadband: The Politics of Rural Connectivity.” He emphasized that while RDOF is a sign that rural broadband and connectivity has a bright future to stay on pace with urban connection, the companies that can truly solve the issue are not benefactors of the fund. Dr. Ali said that the same companies manage to make it to the top ten of fund recipients, which prevents the more suitable companies from getting adequate funding.“One of the concerns that I have around this particular first round of RDOF is, ‘Have we just been funding what I call the largest and the loudest providers at expense of the local and regional providers — who have been the ones doing a lot more of the fiber to the home, fiber to the node, fiber to the curb, fiber to the tower — in recent years than the largest providers have?'” questioned Dr. Ali.As continued RDOF funding consistently goes to these more familiar companies, it strands companies that can truly address the rural broadband gaps. It is through mapping that the FCC is able to point out and target rural areas in need. But Dr. Ali said that this method is not that reliable, “I think one of the things that concerns me with all this money coming down the pipe, is that we are still using bad maps.”This became a glaring issue when demands for video conferencing arose during the pandemic, exposing poor connectivity across some regions.“I worry that where is this money going, literally, in the geography of the United States, and are we going to see uninhabited areas be funded for broadband,” said Dr. Ali.