Emily Newman

Bloomberg TV: Undersea Cables at NJFX

High Risk and High Reward of Subsea Cables

NJFX was recently featured on Bloomberg TV, highlighting the strategic importance of diversifying network architectures and leveraging reliable, resilient interconnection hubs. Bulk Infrastructure CEO Peder Nærbø explained how NJFX, home to the Havfrue subsea cable landing, plays a crucial role in mitigating network risks and optimizing global connectivity. Learn why industry experts consider NJFX essential for robust digital infrastructure and seamless international communication.

Bloomberg TV: Undersea Cables at NJFX Read More »

How AI Advancements Are Reshaping Global Network

AI Advancements are reshaping Global Networks

Carrier-neutral hubs and Tier 3 facilities—particularly in strategic markets like New Jersey—offer the scalability and redundancy organizations need to stay ahead of disruption. As enterprises embrace AI-powered analytics and security, they’re rethinking global connectivity strategies to prioritize agility, reliability, and cost efficiency.

AI advancements are playing a pivotal role in transforming global network strategies and redefining connectivity priorities. As enterprises strive to adapt to the digital age, the influence of AI is compelling a comprehensive thought process of how networks are structured and managed. This shift has been particularly significant in strategic locations like New Jersey, where the demand for Tier 3 carrier neutral infrastructure is on the rise. With AI driving unprecedented efficiency and intelligence in data processing, operators are increasingly prioritizing robust, scalable solutions to mitigate risks to their networks. The integration of AI into network infrastructure is revolutionizing how organizations approach their global connectivity strategies. This section explores the profound impact of AI advancements on network architecture and the subsequent rethinking of traditional network strategies.

AI Advancements and Connectivity

AI advancements are fundamentally altering the landscape of network connectivity. These innovations are enabling more intelligent, efficient, and adaptive network systems that can respond to changing demands in real-time. Machine learning algorithms are now capable of predicting network traffic patterns, allowing for proactive resource allocation and optimization. This predictive capability significantly enhances network performance and reliability. Edge computing, powered by AI, is reducing latency and improving data processing speeds. By bringing computational power closer to the data source, organizations can achieve near-instantaneous responses, critical for applications like autonomous vehicles and IoT devices.

AI-driven network security measures are becoming increasingly sophisticated, offering robust protection against evolving cyber threats. These systems can detect anomalies and potential breaches faster than ever before, ensuring the integrity of global networks.

Carrier Neutral Infrastructure Benefits

The advent of AI technologies is compelling organizations to reassess their global network strategies. This shift is driven by the need for more flexible, scalable, and intelligent network infrastructures.

Traditional network architectures are being replaced by software-defined networking (SDN) and network function virtualization (NFV). These technologies, enhanced by AI, allow for more dynamic and efficient network management. Cloud-native networking is gaining prominence, enabling organizations to leverage the power of distributed computing. This approach facilitates better resource utilization and provides the agility needed to adapt to rapidly changing business requirements. AI-powered analytics are now central to network strategy, offering deep insights into network performance, user behavior, and potential optimizations. These insights drive data-informed decision-making, leading to more effective network designs and implementations.

As AI continues to shape the technological landscape, organizations are reevaluating their connectivity priorities. The growing importance of carrier-neutral infrastructure and the strategic significance of data centers in locations like New Jersey. Carrier-neutral infrastructure has become a cornerstone of modern network strategies, offering numerous advantages in the AI-driven landscape. Flexibility is a key benefit of carrier-neutral facilities. Organizations can choose from multiple service providers, allowing them to optimize their network based on specific needs and budget constraints. Redundancy and reliability are significantly enhanced in carrier-neutral environments. The presence of multiple carriers ensures that if one experiences issues, others can seamlessly take over, minimizing downtime and maintaining connectivity.

Carrier-neutral infrastructure also promotes competition among providers, often resulting in more competitive pricing and improved service quality. This market-driven approach benefits organizations by providing access to cutting-edge technologies and services.

Data Centers in New Jersey: A Strategic Choice

New Jersey has emerged as a strategic location for data centers, offering unique advantages for organizations looking to optimize their network infrastructure in the AI era. Proximity to major financial centers like New York City makes New Jersey an ideal location for data centers serving the finance industry. This proximity reduces latency, crucial for high-frequency trading and real-time financial operations. New Jersey’s robust power infrastructure and favorable climate contribute to the reliability and efficiency of data centers in the region. These factors are essential for maintaining the high-performance computing environments required for AI applications.

The state’s strong telecommunications backbone and access to multiple carrier networks enhance connectivity options. This infrastructure supports the high bandwidth and low latency requirements of AI-driven applications and services.

 

How AI Advancements Are Reshaping Global Network Read More »

Impact of Wildfires on the Communications Sector in New Jersey

Impact of Wildfires on the Communications Sector in New Jersey

Develop a proactive wildfire response plan to safeguard your IT infrastructure—from data centers and fiber routes to edge devices—by implementing real-time environmental monitoring, physical hardening of critical assets, and automated failover routing to maintain uninterrupted connectivity even during smoke and fire threats.

As New Jersey experienced an uptick in wildfire incidents during the dry season of 2025, the communications sector faced significant challenges. The state had been grappling with several small but impactful wildfires, particularly in rural and wooded areas. While these fires may not have reached the scale of those in western states, their presence still posed risks to the region’s communication infrastructure.

During one such wildfire, a blaze near the Pine Barrens threatened several communication towers crucial for both mobile and internet services. As flames approached these facilities, concerns grew over potential outages that could hinder emergency communications and public safety notifications. Local telecommunications companies quickly implemented contingency plans, rerouting signals through alternative networks to minimize disruptions.

Despite their efforts, some residents found themselves facing temporary communication blackouts. In an age where timely access to information is vital, this lack of connectivity created confusion and anxiety. People were unable to receive alerts about evacuations or safety measures, prompting local officials to rely on community outreach and traditional methods like door-to-door notifications to convey urgent information.

In the aftermath of the wildfires, the communications sector in New Jersey began to prioritize infrastructure resilience. Discussions emerged on fortifying existing towers against fire hazards and investing in advanced technologies such as mesh networks, which could maintain connectivity even when certain links were compromised. This experience underscored the essential role that communication plays in public safety and emergency response, prompting a renewed commitment to safeguarding the region’s communication networks against future wildfire threats.

Wildfire Preparedness, Response, and Recovery Procedures

  1. Preparation:
    • Create an Emergency Plan: – Discuss and establish a family emergency plan including escaping routes and a meeting point outside the danger zone.
    • Assemble an Emergency Kit: – Include essentials such as: – Important documents (IDs, insurance papers) – Medications and first aid supplies – Non-perishable food and water (three-day supply) – Flashlights, batteries, and a battery-powered radio – Clothing and personal hygiene items
    • Home Safety Measures: – Regularly clean gutters and roofs to remove debris. – Create defensible space around your home by clearing flammable vegetation. – Install fire-resistant building materials and ensure your home has functioning smoke alarms.
    • Stay Informed: – Sign up for local alerts and monitor fire weather conditions through reliable sources.
  2. Response:
    • Evacuation: – Follow your emergency plan immediately upon receiving an alert. – Prioritize taking the emergency kit and pets. – Close windows and doors, and turn off gas to minimize fire risk if safe to do so.
    • Communicate: – Notify family members of your safety and location. – Use designated meeting points to reunite if separated.
  3. Recovery:
    • Assess the Damage: – After the fire, inspect your home and property carefully for hazards. – Contact local authorities for evaluation and support resources.
    • Seek Assistance: – Reach out to community organizations and local government for assistance and recovery programs. – Consider temporary housing or services from organizations like the Red Cross if necessary.
    • Rebuilding and Resilience: – Participate in local clean-up efforts and support community rebuilding initiatives. – Implement improved safety measures based on lessons learned to better prepare for future risks.
    • Emotional Support: – Engage with counseling and support groups to address emotional impacts of the disaster. – Encourage open communication among family members about their experiences and feelings.

By following these procedures, individuals and families can enhance their preparedness for wildfires, effectively respond to such emergencies, and engage in meaningful recovery efforts.

The following link is to a great resource out of California (an unfortunate expert is wildfire response). Even though we are on the other side of the country, their tips and recommendations can be applied here for planning, response, and recovery.https://www.fire.ca.gov/prepa

 

Impact of Wildfires on the Communications Sector in New Jersey Read More »

Achieving Network Resilience with NJFX’s Unique Connectivity Hub

Achieving Network Resilience with NJFX's Unique Connectivity Hub

Explore how NJFX’s carrier-neutral design featuring multiple entry points, diverse carrier options, and direct subsea to terrestrial convergence. NJFX delivers unmatched network redundancy, low latency, and peace of mind for today’s mission-critical applications.

In an era where seamless communication is paramount, NJFX stands at the forefront of network resilience by leveraging its unique carrier-neutral ecosystem to deliver unmatched connectivity options. As the world’s reliance on robust telecommunications infrastructure grows, NJFX offers a strategic solution through its Tier 3 carrier-neutral cable landing stations and data centers. By facilitating direct interconnections between major carriers, NJFX enhances network resiliency, minimizing potential disruptions and ensuring reliable access to critical data paths. This post delves into how NJFX’s innovative connectivity options redefine the standards of network resilience, providing IT professionals and network engineers with the tools necessary to mitigate risks and optimize performance in today’s fast-paced digital landscape.

NJFX’s carrier-neutral framework forms the foundation of its unique approach to network resilience. This section explores the benefits of carrier neutrality, its role in enhancing network resiliency, and how it optimizes connectivity options for businesses and organizations.

Understanding Carrier-Neutral Benefits

Carrier neutrality is a fundamental concept in modern telecommunications infrastructure. It refers to the ability of a facility or service provider to host multiple carriers without favoring any particular one.

At NJFX, this means that customers have the freedom to choose from a wide array of networks and service providers. This flexibility allows businesses to select the best fit for their specific needs, whether it’s based on cost, performance, or specific technical requirements. NJFX’s carrier-neutral approach also fosters healthy competition among carriers, driving innovation and improving service quality. By providing a level playing field, NJFX ensures that carriers continually strive to offer better services and more competitive pricing.

Enhancing Network Resiliency

Network resiliency is crucial in today’s digital landscape where even brief outages can have significant consequences. NJFX’s carrier-neutral connectivity hub plays a vital role in enhancing this resiliency.

By offering multiple network options, NJFX allows businesses to implement redundant connections. This redundancy ensures that if one carrier experiences issues, traffic can be quickly rerouted through another, minimizing downtime and maintaining connectivity. NJFX’s strategic partnerships with various carriers create a robust ecosystem that can withstand and quickly recover from potential disruptions. This interconnected network of carriers provides multiple paths for data transmission, significantly reducing the risk of widespread outages.

Optimizing Connectivity Options

NJFX’s carrier-neutral framework not only enhances resiliency but also optimizes connectivity options for its clients. This optimization is achieved through several key factors:

  1. Diverse Routing: NJFX enables businesses to create diverse network paths, reducing the risk of single points of failure.

  2. Scalability: As business needs grow, NJFX’s framework allows for easy scaling of connectivity options without being locked into a single provider.

  3. Cost-Effectiveness: The ability to choose from multiple carriers allows businesses to optimize their connectivity costs.

By leveraging these optimized connectivity options, businesses can create tailored network solutions that meet their specific needs while maintaining high levels of performance and reliability.

Unique NJFX Connectivity Solutions

NJFX offers a range of unique connectivity solutions that set it apart in the telecommunications industry. This section delves into the diverse options available, how NJFX leverages advanced telecommunications infrastructure, and the superior network resilience achieved through these solutions.

NJFX provides a wide array of connectivity options to cater to various business needs. These options include direct connections to major cloud providers, access to multiple submarine cable systems, and terrestrial fiber routes. One of NJFX’s standout offerings is its connection to transatlantic subsea cables, providing high-speed, low-latency connectivity between the United States and Europe. This is particularly crucial for businesses requiring real-time data transfer across continents. Additionally, NJFX’s ecosystem includes connections to major data centers and internet exchanges, allowing businesses to create comprehensive network solutions that span multiple geographies and service types.

Leveraging NJFX’s Infrastructure

NJFX’s unique solutions are built upon a robust telecommunications infrastructure. This infrastructure includes state-of-the-art cable landing stations, which serve as critical connection points for submarine cables. By leveraging these cable landing stations, NJFX provides direct access to international connectivity, bypassing traditional network chokepoints and reducing potential points of failure. This direct access translates to lower latency and improved performance for businesses relying on global connectivity. NJFX’s infrastructure is designed with redundancy and scalability in mind, ensuring that it can meet growing demand and maintain high levels of service even in challenging circumstances.

The combination of NJFX’s carrier-neutral framework and unique connectivity solutions results in superior network resilience. This resilience is critical in today’s digital landscape, where network downtime can have severe consequences.

NJFX achieves this superior resilience through:

  • Multiple Points of Entry: Our facility is designed with several physical network entry paths, reducing the risk of a single point of failure and ensuring uninterrupted connectivity.

  • Diverse Network Options: With access to over 35 global and domestic carriers, customers can architect highly redundant solutions by leveraging multiple providers for seamless failover and optimal routing.

  • Direct Access to Subsea Cables: NJFX offers direct, carrier-neutral access to five transatlantic subsea cable systems. These diverse paths across the Atlantic ensure critical data can flow uninterrupted, even during regional disruptions.

Real-world examples demonstrate how businesses, including multinational banks, leverage NJFX’s solutions to enhance their network resilience and maintain critical operations even during challenging network conditions.

Achieving Network Resilience with NJFX’s Unique Connectivity Hub Read More »

Today NJFX installs new N+1 MW block of Power Ready for Service (RFS)

Today NJFX installs new N+1 MW block of Power Ready for Service

NJFX expands its power infrastructure with a new N+1 MW power block now Ready for Service (RFS), supporting high-density AI deployments and future growth at its carrier-neutral Cable Landing Station and colocation campus.

WALL, NJ – [May 15, 2025] – NJFX, North America’s first carrier-neutral Cable Landing Station (CLS) colocation campus, is redefining how digital infrastructure is developed to meet the demands of AI and next-generation applications. Strategically located where transatlantic subsea cables meet U.S. terrestrial fiber routes, NJFX enables direct interconnection between global networks and supports scalable, high-density deployments that are essential for AI workloads.

Traditionally viewed as passive endpoints, cable landing stations are evolving into intelligent infrastructure hubs. NJFX leads this transformation by offering direct access to five subsea cable systems and over 35 global and domestic network operators—creating a hyper-connected environment for enterprises, cloud providers, financial institutions, and AI innovators.

The cable landing station is no longer just a network access point—it’s becoming the infrastructure core for tomorrow’s digital economy,” said Gil Santaliz, CEO of NJFX. “Our investment in high-density infrastructure and power resiliency reflects our commitment to meeting customer demands today, while preparing for the explosive growth of AI-driven infrastructure ahead.”

To support this evolution, NJFX has continued to invest in its operational infrastructure. Working under their annual electrical permit, the NJFX Operations team successfully installed, tested, and deployed additional power capacity to support future customer growth inside the data hall. This expansion included the installation of ASTS units, transformers, UPS systems, and battery cabinets—all executed according to the facility’s engineered design. NJFX’s in-house team managed the electrical installation and partnered with trusted vendors for the start-up, testing, and commissioning of all equipment involved. The project recently concluded with the successful implementation of the Building Management System (BMS), and power has now been turned over for immediate customer use.

“This project is a testament to the dedication and expertise of our operations team,” said Ryan Imkemeier, Vice President of Operations at NJFX. “We worked closely with our vendors and partners to deliver a seamless power infrastructure upgrade that directly supports our customers’ evolving requirements. As demand for high-density and AI-driven deployments continues to grow, we’re proud to provide a reliable, future-ready environment that enables our customers to scale with confidence.”

The facility’s first floor is being designed to support a 4.5MW liquid-cooled data hall to handle power-intensive, high-performance AI inference workloads. Today our second floor is supporting air-cooled space densities of up to 40kW per rack, enabling modular, scalable AI deployments in a purpose-built environment optimized for resilience and growth.

As enterprises increasingly adopt AI-powered solutions and demand robust, secure infrastructure at the edge, NJFX stands ready—with the operational excellence, network density, and power capacity to deliver.

Media Contact:
Emily Newman
Marketing Director
[email protected]

Today NJFX installs new N+1 MW block of Power Ready for Service (RFS) Read More »

Rethinking the Role of Cable Landing Station

Rethinking the Role of Cable Landing Station

Driving the Next Generation of Intelligence with a Secure Infrastructure Strategy

May 13, 2025

Artificial Intelligence (AI) is no longer a concept of the future—it’s the driving force of today’s digital transformation. As enterprises, hyperscalers, and financial institutions demand more processing power closer to their users and data sources, the need for strategically placed AI infrastructure has never been greater. At NJFX, we believe the next evolution in digital infrastructure starts at the edge—specifically, at the cable landing station (CLS).

Traditionally, cable landing stations served as passive gateways where subsea cables reached terrestrial networks. But NJFX has redefined this model by transforming our CLS into a full-fledged carrier-neutral colocation hub. This paradigm shift now makes it possible to host high-density, AI-ready infrastructure directly at the CLS—bypassing congested metro routes and enabling faster, more resilient data processing.

The Emergence of Hybrid Cable Landing Stations
The industry is witnessing a significant shift with the rise of hybrid cable landing stations. These facilities integrate subsea connectivity with AI processing capabilities, enabling localized compute power at network entry points. This evolution supports the growing demand for distributed inference deployments, moving beyond traditional hyperscaler models. As noted in Total Telecom, hybrid CLSs allow:

  • Lower latency, with AI workloads processed closer to the end user
  • Greater flexibility for deploying inference at strategic global entry points
  • Modular scalability, adapting to evolving infrastructure needs

Total Telecom also emphasizes that hybrid cable landing stations reduce the need for long-haul data transport, cutting latency for AI-driven applications while optimizing bandwidth utilization.

As these shifts take hold, investors and data center operators must rethink long-term strategies. The move away from ultra-large AI campuses suggests that speculative hyperscaler builds may carry greater risk, particularly those requiring extensive power commitments. Instead, mid-sized deployments of 1MW/5MW/20MW and modular colocation models are becoming more attractive investment targets. This approach enables customers to scale their infrastructure in a secure and manageable way, aligning with operational budgets and long-term digital transformation goals.

For enterprises, the ability to leverage regionalized AI infrastructure offers cost advantages while reducing reliance on traditional hyperscaler platforms. GPU-as-a-service providers and enterprise-owned AI deployments are also gaining traction, further diversifying the AI infrastructure landscape.

 

Why Edge AI Begins at the Shoreline
The rise of AI inference workloads demands low latency, high throughput, and proximity to data sources. Hosting AI edge nodes at the CLS offers a unique advantage:

  • Proximity to Global Data Flows
    With direct access to subsea cables connecting North America to Europe, South America, and the Caribbean, NJFX is a global crossroads for data—ideal for AI applications relying on real-time international data ingestion.
  • Low Latency Performance
    By connecting directly to the cable landing station, NJFX enables diverse network pathways to legacy hubs like Ashburn, NYC, and Miami—or entirely avoids these congestion points through unique routing options. This provides customers with lower latency and highly resilient options for real-time inference, improving performance for AI-driven applications and mission-critical data workloads.
  • High-Density Power & Cooling Capabilities
    NJFX’s first floor features a 4.5MW water-cooled data hall, purpose-built for power-intensive AI applications. The second floor offers air-cooled capacity of up to 500kW, with rack densities reaching 40kW—ideal for modular AI deployments.

A New Standard for AI Infrastructure
AI is only as powerful as the infrastructure behind it. At NJFX, we’ve built a facility that scales intelligently and sustainably. Whether supporting GPUs, DSP’s, or other AI accelerators, we offer:

  • Modular deployment options for phased rollouts
  • Access to 35+ global and terrestrial network operators for diverse, low-latency routing
  • A secure, Tier 3 environment designed for uptime and resilience
  • Water-based cooling systems to support high density MW deployments

Enabling AI Ecosystems Through Partnership
The future of AI isn’t built alone. NJFX partners with cloud providers, hyperscalers, hardware vendors, and global carriers to offer a collaborative ecosystem. With our strategic location and carrier-neutral design, we empower organizations to deploy purpose-built AI infrastructure—from core training clusters to distributed inference nodes—right at the intersection of global and terrestrial connectivity.

To meet growing AI data demands, Boldyn Networks recently deployed Ciena WaveLogic 6 technology at NJFX, offering wavelength service that is scalable up to 1.6 Tb/s. This investment enables the bandwidth and optical networking capabilities required for AI-intensive workloads, delivering high-capacity, low-latency connectivity directly to NJFX tenants and interconnection partners.

Future Outlook: CLS at the Forefront of Connectivity
As emphasized by SubTel Forum, the transformation of CLS is reshaping the global connectivity landscape. As key enablers of international data traffic, they are becoming essential components of the digital ecosystem. With continued advancements in technology, strategic planning, and a focus on sustainability, CLS are poised to ensure seamless, resilient, and efficient global communications for years to come.

AI innovation doesn’t stop at the data center core—it extends to the edge. As global data flows increase and inference becomes more distributed, cable landing stations are evolving into essential hubs for intelligent infrastructure. NJFX is proud to lead this transformation, empowering the next generation of AI through unmatched connectivity, high-performance colocation, and a truly global reach.

The future of AI infrastructure is fast, intelligent, and strategically located—and it’s already happening at the NJFX Cable Landing Station.

learn how you can Expand your Network at njfx

Reach out and talk to us today 

Rethinking the Role of Cable Landing Station Read More »

Boldyn rolls out AI-ready network to NJFX data center, deepens NY/NJ investment

Boldyn rolls out AI-ready network to NJFX data center, deepens NY/NJ investment

Scalable wavelength up to 1.6Tb/s supports growing AI demands

May 1, 2025 | Wall Township, N.J.  – Boldyn Networks (Boldyn) and NJFX today announced the availability of Boldyn’s high-capacity wavelength services at the NJFX data center and premier interconnection hub. This deployment brings Boldyn’s wavelength service, scalable up to 1.6 Tb/s, directly to NJFX tenants and interconnection partners.

Boldyn was one of the first fiber providers in the world to deploy Ciena’s WaveLogic 6 technology which supports 1.6Tb/s per channel, and its current offering is scalable to meet the current and future growth needs of its customers, including 100Gb/s, 400Gb/s and up to 800Gb/s and 1.6Tb/s in the future.

“With the addition of Boldyn’s high-capacity, low-latency connectivity, NJFX continues to strengthen its role as a premier global interconnection point,” said Felix Seda, General Manager at NJFX. “Our tenants now have direct access to Boldyn’s robust fiber infrastructure, supporting the growth of AI across hyperscalers, enterprise, and even mid-sized businesses across continents.”

Located strategically in Wall Township, New Jersey, NJFX is North America’s first purpose-built carrier-neutral Cable Landing Station/Colocation campus, with subsea and terrestrial routes linking the Americas to Europe and beyond. The site offers unmatched power, redundancy, and security, making it a critical infrastructure in the U.S.

“Expanding our capabilities at NJFX is a natural next step following our recent upgrades,” said Patrick O’Hare, Chief Network Operations Officer for Boldyn Networks, US. “Working with great partners like NJFX allows us to extend the reach of our network at one of the most strategic and secure data hubs in North America.”

The expansion of wavelength services at NJFX follows Boldyn’s recent announcement of an additional diverse fiber crossing of the Hudson River connecting Manhattan and New Jersey.

###

About Boldyn Networks

Boldyn Networks is one of the world’s largest neutral host providers, delivering the advanced shared network infrastructure needed for a smart, inclusive, and sustainable future. It brings together the combined scale and expertise of industry-leading companies with a single purpose: to unlock the power of an interconnected future. From interconnected transit, venues and enterprises, smart cities, next-generation and bespoke private networks, to smart campuses, Boldyn enables new possibilities in the way people live, work and play. Bringing connectivity to the most complex environments. Our portfolio is harnessing fiber, accelerating 5G, preparing for 6G–and looking beyond to the next breakthroughs. With headquarters in the UK, our global operations span North America, Europe, and Asia. Boldyn Networks. Reimagine tomorrow. Transform today.

Learn more at: www.boldyn.com

About NJFX

NJFX owns and operates a Tier 3 Connectivity Hub offering data center, colocation, and CLS services in Wall, New Jersey. Hosting over 35 global and US operators providing direct transatlantic connectivity to Europe, South America, and the Caribbean. NJFX offers high and low-density colocation solutions with 24/7 support. NJFX provides a carrier-neutral marketplace to operators, content providers, enterprise, financial, and government entities who need network reliability, security, and scalability. The NJFX facility enables diverse connectivity options and ensures cost efficiency by offering direct interconnection without recurring cross-connect fees.

For more information contact

Scott Christiansen
VP, Marketings & Communications
Boldyn Networks
E [email protected]

For NJFX:
Emily Newman
Director of Marketing
NJFX
E [email protected]

Boldyn rolls out AI-ready network to NJFX data center, deepens NY/NJ investment Read More »

Connecting Cable Landing Stations is the Future of Global Network Strategy

Connecting Cable Landing Stations is the Future of Global Network Strategy

Cable landing stations are becoming the new interconnection hubs for global networks. Learn how direct connectivity at CLSs like NJFX enhances resiliency, lowers latency, and supports AI and cloud applications.

April 24, 2025

In today’s hyper-connected world, the role of the cable landing station (CLS) is transforming. No longer simply an access point for undersea cables, the CLS is emerging as a critical hub that networks increasingly rely on for primary connectivity. Recent industry analyses and articles reinforce this shift, underscoring how direct interconnection at CLSs drives lower latency, enhanced resiliency, and cost efficiency.

At NJFX, we have always been forward-thinking. As the first carrier-neutral CLS and colocation facility in the U.S., we’ve been empowering companies with direct, secure access to major subsea cables spanning North America, Europe, South America, and the Caribbean. Today, that model is evolving. Networks are beginning to leverage CLSs as their main point of interconnection, while still using other Points of Presence (PoPs) to ensure network diversity and redundancy.

The Shift: CLSs as Core Hubs, Not Just Edge Assets

Traditionally, network traffic would route through CLSs as a mere stepping stone before reaching larger interconnection hubs like Ashburn or Manhattan. This conventional approach often resulted in increased costs and potential bottlenecks due to long-haul backhauls. However, as noted in a recent article from TeleGeography, networks are now finding strategic advantages in establishing direct interconnection at CLSs. This direct approach not only reduces latency but also minimizes points of failure, supporting the accelerated needs of cloud and AI applications.

Complementing CLSs with Diverse PoPs

While many networks are turning to CLSs as their primary interconnection points, articles in industry publications like Light Reading highlight the value of maintaining a diverse portfolio of connectivity options. By combining the robust capabilities of CLSs with traditional PoPs spread across key markets—such as NYC, Ashburn, Atlanta, and Miami—network operators achieve several benefits:

  • Enhanced Redundancy: Routing traffic through multiple, diverse paths minimizes downtime and mitigates the risk of service interruption due to outages or cable cuts.

  • Optimized Regional Performance: Direct and localized interconnections support the bandwidth and latency requirements of today’s cloud, edge, and AI applications.

  • Flexible, Cost-effective Networks: Diversification permits a tailored approach where each network component is optimized for specific operational needs, ultimately driving down costs.

A comprehensive feature in Data Center Knowledge reinforces this narrative, detailing how hybrid interconnection strategies—integrating both CLS and traditional PoP solutions—are becoming best practice for global network operators who demand resilience and speed.

Why It Matters

For financial institutions, hyperscalers, content distributors, and emerging AI-powered platforms, the advantages of connecting at a CLS like NJFX include:

  • Direct Global Market Access: Immediate connectivity to a myriad of subsea cables expands global reach and market opportunities.

  • Improved Network Resiliency: The combined power of direct CLS interconnection and diversified PoPs ensures robust network continuity in the face of unexpected challenges.

  • Lower Latency for High-Demand Applications: Closer proximity to diverse network nodes minimizes delays, a critical advantage as applications become increasingly time-sensitive.

  • Cost-effective Scalability: Reducing the need for extensive backhauling directly translates into economic benefits for expanding network infrastructures.

Looking Ahead

As data volumes skyrocket and real-time applications become the norm, the network industry is undergoing rapid evolution. The direct interconnection at cable landing stations represents more than just a trend—it’s a fundamental shift in network architecture and strategy. New industry insights continue to show that the convergence of subsea connectivity with terrestrial networking infrastructure isn’t just beneficial; it’s necessary to handle the growing demands of an AI-enabled, digital-first global market.

At NJFX, we’re proud to be at the forefront of this evolution. By combining direct CLS connectivity with strategically located PoPs, we’re not just preparing for the future—we’re actively shaping it.

learn how you can Expand your Network at njfx

Reach out and talk to us today 

Connecting Cable Landing Stations is the Future of Global Network Strategy Read More »

ITW 2025

nternational Telecoms Week 2025

Join the NJFX team in National Harbor on May 4-7

Set time with the team at ITW

Events

ITW 2025

See our CEO and GM will be in NYC networking with industry thought leaders unleashing the Power of AI in Enterprise Networking and Security Infrastructure

Meet Us »

Metro Connect 2025

See our CEO and GM will be in NYC networking with industry thought leaders unleashing the Power of AI in Enterprise Networking and Security Infrastructure

Meet Us »

PTC 2025

See our CEO and GM will be in NYC networking with industry thought leaders unleashing the Power of AI in Enterprise Networking and Security Infrastructure

Meet Us »

ITW 2025 Read More »

Why It’s Time to Invest in the Future of Connectivity

Why It's Time to Invest in the Future of Connectivity

Investing in the future of connectivity means building scalable, secure, and globally integrated infrastructure to support AI, 5G, and the digital demands of tomorrow. Discover how strategic investments today are powering the next generation of digital transformation.

April 3, 2025

The global economy depends on the silent giants beneath our oceans—subsea cables. These fiber optic lifelines are the unsung heroes of the digital era, transmitting more than 95% of international data, supporting everything from emails to financial transactions and cloud applications. But as with all infrastructure, these cables have a lifecycle, and many are approaching the end of theirs.

Most subsea cables are built with a design lifespan of about 25 years. As these systems age, they face numerous challenges. The optical fibers within the cables degrade over time due to constant exposure to environmental pressures such as temperature changes, water pressure, and natural seismic activity. Electrically powered repeaters, which amplify signals across thousands of kilometers, also wear down and are expensive to replace.

Maintaining these older cables becomes a logistical and financial burden. Repairs often require highly specialized ships and crews, with downtime potentially lasting days or even weeks—impacting critical connectivity. In some cases, the costs of maintenance can rival or exceed the cost of new builds.

From a performance standpoint, older cables were not designed for the data volumes and bandwidth demands we see today. The explosion of AI-driven applications, streaming services, global cloud adoption, and latency-sensitive financial transactions has created a level of network strain that legacy infrastructure simply cannot accommodate. Even with advanced modulation techniques, there’s a physical ceiling to how much capacity can be extracted from these aging systems.

In a world where milliseconds matter and resiliency is non-negotiable, relying on end-of-life infrastructure puts enterprises, governments, and service providers at risk.

Extending Lifespans vs. Building New Systems

An example of extending the lifespan of existing infrastructure is the SEA-ME-WE 4 (South East Asia–Middle East–Western Europe 4) cable system. Originally completed in 2005, this approximately 18,800 km submarine cable connects multiple countries across Asia, the Middle East, and Europe. In March 2024, the SEA-ME-WE 4 consortium completed an upgrade using Ciena’s GeoMesh Extreme submarine network solution. This enhancement increased the system’s capacity from 65 Tbps to 122 Tbps, effectively doubling its previous capacity and extending its operational viability.

Investing in New Systems: Meta’s Project Waterworth

Conversely, companies like Meta are investing in entirely new infrastructure to meet future demands. Meta’s Project Waterworth is an ambitious $10 billion subsea cable system designed to circumnavigate geopolitical tension zones, ensuring secure, high-capacity connectivity. This project exemplifies the proactive approach of building new systems to support the next generation of high-speed connectivity essential for powering AI and digital transformation globally.

These examples illustrate the dual strategies in the industry: upgrading existing cables to extend their service life and constructing new systems to accommodate future demands. Both approaches are vital in ensuring robust and scalable global connectivity.

Real-World Investment in Transatlantic Connectivity

Industry leaders are already investing in the future:

  • Google’s Grace Hopper Cable connects the U.S. with the U.K. and Spain. Recently, Colt achieved a milestone 1.2 Tbps per wavelength transmission, reflecting both speed and sustainability gains.
  • EXA Infrastructure manages an extensive transatlantic network including systems like Dunant, Havfrue/AEC-2, and Amitié, providing key connectivity between Europe and North America.
  • Amazon has filed plans for a new cable linking Ireland to the U.S., adding to its global infrastructure footprint to support cloud services.

According to Telegeography, Between 2023 and 2025, the subsea cable industry is experiencing a significant boom, with investments totaling around $10 billion to bring approximately 78 new systems online, adding over 300,000 kilometers of cable.

These developments underscore the industry’s commitment to expanding and modernizing transatlantic connectivity to meet the growing global demand for data transmission.

Future-Proofing Global Connectivity

Forward-thinking network operators, cloud providers, and infrastructure investors are already responding. New builds are not just about capacity—they’re about preparing for a data-driven future. Cables like Havfrue/AEC-2, Grace Hopper, Dunant, and Amitié are examples of this next wave, offering unprecedented speeds and modern architecture. As older systems retire, these new cables will form the backbone of tomorrow’s digital economy.

The subsea cable industry stands at a crossroads. We can continue to patch aging systems, or we can make strategic investments that enable global progress. With only so many transatlantic crossings possible, now is the time to build the infrastructure that will carry us into the next era of connectivity.

At NJFX, we recognize the importance of this transition and are committed to supporting next-generation infrastructure through carrier-neutral interconnection points and strategic partnerships. As new systems emerge, we’re ensuring that the landing points and ecosystem are ready to support the data demands of the future.

learn how you can Expand your Network at njfx

Reach out and talk to us today 

Why It’s Time to Invest in the Future of Connectivity Read More »

small_c_popup.png

Let's have a chat

Learn how we helped 100 top brands gain success.