#dark fiber

https://img.etimg.com/thumb/msid-124112422,width-1200,height-630,imgsize-33462,overlay-etmarkets/articleshow.jpg The Securities and Exchange Board of India (Sebi) is likely to resolve the long-pending co-location and dark fibre cases involving the National Stock Exchange (NSE) by early October, clearing a key regulatory hurdle for the bourse’s mega IPO. The proposed settlement is estimated at…

The global dark fiber market is on a consistent growth path, driven by the rapid adoption of 5G networks and the significant expansion of data center projects worldwide. Valued at US$ 6.4 billion in 2023, the market is projected to grow at a CAGR of 4.5% from 2024 to 2034, reaching US$ 10.2 billion by the end of the forecast period.

Dark optical fiber unused fiber optic cables ready for activation has emerged as a critical enabler of next-generation connectivity. The high capacity, faster data speeds, and low latency of 5G networks are fueling demand for these unlit fibers, which can be leased or owned to build private, high-performance communication infrastructure.

Industry players are responding by expanding dark fiber routes and introducing advanced deployment technologies. This is particularly relevant in industries such as telecommunications, e-commerce, and logistics, where high-capacity, low-latency communication is essential.

Market Overview

Dark fiber refers to fiber optic cables that have been laid but are not currently transmitting data. They are called "dark" because they lack active network equipment at each end. Once connected to transmission systems, these fibers can handle vast amounts of data at ultra-high speeds.

Unlike traditional fiber services provided by carriers, dark fiber allows organizations to own or lease the infrastructure outright, giving them full control over configuration, security, and performance. This flexibility makes it an attractive option for data-intensive industries, cloud service providers, and large enterprises.

However, the high cost of deployment and the rise in wireless communication alternatives can slow adoption. Poor installation practices in some regions also remain a challenge.

Key Market Drivers

1. Rise in Adoption of 5G Network

Dark fiber forms the backbone of 5G connectivity, enabling scalable, on-demand expansion of network capacity. With higher throughput requirements and the proliferation of data-heavy applications such as streaming, gaming, and IoT, 5G networks require robust, low-latency infrastructure.

Dark fiber enables carriers and enterprises to build customized, high-capacity backhaul networks, making it a strategic asset in the global 5G rollout.

2. Expansion of Data Center Projects

Data centers depend on high-speed optical networks to transmit massive volumes of data between locations. Dark fiber provides secure, scalable, and high-bandwidth connectivity, making it integral to the growth of cloud computing, AI, and big data analytics.

For example, in October 2022, Meta announced a US$ 1.5 billion expansion of its Eagle Mountain data center, adding 2 million square feet to its existing infrastructure. Such investments amplify the need for reliable dark fiber connectivity between data centers.

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Regional Outlook

North America: Leading Market Share

North America dominated the dark fiber market in 2023, thanks to:

Government initiatives to expand broadband and digital infrastructure

Rapid 5G deployments

Strong data center investments

Rising adoption of online services and smart city initiatives

In June 2024, Windstream Wholesale expanded its Beach Route Dark Fiber Alliance, adding 360 miles of new fiber to improve redundancy and performance for clients.

Europe and Asia Pacific: Emerging Growth Regions

Europe benefits from smart city development and IoT adoption, while Asia Pacific is experiencing a boom in internet penetration, e-commerce, and cloud adoption, particularly in China, India, and ASEAN countries.

Competitive Landscape

Market leaders are focused on technology innovation, route expansion, and strategic partnerships to meet growing connectivity demands. Key companies include:

ABB

Bandwidth IG

TOMRA Systems ASA

AMP Robotics Corp.

CleanRobotics

EverestLabs Inc.

For instance, in May 2024, Bandwidth IG partnered with Flexential to connect its Atlanta-Douglasville data center campus to high-demand dark fiber routes serving Douglas County, a hub for data center growth.

Recent Developments

July 2024 – Global InterXchange launched the first privately owned, carrier-neutral dark fiber route across the Hudson River in two decades, enhancing network diversity for financial and telecom clients.

May 2024 – Bandwidth IG expanded its dark fiber network to serve high-growth data center regions in Georgia, USA.

Market Segmentation

By Installation

Point-to-point

Point-to-multipoint

By End-user

BFSI

Manufacturing

E-commerce & Retail

Government Institutions

Telecommunication

Internet Providers

Logistics

Education

Others

By Region

North America (U.S., Canada)

South America (Brazil, Argentina)

Europe (Germany, U.K., France, Spain, Italy)

Asia Pacific (China, Japan, India, ASEAN, South Korea)

Middle East & Africa (GCC, South Africa)

Future Outlook

The dark fiber market is poised for steady expansion through 2034, supported by:

Rising global 5G deployments

Proliferation of cloud computing and AI applications

Data center investments across developed and emerging economies

Growing enterprise demand for private, secure networks

While deployment costs and wireless alternatives may challenge adoption, technological advancements in fiber installation and route optimization are expected to make dark fiber more accessible.

The global Dark Fiber Market size is estimated to reach $12.5 billion by 2030, growing at a CAGR of 13.1% during the forecast period 2024–2030. The market is anticipated to see an increase in product demand and consumption due to factors like growing internet service penetration, the adoption of optical technology devices, increased bandwidth need for mobile devices, and cable operators’ obligatory conversion to High Definition (HD) video quality. Along with producing large amounts of data, digital transformation in key end-use industries like healthcare, telecom, the military, oil and gas, aerospace, and railways is also exploring intelligent machine networking, which is anticipated to support market revenue growth over the course of the forecast period. Over time, online services have helped to create a strong demand for internet bandwidth.

Additionally, there is still opportunity for the dark fiber market to develop due to technological advancements and the rising need for intense data handling in manufacturing and logistics. Additionally, dark fiber is scalable and enables businesses to build their own customized networks without having to spend money on fiber-optic infrastructure. Many businesses are shifting their attention more and more toward investing in dark fiber connection, which is being driven by 5G, edge computing, the Internet of Things (IoT), artificial intelligence (AI), augmented reality (AR), virtual reality (VR), and ultra-high quality video.

COVID-19 / Ukraine Crisis — Impact Analysis:

● The pandemic forced many businesses and institutions to adopt remote work rapidly and digital communication tools. This sudden shift increased the demand for robust and high-speed internet connections. As companies sought to ensure reliable connectivity for remote employees, there could have been an increased interest in dark fiber leases or installations to meet the heightened demand. On the flip side, the pandemic caused delays in the installation of new dark fiber networks. Restrictions on movement, supply chain disruptions, and reduced workforce availability impacted the timeline for laying new fiber cables.

● Conflict led to disruptions in critical infrastructure, including fiber optic networks. Damage to physical infrastructure, such as fiber optic cables, could lead to interruptions in network connectivity and communication services, potentially affecting the demand for dark fiber. The Russia-Ukraine conflict has impact ed international relations and cross-border communication. Depending on the severity of the situation, there might be implications for global connectivity and data transmission routes, which could indirectly influence the demand for dark fiber.

Key Takeaways:

● Fastest Growth of Asia Pacific Region

The dark fiber market in the Asia Pacific region is projected to exhibit the highest growth rate during the forecast period. Key countries, including China, India, Japan, and South Korea, boast substantial capacities for dark fiber networks. Factors fuelling the demand for dark fiber in Asia Pacific comprise rising income levels, changing lifestyles, and the need for faster internet. Advanced technologies like AI, IoT, and Big Data are driving the establishment of large-scale data centres in the region. Major tech giants such as Alibaba, Facebook, Amazon, Microsoft, Google, and Baidu have established and are expanding data centres in the area. The market in Asia Pacific is currently influenced by Chinese and Indian consumers who are adopting high-speed broadband and mobile services rapidly.

● The market for dark fiber is expected to be dominated by long-haul fiber.

In 2023, the long haul sector commanded the dark fiber market’s majority at 29%. The deployment of these networks are rising to meet amplified demand for dependable high-speed connectivity across diverse regions. The surge in data traffic, driven by digital services, cloud computing, streaming media, and IoT devices, underscores the need for efficient long haul networks to transport vast data volumes over extended distances. The upsurge in Internet Exchange Points (IXPs) has elevated the demand for such networks. To stay aligned with this demand surge, telecom firms, infrastructure providers, and governments are investing in expanding, upgrading, and innovating long haul networks, including deploying new submarine cables and fiber-optic networks to enhance long-distance connectivity.

● BFSI end-user segment to experience considerable rise

A BFSI organization’s disaster recovery and business continuity plan will heavily rely on dark fiber. By building redundant connections with dark fiber, institutions may build separate network channels that are geographically varied. Traffic may be dynamically diverted to different channels in the case of a network breakdown or a disaster in one place, maintaining ongoing services and reducing downtime. For their bandwidth-intensive core transport, such as file sharing, big file transfers, business intelligence applications, and data analysis, banks and financial services businesses are increasingly resorting to dark fiber.

● Rising demand for 5G network in the telecom and networking industry

The escalating desire for 5G networks and associated needs like cloud-based networking, gaming, and video streaming is driving demand for swift, reliable internet. Dark fibers are pivotal in ensuring this robust connectivity. The rapid digital transformation is reshaping nearly all industries, with data volumes surging. Smart networking of devices and sensors necessitates data transmission within specific ranges for analysis and control. A 5G campus network offers a comprehensive solution for this. Ookla, LLC reported 21,520 global 5G deployments and 184 operators in 2022. Telefonaktiebolaget LM Ericsson had 190 million 5G subscriptions in 2020 and is projecting a staggering 2.8 billion by 2025. Despite 2020’s unforeseen events, 5G deployment and adoption-maintained momentum. The 5G ecosystem is expanding due to accelerated 5G introductions and network enhancements. The growth in 5G adoption is evident in the launch of over 150 commercial 5G devices in 2022. Hence, the surging demand for 5G networks is a key driver of market growth.

● Substantial upfront costs and ongoing maintenance may hamper the market growth.

Dark fiber infrastructure deployment necessitates a substantial initial outlay for installing and maintaining the fiber optic lines. For certain organizations, the expenses of installation, equipment, obtaining licenses, and continuing maintenance might be prohibitive. To guarantee maximum performance and dependability, dark fiber networks need to be maintained and watched over on a regular basis. This covers tasks including routine inspections, troubleshooting, fixing fiber breaks, and updating machinery. The whole investment includes the cost of maintenance staff, equipment, and spare components. The original investment should also include other charges like project management, legal fees, insurance, and administrative costs.

● Lack of proper monitoring systems can be a challenge for Dark Fiber Market

The complexity lies in effectively integrating a fiber segment into the core platform, a task expected to handle substantial volumes of sensitive data. This process entails technical and operational intricacies, posing challenges for overseeing computer scientists. To avert such complications, an integration-friendly platform could be adopted. This would necessitate meticulous oversight at the physical, server, and application levels. Alternatively, companies might resort to a comprehensive monitoring system, like Pandora FMS, although this incurs acquisition and implementation costs. Both options demand increased investment and potentially expose significant data to vulnerabilities. Furthermore, there’s the additional expenditure of personnel training or hiring skilled ndividuals, further escalating overall expenses.

Key Market Players:

Product/Service launches, approvals, patents and events, acquisitions, partnerships and collaborations are key strategies adopted by players in the Dark Fiber Market. The top 10 companies in this industry are listed below:

Verizon Communications, Inc. (Verizon Wireless, Yahoo, AOL)

Colt Technology Services Group Limited (Wave, Edge Compute)

GTT Communications, Inc. (Interoute, Hibernia Networks, Custom Connect)

Lumen Technologies, Inc. (Lumen, Lumen Edge Computing Solutions, Lumen Cloud)

NTT communications Corporation (Arkadin, Dimension Data, NTT Europe, NTT Security)

Zayo Group, LLC (Zayo, zColo, Zayo Dark Fiber, Zayo Cloudlink)

AT & T, Inc. (AT&T Wireless, DIRECTV, Cricket Wireless)

Windstream Holdings, Inc. (Kinetic)

Crown Castle International Corp. (Crown Castle, Fiber Solutions, FiberNet)

The global Dark Fiber Market size is estimated to reach $12.5 billion by 2030, growing at a CAGR of 13.1% during the forecast period 2024–2030. The market is anticipated to see an increase in product demand and consumption due to factors like growing internet service penetration, the adoption of optical technology devices, increased bandwidth need for mobile devices, and cable operators’ obligatory conversion to High Definition (HD) video quality. Along with producing large amounts of data, digital transformation in key end-use industries like healthcare, telecom, the military, oil and gas, aerospace, and railways is also exploring intelligent machine networking, which is anticipated to support market revenue growth over the course of the forecast period. Over time, online services have helped to create a strong demand for internet bandwidth.

Additionally, there is still opportunity for the dark fiber market to develop due to technological advancements and the rising need for intense data handling in manufacturing and logistics. Additionally, dark fiber is scalable and enables businesses to build their own customized networks without having to spend money on fiber-optic infrastructure. Many businesses are shifting their attention more and more toward investing in dark fiber connection, which is being driven by 5G, edge computing, the Internet of Things (IoT), artificial intelligence (AI), augmented reality (AR), virtual reality (VR), and ultra-high quality video.

COVID-19 / Ukraine Crisis — Impact Analysis:

● The pandemic forced many businesses and institutions to adopt remote work rapidly and digital communication tools. This sudden shift increased the demand for robust and high-speed internet connections. As companies sought to ensure reliable connectivity for remote employees, there could have been an increased interest in dark fiber leases or installations to meet the heightened demand. On the flip side, the pandemic caused delays in the installation of new dark fiber networks. Restrictions on movement, supply chain disruptions, and reduced workforce availability impacted the timeline for laying new fiber cables.

● Conflict led to disruptions in critical infrastructure, including fiber optic networks. Damage to physical infrastructure, such as fiber optic cables, could lead to interruptions in network connectivity and communication services, potentially affecting the demand for dark fiber. The Russia-Ukraine conflict has impact ed international relations and cross-border communication. Depending on the severity of the situation, there might be implications for global connectivity and data transmission routes, which could indirectly influence the demand for dark fiber.

Key Takeaways:

● Fastest Growth of Asia Pacific Region

The dark fiber market in the Asia Pacific region is projected to exhibit the highest growth rate during the forecast period. Key countries, including China, India, Japan, and South Korea, boast substantial capacities for dark fiber networks. Factors fuelling the demand for dark fiber in Asia Pacific comprise rising income levels, changing lifestyles, and the need for faster internet. Advanced technologies like AI, IoT, and Big Data are driving the establishment of large-scale data centres in the region. Major tech giants such as Alibaba, Facebook, Amazon, Microsoft, Google, and Baidu have established and are expanding data centres in the area. The market in Asia Pacific is currently influenced by Chinese and Indian consumers who are adopting high-speed broadband and mobile services rapidly.

● The market for dark fiber is expected to be dominated by long-haul fiber.

In 2023, the long haul sector commanded the dark fiber market’s majority at 29%. The deployment of these networks are rising to meet amplified demand for dependable high-speed connectivity across diverse regions. The surge in data traffic, driven by digital services, cloud computing, streaming media, and IoT devices, underscores the need for efficient long haul networks to transport vast data volumes over extended distances. The upsurge in Internet Exchange Points (IXPs) has elevated the demand for such networks. To stay aligned with this demand surge, telecom firms, infrastructure providers, and governments are investing in expanding, upgrading, and innovating long haul networks, including deploying new submarine cables and fiber-optic networks to enhance long-distance connectivity.

● BFSI end-user segment to experience considerable rise

A BFSI organization’s disaster recovery and business continuity plan will heavily rely on dark fiber. By building redundant connections with dark fiber, institutions may build separate network channels that are geographically varied. Traffic may be dynamically diverted to different channels in the case of a network breakdown or a disaster in one place, maintaining ongoing services and reducing downtime. For their bandwidth-intensive core transport, such as file sharing, big file transfers, business intelligence applications, and data analysis, banks and financial services businesses are increasingly resorting to dark fiber.

● Rising demand for 5G network in the telecom and networking industry

The escalating desire for 5G networks and associated needs like cloud-based networking, gaming, and video streaming is driving demand for swift, reliable internet. Dark fibers are pivotal in ensuring this robust connectivity. The rapid digital transformation is reshaping nearly all industries, with data volumes surging. Smart networking of devices and sensors necessitates data transmission within specific ranges for analysis and control. A 5G campus network offers a comprehensive solution for this. Ookla, LLC reported 21,520 global 5G deployments and 184 operators in 2022. Telefonaktiebolaget LM Ericsson had 190 million 5G subscriptions in 2020 and is projecting a staggering 2.8 billion by 2025. Despite 2020’s unforeseen events, 5G deployment and adoption-maintained momentum. The 5G ecosystem is expanding due to accelerated 5G introductions and network enhancements. The growth in 5G adoption is evident in the launch of over 150 commercial 5G devices in 2022. Hence, the surging demand for 5G networks is a key driver of market growth.

● Substantial upfront costs and ongoing maintenance may hamper the market growth.

Dark fiber infrastructure deployment necessitates a substantial initial outlay for installing and maintaining the fiber optic lines. For certain organizations, the expenses of installation, equipment, obtaining licenses, and continuing maintenance might be prohibitive. To guarantee maximum performance and dependability, dark fiber networks need to be maintained and watched over on a regular basis. This covers tasks including routine inspections, troubleshooting, fixing fiber breaks, and updating machinery. The whole investment includes the cost of maintenance staff, equipment, and spare components. The original investment should also include other charges like project management, legal fees, insurance, and administrative costs.

● Lack of proper monitoring systems can be a challenge for Dark Fiber Market

The complexity lies in effectively integrating a fiber segment into the core platform, a task expected to handle substantial volumes of sensitive data. This process entails technical and operational intricacies, posing challenges for overseeing computer scientists. To avert such complications, an integration-friendly platform could be adopted. This would necessitate meticulous oversight at the physical, server, and application levels. Alternatively, companies might resort to a comprehensive monitoring system, like Pandora FMS, although this incurs acquisition and implementation costs. Both options demand increased investment and potentially expose significant data to vulnerabilities. Furthermore, there’s the additional expenditure of personnel training or hiring skilled ndividuals, further escalating overall expenses.

Key Market Players:

Product/Service launches, approvals, patents and events, acquisitions, partnerships and collaborations are key strategies adopted by players in the Dark Fiber Market. The top 10 companies in this industry are listed below:

Verizon Communications, Inc. (Verizon Wireless, Yahoo, AOL)

Colt Technology Services Group Limited (Wave, Edge Compute)

GTT Communications, Inc. (Interoute, Hibernia Networks, Custom Connect)

Lumen Technologies, Inc. (Lumen, Lumen Edge Computing Solutions, Lumen Cloud)

NTT communications Corporation (Arkadin, Dimension Data, NTT Europe, NTT Security)

Zayo Group, LLC (Zayo, zColo, Zayo Dark Fiber, Zayo Cloudlink)

AT & T, Inc. (AT&T Wireless, DIRECTV, Cricket Wireless)

Windstream Holdings, Inc. (Kinetic)

Crown Castle International Corp. (Crown Castle, Fiber Solutions, FiberNet)

11 leopards die every year, 400 flamingos died in 10 days,178 elephants died between 2015-2018, and 31.5% (207) out of 656 tiger deaths between 2012-2018(as per the data of National Tiger Conservation Authority), these tremendously rising unnatural death count is due to electrocution. It’s common for these living creatures to lose their lives by stumbling upon the ill-maintained power lines and electrical infrastructure, bare conductors and sagging high tension electric cables passing through their forest abodes.

Power For All

Safety is critical when it comes to ensuring sustainable development. Let’s have a look at some of the recent ways on which transmission companies are ensuring power lines coexist with wildlife.

·         Increased tower heights: Implementation of transmission towers with increased height allows safe passage to wildlife.

·         Safeguarding Avifauna: Collision during flight is one of the prime reasons for deaths of birds. The practice of implementing bird deflectors, culverts, contrast or coloured markers prevent such incidents, safeguarding the avifauna active in that route.

·         Provisioning artificial nests: Birds and other aerial lifeforms often find it transmission towers as convenient nesting platforms, which eventually results in their deaths due to electrocution. To prevent such occurrences, companies are coming up with various ways of provisioning artificial nests, safe nesting platforms and nesting boxes.

·         Bird Guard: Bird guards are provided on transmission towers as per requirement to preventbirds from sitting in the insulator strings

Dark Fiber

In contrast to a traditional coal-fired power plant, the completion of a wind or solar power plant takes 12-18 months; however, the construction speed of the transmission lines has not yet improved. Regardless of how many renewable energy (RE) power plants we build, industry will not be able to power these clean power plants due to the lack of adequate evacuation infrastructure. Overcoming the time constraints in the broadcasting industry is vital. Using arial technology to handle some of the tedious tasks associated with transmission projects is a great way to go.

 Today we are going to focus on one of these technological advances: the helicopter; and how it can be of great help to the broadcasting industry.

 Power Innovation

 Sustainable infrastructure development with helicranes:

First used as overhead traveling cranes in the 1950s, Bell 47 helicranes were the first to be used for this purpose. This technology proved to be a savior during the Vietnam Wars as its use for industrial purposes increased. In the wood industry for lifting large trees, its use in the transmission industry can be helpful.

 ·         Building transmission towers in treacherous terrain can be a challenge. Due to remote regions and inaccessible roads, moving tons of building materials (including towers) from one point to another becomes extremely difficult. The logistical use of this technology can not only make the task easier, but also save time.

·         The way to the location of the high-voltage line often leads through areas that are rich in biodiversity. The means of transport for moving the load have high potential for damaging the soil structure of the region. With overhead cranes, we avoid damage to the floor structure, as tons of building material are transported by air; therefore, maintaining the biodiversity of the region.

·         In regions with unpredictable climatic conditions (especially deserts or mountains) the working window is shortened to a few months.This leads to an extension of the overall timetable for the transmission project. The use of this flight technique accelerates the construction process. The use of propellers in the construction of transmission infrastructures clearly benefits the industry with reduced schedules and simple solutions to complex design challenges.

 Power Transmission