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What is a submarine cable? Subsea fiber explained

What is a submarine cable? Subsea fiber explained

Our wireless world depends on a few hundred fiber cables laid on the ocean floor

Original article posted at DataCenterDynamics.com
by Dan Swinhoe

August 31, 2021

Though we live in an increasingly wireless world, that connectivity depends on wires under the ocean.

Subsea or submarine cables are fiber optic cables that connect countries across the world via cables laid on the ocean floor. These cables – often thousands of miles in length – are able to transmit huge amounts of data rapidly from one point to another.

What is a submarine cable?

A submarine cable is a fiber optic cable laid in the ocean, connecting two or more landing points.Rarely much wider than a garden hose, today cables generally comprise of the optical fibers that carry the information, which are then covered in silicon gel, then sheathed in varying layers of plastic, steel wiring, copper, and nylon in order to provide insulation to protect the signal and protect the cable from damage from wildlife, anchors & fishing, or weather & other natural events.

The cables are laid using ships that are modified specifically for this purpose, transporting and slowly laying the ‘wet plant’ infrastructure on the seabed. These special ships can carry thousands of kilometers of optical cable out to sea. A special subsea plow is also used to trough and bury submarine cables along the seabed closer to shorelines where naval activities, such as anchoring and fishing, are most prevalent and could damage submarine cables.

“We’ve had submarine cables for over 150 years,” explains Gil Santaliz, founder and CEO of New Jersey cable landing station NJFX, “and they’ve really been a way for communication between countries and continents.”“The most basic application is communicating what’s happening in one part of the world to another, but we’ve morphed that to allow applications to exist in multiple countries at the same time, to enhance the performance of applications, and to find eco-friendly locations where you can run applications with a zero-carbon footprint yet enjoy the application the country where they don’t have that resource.”

Subsea cables; connecting the world for 170 years

Work to demonstrate the potential of subsea cables began in the 1840s, when Samuel Morse, the inventor of Morse Code, submerged a wire insulated with tarred hemp and India rubber, in the water of New York Harbor and telegraphed through it in 1842.The first commercial cable was laid in 1850, when the English Channel Submarine Telegraph Company laid a telegraph cable between England and France. It was cut weeks later by fishermen thinking it was seaweed. 

A successor company, the Submarine Telegraph Company, laid a second cable the next year and more cables linking the British Isles to mainland Europe followed.In 1854 and completed in 1858, the Transatlantic telegraph cable – which ran from Valentia in western Ireland to Bay of Bulls, Trinity Bay, Newfoundland and was the first to traverse the Atlantic – was laid by the Atlantic Telegraph Company. It only functioned for only three weeks before breaking beyond repair.

The first official telegram to pass between two continents – at a rate of a single character every two minutes – was a letter of congratulations from Queen Victoria of the United Kingdom to President of the United States James Buchanan on August 16. Following progressive signal deterioration, the cable was destroyed after excessive voltage was applied to try and boost the transmission strength. While it was only in operation for a short time, it showed intercontinental communication was possible and a second cable was laid in 1865.The first trans-Pacific cables were completed in 1902 and 1903, linking the US mainland to Hawaii in 1902 and Guam to the Philippines in 1903.The first subsea telephone cable, TAT-1, was laid between 1955 and 1956. 

A joint project between the UK Post Office (of which BT was part for a number of years), the American Telephone and Telegraph company (now AT&T), and the Canadian Overseas Telecommunications Corporation, it was able to carry 35 simultaneous telephone calls.The eighth transatlantic communications cable, TAT-8, was the first fiber optic subsea cable. Constructed in 1988 by a consortium of companies led by AT&T, France Télécom, and British Telecom, the cable was able to carry 280 Mbits per second. It was retired in 2002.Today there are more than 400 subsea cables in operation. 

Some connecting nearby islands can be shorter than 50 miles long. Others, traversing the pacific, can reach more than 10,000 miles in length. Some connect singles points across a body of water, others have multiple landing points connecting multiple countries.Antarctica is the only continent not yet reached by a submarine telecommunications cable, though one is reportedly being considered to improve connectivity for researchers in the region.Cable technology evolves quicklyAfter choosing the desired route…
Read the complete article here.###

About NJFX

NJFX is a Tier 3 Carrier Neutral Cable Landing Station campus. Our colocation ecosystem has expanded to over 35 network operators offering flexibility, reliability, and security. Our Wall, NJ location provides direct access to multiple subsea cable systems giving our carriers diverse connectivity solutions and offers direct interconnection without recurring cross-connect fees.
 

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The Rise of 5G Continues to Drive the Proliferation of Subsea Cables

The Rise of 5G Continues to Drive the Proliferation of Subsea Cables

Original Article posted at DigitalInfraNetwork.com
by Mark Venables

August 10, 2022

Since the first cable landing station began operating almost 150 years ago, they have grown to become a vital element of the digital infrastructure that drives much of the industrial and social communications. According to the last data available from Submarine Cable Map, there are about 400 submarine cables around the world, that is a volume of more than 1.2 million km of submarine cables. These submarine fiber-optic cables are irreplaceable: they are more efficient than satellite connections, as it is estimated that a cable has a transferring capacity of almost three thousand satellites.

One company heavily involved in this business is New Jersey Fiber Exchange (NJFX). A big difference in what NJFX can offer is that they are carrier-neutral, meaning they do not own and operate the cable. Instead, they support the system’s operators, independent of the economic relationship, and help them manage the capacity and equipment to make sure it is always running.

The New Jersey facility that the company uses is impressive. Even though it appears to be one building, it is considered two buildings internally by code so that the generator room can support nine MWs of power. There is the support space for all the electricity coming into the building, the main distribution rooms, power distribution rooms, and DC plants. Then there is something called whitespace, which is essentially what is usable in the building. The company’s whitespace is designed for 1100 rack equivalents and 4.4 MW worth of IT. There is also a rise of enterprise customers coming from US banks and hospitals who are now tenants in the building because they want to be as close to those cables as possible and access the providers that come to the stations. “Verizon is a customer of ours, and they are there to pick up their international capacity and send it back and forth,” Gil Santaliz, CEO of NJFX, says. “My customers would work with Verizon in the building to get access to their core network nodes, and that’s where the action is in Telecom because that is how you connect countries.”

Powering the cable

The power that it takes to run the cables can vary depending on the cable’s distance. For a transatlantic system, the power feed will usually be between 50-60 KW, depending on how many paths of fibre there are. The way these cables are designed, they can power from either side of the ocean. There is no boost station required, the cables have repeaters on them which boost the signal across the ocean.

The company places a lot of emphasis on security in terms of access to those cables, this is due to the global economy’s financial implications for their operation and their privacy. The cable landing station that the company uses has many security provisions such as mantrap access controls, ballistic three lobbies and an advanced ticketing system for visitors who are coming to the building. Making sure that the security works has become as important as the security itself, as companies want to make sure that no one can get anywhere close to accessing vital fibres.

“On our campus, we have four subsea cables,” Santaliz continues. “This includes the original Tata TGN one and two that connect the UK to the US, the C Bras cable, which Telecom owns, and most recently, the half route cable that went live, this goes from NJFX in New Jersey to Denmark, Ireland and Norway.”

Challenges ahead

For landing station operators, there are some big challenges. While security may be a major issue, ensuring the correct maintenance of power and cooling is vital. If they cannot be properly maintained, the equipment will not work, and the cable will fail. “We provide Smart Hands, which is technical expertise on how to support cables, DW/DM or SLT equipment,” Santaliz continues. “We have a highly technical team that can support operating the subsea cables, which has been especially important during COVID because of restricted travel. Our team did a lot of the work where traditionally, they might have hired the third party to come and do it.”

The company was chosen by Bulk Infrastructure as the US on-ramp location for the Nordic Gateway, an on-ramp solution accessing fibre networks that unlocks the sustainable Nordic region’s natural resources which stretches 7,200 kilometres from New Jersey to Denmark and Norway. “We recognise NJFX as a model for an evolved cable landing station, with both direct access to subsea systems and data centre capabilities at the landing point,” Peder Naerboe, owner and chairman of Bulk Infrastructure AS,” Santaliz continues. “We believe The Nordic Gateway unlocks one of the few genuinely sustainable solutions in the data centre industry today. With this solution, the industry can utilise 100 per cent pure emissions-free hydropower from the Nordic countries.”

Coping with COVID

The COVID-19 pandemic has also presented great difficulty for NJFX. Despite travel being highly restricted, having technicians work from home was not an option. The company worked alongside the local government to make sure that the vaccination of employees was prioritised. They also went through a protocol process to keep people separate in the facility and enforced a do not touch policy with cards indoors. “We did pretty well because we could help our customers, and we never took a hiccup in terms of staffing the facility,” Santaliz says. “The other one was, post the capital event, there were lots of threats on New York City once again, and the fact that we have a fenced-in perimeter, and in a rural area, gives us much better protection for those unfortunate man-made threats that are still out there.”

Despite these difficulties, the market for cables is expected to continue growing over the next few years, especially with the rapid spread of 5g. “There are two main parts of cables, the arteries and the capillarity,” Santaliz explains. “The arteries are the subsea networks, and the capillarity is what we are starting to see now with the proliferation of 5g. That capillarity will grow the artery requirement, and the more touchpoints we have between countries will make those arteries larger.”

This growth can be best exemplified by the increase of projects in countries that were never included before. “Africa has got an incredible boom going on right now when it comes to the number of connectivity projects in Africa,” Santaliz concludes. “South America is getting lots of projects that they never had before, the total number of cables between the US and Brazil five years ago was less than six cables, and there will be at least 12 in the next two years. Each cable has ten times more capacity than the ones before, so they are going to start retiring the older cables because they are just not economically viable.”

###

About NJFX:

NJFX is a Tier 3 Carrier Neutral Cable Landing Station campus. Our colocation ecosystem has expanded to over 35 network operators offering flexibility, reliability, and security. Our Wall, NJ location provides direct access to multiple subsea cable systems giving our carriers diverse connectivity solutions and offers direct interconnection without recurring cross-connect fees.

More In the News

The Rise of 5G Continues to Drive the Proliferation of Subsea Cables Read More »

Chile

Chile’s Digital Transformation

Chile’s Digital Transformation

Gil Santaliz

CEO

Ryan Imkemeier

Cable Landing Station Manager

Originally published by Capacity Media on May 17, 2021.

May 19, 2021

Chile

In March 2020, NJFX founder and CEO Gil Santaliz, was in São Paulo for Capacity Latam. It was shortly before flights were grounded by the pandemic – a move that would force him to leave the show early – but that’s not the point of his story. As luck would have it, while Santaliz was out of the country, he received a phone call to say Chile’s Ministry of Transport and Communications (MTT) was visiting the US and wanted to tour NJFX.

“They wanted to get better insight into how cables operated in the US going to Europe, as well as going down to South America,” says Santaliz via video call from New Jersey.

In his absence, business development manager Sarah Kurtz hosted the delegates, alongside industry heavyweights from Tata Communications and Aqua Comms. But this was no run-of-the-mill tour. The visiting party included Natalia López, the head of the Telecommunications Development Fund division for the government of Chile and lead on the Asia-South America Digital Gateway Project.

López and the team didn’t just want to look at NJFX; the delegation wanted to understand the role of an integrated, colocation cable landing station (CLS) in creating a connectivity a gateway.

“Three years ago, the Undersecretariat of Telecommunications in Chile decided to move forward to make Chile a digital hub,” López explains.

“In order to reach that, we are deploying more than 15,000 kms of optical fibre for high-capacity domestic networks. This deployment will allow all localities to have access to a fibre-optic connection, doubling the current backbone capacity of data transmission for those areas. Alongside of that, we have worked strongly to enhance international connectivity,” López continues.

The two-part plan saw a sharp increase in the number of international interconnection points with neighbouring countries, achieved by developing fibre over 12 new border crossings, and then the first fibre route to link South America directly with Asia.

In progress

Due to the impending Covid lockdowns the party had to leave NJFX early, meaning Santaliz didn’t get to meet López in person; however, the knowledge share continued over the ensuing months and the Asia-South America Digital Gateway Project is moving at pace.

“We haven’t travelled since, nor have they, but we had the communication with the ministry from Chile and they are moving forward with their project,” Santaliz explains.

The digital gateway was announced in 2019 when MTT and the development bank of Latin America, CAF, signed a $3 million technical cooperation agreement to finance feasibility studies, later conducted by Subsecretaría de Comunicaciones (SUBTEL), Chile’s telecom regulator. The initial aim was to lay a cable up to 15,000 miles long with at least two fibre pairs and a transmission capacity of 10-20 Tbp.

“With these developments, Chile’s international bandwidth capacity will undergo a 40-fold increment,” López says.
The Transoceanic Cable was confirmed in July 2020 and officially named Humboldt by the regulator in January this year – with a route that would link Valparaiso, Chile with New Zealand and Sydney. According to the Chilean government it was the most cost-effective route, although Shanghai was originally being considered before international concerns were raised.

That aside, Santaliz says: “They are moving on their efforts to have Chile become the gateway towards, in this case Australia and from there on to Asia, basically. So Chile is the first country in Latin America creating this new gateway across to Sydney.”

López adds: “Currently, as there aren’t any direct routes to Asia Pacific, traffic from South America goes through the US. That directly impacts the latency and quality of service which is critical for new technology requirements such as 5G or IoT.

“We expect Humboldt will reduce the latency between the continents significantly, it will increase South America’s available capacity, it will provide diversity to existing regional routes that rely strongly on the US, and it will offer an alternative route to traditional Trans-Pacific systems.”

Over 2020 a series of further announcements emerged from the country. On the data centre front, EdgeConneX opened the first of two facilities in Santiago, and Huawei announced its second hub in the country would open in the same city by the end of the year.

Google’s 10,500km Curie cable landed in the coastal city of Valparaiso and phase two of the Caribbean Express cable was announced, connecting Panama to Chile, then linking into Ecuador and Peru.

Accenture calculates that in 2018 the digital economy accounted for 22% of Chile’s GDP and, as it will in other nations, 5G will drive that figure even higher in the coming years.

It’s a priority area for López and the departments she works with, and there’s much work ahead to secure the opportunity.
“Moving forward with the main objective, we have worked hard to lead the development of 5G networks in our region by being the first country to make spectrum available for 5G networks,” she says.

“In a context marked by the pandemic, with economic slowdown and drop in investments throughout the region, the Chilean telecommunications sector is expected to support the national economic recovery effort,” she continues. According to her figures, telecoms will bring more than $3 billion in investments through new projects and will create 60,000 new jobs, “which will play an important role for the country’s economic recovery in the coming years”.

“In addition, various reports indicate that 5G will generate an economic impact of 1% of GDP by 2035, as long as we are innovative to work on creating value. This 5G digital infrastructure is what will allow Chile to compete in the 4.0 digital economy of AI and the Internet of Things,” says López (pictured below).

Independent LatAm

On that point, the knowledge exchange with NJFX has covered a number of topics.

“We have shared with them the concept of being open, the benefits of having a landing station used for multiple cables, not just one at a time,” Santaliz explains.

“We gave our advice to them and they are reviewing it and we have conversations on their architecture. Depending on the final grouping they have, the members of this new cable, we might even be able to develop their landing station for them. So that’s an opportunity that we would consider, depending on who the anchor consortium members would be for that,” he adds.

Developing a CLS takes up to two years, by which time Chile’s requirements will have progressed significantly, but the country – and wider region – are well ahead in preparing for future needs.

 

“There’s an incredible amount of investment already happening in South America,” says Santaliz, citing the Monet, BRUSA and Seabras-1 cables.

“They are going to start going through the end-of-life cycle with the existing cables that are there and one of the challenges is to make sure that the new cables – even though they have so much greater capacity than the old cables – you’re going to still need more of them,” he adds, before revealing that, “we should expect two more cables announced within the next two years.”

However, this next generation of cables – such as Ellalink, connecting Lat Am to the US, and the South Atlantic Cable System linking Angola with Brazil – will not depend on the US. It’s a trend Santaliz says is bringing independence to the region, but it needs to extend beyond the shoreline – and that’s a subject he is so passionate about, he featured on this year’s day three Capacity Latam panel, Delivering diverse connectivity to Latin America.

“The last challenge is you have the arteries built but do you have the capillarity in place? Is there going to be a competitive landscape for capillarity in Lat Am? Because inexpensive international capacity doesn’t give you very much if you don’t have competitive local access. The ministry is very aware that it is not about landing a cable – how do we get that cable’s connectivity across the country?

“So that’s the next challenge you’re going to have to develop – getting that infrastructure built,” Santaliz adds. While he’s a fan of the public-private model championed by the US for its rural connectivity needs, he sees another, equally transferable model, gaining popularity.

“What you are seeing is partnerships that we have not seen before.”

Giving an example, he explains: “The MVNOs… In the US if you have Verizon making the investment, they are going to allow Comcast, they are going to allow Altice, AT&T to piggyback on the deployment of their 5G. So you are going to see multiple partners that are non-traditional, starting to work together, to make the economics of 5G work in the US.”
In short, it’s all about “understanding what the private sector’s costs are in deploying private infrastructure”.

No doubt such trends will wash up on Chile’s shore, but for now the focus is on the plan in motion.

“To sum up, we can say that Humboldt cable is part of a very ambitious plan of the government of Chile to promote the essential digital infrastructure to become a key player in the digital economy and becoming a hub in our region,” López concludes.

###

About NJFX:

NJFX is a Tier 3 Carrier Neutral Cable Landing Station campus. Our colocation ecosystem has expanded to over 35 network operators offering flexibility, reliability, and security. Our Wall, NJ location provides direct access to multiple subsea cable systems giving our carriers diverse connectivity solutions and offers direct interconnection without recurring cross-connect fees.

More In the News

Chile’s Digital Transformation Read More »

Chile’s Digital Transformation

Chile’s Digital Transformation

Leveraging its Pacific coast, Chile will soon host a digital gateway linking Latin America to Asia. But with the power to solve a nationwide challenge, it’s bringing more than connectivity, NJFX founder and CEO Gil Santaliz tells Melanie Mingas.

Gil Santaliz

CEO

Article originally published by Melanie Mingas of Capacity Media on April 26th, 2021.

April 26, 2021

In March 2020, NJFX’s Gil Santaliz was in São Paulo for Capacity Latam. It was shortly before flights were grounded by the pandemic – a move that would force him to leave the show early – but that’s not the point of his story. As luck would have it, while Santaliz was out of the country, he received a phone call to say Chile’s Ministry of Transport and Communications (MTT) was visiting the US and wanted to tour NJFX.

“They wanted to get better insight into how cables operated in the US going to Europe, as well as going down to South America,” says Santaliz via video call from New Jersey.

In his absence, business development manager Sarah Kurtz hosted the delegates, alongside industry heavyweights from Tata Communications and Aqua Comms. But this wasn’t a run-of-the-mill tour. The visiting party included Natalia López, the head of the Telecommunications Development Fund division for the government of Chile and lead on the Asia-South America Digital Gateway Project.

López and the team didn’t just want to look at NJFX; the delegation wanted to understand the role of an integrated, colocation cable landing station (CLS) in creating a connectivity a gateway.

“They wanted to know how does it work for you guys in the US? How does it work to be in a campus environment supporting four different subsea cables? How do the subsea groups benefit from what you have created?

“And then trying to see first-hand the design of the building, how we segment subsea and terrestrial, what a carrier-neutral meeting room looks like, and talk in more depth about their projects,” Santaliz continues.

Due to the impending Covid lockdowns the party had to leave early, meaning Santaliz didn’t get to meet them in person; however, the knowledge share continued over the ensuing months and the Asia-South America Digital Gateway Project is
moving at pace.

“We haven’t travelled since, nor have they, but we had the communication with the ministry from Chile and they are moving forward with their project – Chile is becoming a new gateway for South America,” Santaliz explains.

The digital gateway was announced in 2019 when MTT and the development bank of Latin America, CAF, signed a $3 million technical cooperation agreement to finance feasibility studies, later conducted by Chile’s telecom regulator Subtel. A cable integration, the initial aim was to lay a cable up to 15,000 miles long with at least two fibre pairs and a transmission capacity of 10-20Tbps.

The Transoceanic Cable was confirmed the following year in July, with a route that would link Valparaiso, Chile with New Zealand and Sydney. According to the Chilean government it was the most cost-effective route, although Shanghai
was originally being considered before international concerns were raised.

That aside, Santaliz says: “They are moving on their efforts to have Chile become the gateway towards, in this case Australia and from there on to Asia, basically. So Chile is the first country in Latin America creating this new gateway
across to Sydney.”

The link will also play a part of the success of the Digital Economy Partnership Agreement, the “first of its kind” agreement that came into force in December, for digital trade and data flows between Singapore, Chile and New
Zealand.

During 2020 a series of further announcements emerged from the country. On the data centre front, EdgeConneX opened the first of two facilities in Santiago and Huawei announced its second hub in the country would open in the same city by the end of the year.

Google’s 10,500km Curie cable landed in the coastal city of Valparaiso and phase two of the Caribbean Express cable was announced, connecting Panama to Chile, then linking into Ecuador and Peru.

OECD analysis published this year concluded that Chile saw the most rapid adoption of mobile broadband in the OECD between 2010 and 2018, with a 10-fold increase in subscriptions. At 87.5%, household connectivity is on a par
with OECD averages and business broadband connectivity is also high, at 89.6%, according to the first Chilean ICT survey conducted in 2019.

However, fixed broadband penetration remains a challenge and, despite having one of the highest rates of annual growth of fibre subscriptions across OECD countries, it stood at 66.5% between 2018 and 2019. Further, fibre connections
account for 25% of total broadband connections and 50% of these connections concentrated in the Región Metropolitana, according to Subtel data.

Independent Latam

The knowledge exchange with NJFX has covered a number of topics, but many come back to tackling these, and similar, challenges.

“We have shared the concept of being open, the benefits of having a landing station used for multiple cables not just one at a time,” Santaliz explains.

“We gave our advice to them and they are reviewing it and we have conversations on their architecture. Depending on the final grouping they have, the members of this new cable, we might even be able to develop their landing station for them. So that’s an opportunity that we would consider, depending on who the anchor consortium members would be for that,” he adds.

Developing a CLS takes up to two years, by which time Chile’s requirements will have progressed significantly, but the country – and wider region – are well ahead in preparing for future needs.

“There’s an incredible amount of investment already happening in South America,” says Santaliz, citing the Monet, BRUSA and Seabras-1 cables.

“They are going to start going through the end-of-life cycle with the existing cables that are there and one of the challenges is to make sure that the new cables – even though they have so much greater capacity than the old cables – you’re going to still need more of them,” he adds, before revealing that, “we should expect two more cables announced within the next two years.”

However, this next generation of cables – such as Ellalink, connecting Latam to the US, and the South Atlantic Cable System linking Angola with Brazil – will not depend on the US. It’s a trend Santaliz says is bringing independence to the region, but it needs to extend beyond the shoreline – and that’s a subject Santaliz is so passionate about, he features on this year’s day three Capacity Latam panel, Delivering diverse connectivity to Latin America.

“The last challenge is you have the arteries built but do you have the capillarity in place? Is there going to be a competitive landscape for capillarity in Latam? Because inexpensive international capacity doesn’t give you very much if you don’t have competitive local access. The ministry is very aware that it is not about landing a cable – how do we get that cable’s connectivity across the country?

“So that’s the next challenge you’re going to have to develop – getting that infrastructure built,” Santaliz adds. While he’s a fan of the public-private model championed by the US for its rural connectivity needs, he sees another trend
unfolding in the industry.

“What you are seeing is partnerships that we have not seen before.”

Giving an example, he explains: “The MVNOs [mobile virtual network operators]… In the US, if you have Verizon making the investment, they are going to allow Comcast, they are going to allow Altice, AT&T to piggyback on the deployment of their 5G. So you are going to see multiple partners that are non-traditional, starting to work together, to make the economics of 5G work in the US.” In short, it’s all about “understanding what the private sector’s costs are in deploying private infrastructure”.

While these partnerships are all about managing the cost, other market shifts are starting to make waves too.

“The private sector adapts to the environment it has and we are part of that private sector and we are adapting to higher availability, better security and better network architecture,” Santaliz says.

For Santaliz, one major adaptation that connectivity will allow – in all regions – is the creation of more over-the-top operators (OTTs). Not just peddling content but providing essential services such as banking and healthcare.

“Facebook was an idea, today it is running global network architecture,” he says. “The banking industry needs to make sure their stuff always works also – they have a philosophy of never being down, never missing a transaction. How can you let a social media company have a better up time than a bank? Who are you going to trust in the future, your Facebook account or your banking account?

“You are going to see a new wave of OTTs who cannot afford not to have the best-in-class assets. They are going to know how the architecture works and they are going to redistribute how their connectivity gets applied.”

Whether more industries taking matters into their own hands is a sign of progress or failure on the part of the incumbent connectors is a point of debate – however, whether banking, healthcare, or both, Santaliz could be onto something.

“This connectivity revolution that we are a part of is changing social dynamics and it is going to allow us to rethink traditional industries in a way that will provide a lot more efficiency.”

###

About NJFX:

NJFX is a Tier 3 Carrier Neutral Cable Landing Station campus. Our colocation ecosystem has expanded to over 35 network operators offering flexibility, reliability, and security. Our Wall, NJ location provides direct access to multiple subsea cable systems giving our carriers diverse connectivity solutions and offers direct interconnection without recurring cross-connect fees.

Chile’s Digital Transformation Read More »

New Age of the CLS

Originally published in SubTel Forum, November 2020, Issue 115

Operating the NJFX CLS Campus

Gil Sanataliz

CEO

Originally published in SubTel Forum, November 2020, Issue 115

November 16, 2020

More In the News

New Age of the CLS Read More »

hawktalk

HawkTalk 52 with Gil Santaliz, CEO at NJFX

HawkTalk 52 with Gil Santaliz, CEO at NJFX

Gil Santaliz

CEO

Published by datacenterHawk on September 1, 2020

hawktalk

 

WALL TOWNSHIP, NJ

“Covid has transformed and accelerated the process of which was already happening in terms of workforce enablement, flexibility, and data anywhere.” – Gil Santaliz, CEO for NJFX

Santaliz explains all of this and more in his recent interview with datacenterHawk’s Founder, David Liggit. Check it all out in the Hawk Talk Video Episode 52.

Starting his career with MCI back in 1990, Santaliz commented that the industry has certainly seen a lot change since then, moving from fax machines to the cloud. Years later Santaliz transitioned from the voice side of the industry into fiber infrastructure with his company, 4Connections, which deployed dark fiber routes across New Jersey and New York. His team supported key infrastructure needed to connect hospitals, schools and Cable Landing Stations (CLS). As Santaliz put it, it was the, “true heart of global network infrastructure.” 4Connections was later sold to Optimum Lightpath, a subsidiary of New York cable operator Cablevision (now Altice USA), in 2008.

Santaliz went on to tell the story of how NJFX got its start. The property next to where NJFX resides today was first developed by Tata Communications during the dotcom craze. Subcom had invested in a cable that went from Wall, NJ around the world, anchored by Tata’s substantial Cable Landing Station. NJFX and its partners invested in the property next door to the CLS, built a meet-me-room and in 2015, NJFX was born as the first carrier-neutral CLS campus in the United States.

Making the World a Smaller Place

Today, CLS’s play an important role, as the transmission location for 99% of internet traffic globally. NJFX interconnects three continents with four subsea cables connecting North America, South America, Caribbean and Europe.

It took six to seven minutes to transmit a message across the original subsea cables dating back to the 1800’s. Today, it takes a fraction of a second. “Subsea cables made the world a smaller place,” commented Santaliz.

Impact of Covid 19: Challenges and Solutions

And even though the impact of life during Covid-19 is still evolving, some of the immediate effects we’ve seen include a huge increase of global IP. Gil shared how the pandemic has shown us even more how critical data centers are. The home has become the new disaster recovery site.

“Covid has transformed and accelerated the process of which was already happening in terms of workforce enablement, flexibility, data anywhere,” commented Santaliz.

“Fascinating to see the changes. I’m not sure the world would have moved as quickly obviously into this technology advancement, unless something like this [Covid] was in place,” stated Liggit.

The Who’s Who in Telecom

With a great community of carriers and strategic location 65 feet above sea level, NJFX is actively courting new subsea cables. The company has a proven track record in operating the facility, as well as the land that it owns. As Gil explained, “We have one of the largest banks in the U.S moving in to take advantage of the NJFX infrastructure and to be part of the subsea community. [Organizations] need to know how their networks work. They are no longer able to just be a customer of subsea systems. They need to be actively involved in the design and how that system is managed because they need to be digitally enabled – and that is the magic word today. You have to be digitally enabled in order to be able to conduct busines, educate students and conduct public safety. If you don’t have your connection, you don’t exist, you have got to be connected all the time.”

Liggitt agreed, “That is true. That is the quote of the conversation. You do have to be connected all the time. It is the expectation today in the world we live. It will be fun to watch the growth take place as you are in the middle of it.”

To catch the whole conversation, see below or click here.

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About NJFX:

NJFX is a Tier 3 Carrier Neutral Cable Landing Station campus. Our colocation ecosystem has expanded to over 35 network operators offering flexibility, reliability, and security. Our Wall, NJ location provides direct access to multiple subsea cable systems giving our carriers diverse connectivity solutions and offers direct interconnection without recurring cross-connect fees.

More In the News

HawkTalk 52 with Gil Santaliz, CEO at NJFX Read More »

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CONNECTIVITY THROUGH THE PANDEMIC: RISING TO THE CHALLENGE THROUGH COLLABORATION AND AGILITY

CONNECTIVITY THROUGH THE PANDEMIC: RISING TO THE CHALLENGE THROUGH COLLABORATION AND AGILITY

Originally published on the Pacific Telecommunications Council blog on August 13, 2020.

njfx

Now more than ever, it’s paramount that our connected world remains so. NJFX is handling the pandemic with the team’s usual forward-thinking approach. As a Tier 3 Cable Landing Station colocation campus with four subsea cable systems and nine terrestrial backhaul providers, NJFX is a designated critical infrastructure site. As such, our team is always prepared and ready with emergency response plans to address hurricanes, terrorist attacks, or even widespread power outages. A global pandemic, however, wasn’t part of that equation. The pandemic is certainly unique, unchartered territory and caused organizations globally to rethink standard operating procedures and exhaust spare inventory network capacity. Now, we continue to face supply chain issues as we prepare for the fall and a potential second wave or other unforeseen natural or man-made disaster.

 

There can be challenges in our ability to reach traditional network hubs in major U.S. cities, especially when considering having to use public transportation and elevators in high-rise buildings, which can go against current safety protocols. In addition, global social unrest continues to be aimed in these cities with the highest risk for additional virus outbreaks and potential violence. Our industry workforce component of essential employees has endured these challenges and will continue to do so. Still to come, challenges of returning to work while children may be continuing to engage in virtual learning for the new school year. In the U.S., as we continue down the path of subsea systems going on 20 years, we will soon be left with only four systems less than 10 years old this year, and one of those is in financial distress. In the U.S., our main East Coast fiber routes were all built about 20 years ago and have too much commonality, which allows for failures to potentially happen simultaneously. Combine that with an essential workforce that is stressed, and this could lead to unpredictable outage times.

Collaboration is needed for restoration on upcoming events and long-term investments to ensure this age of network interconnection can provide 100 percent uptime. In our current information age of instantaneous awareness through social media, every minute counts for us to know what’s happening.

At NJFX, we are fortunate with our suburban environment in a two-story building that was designed for contactless access. We now have more physical fiber count cables and capacity per cable than any other network hub in the U.S. Our role is vital. We built the facility as “Tier 3 by the Subsea,” but in this unpredictable world, the fear about the unknown continues and our team is focused on making sure we, along with our customers, are all prepared.

In this challenging time, the industry has had to either find ways to adapt to this very fluid situation or risk many unknowns related to both the physical health of our employees and the economic health of our businesses. This situation has forced organizations to rethink the status quo, be flexible, and not take normal operating procedures for granted.

What we have learned is that our industry is very resilient, robust, and able to rise to the challenge. The Internet did not break, it’s what has kept us together, connected, and relatively stable. As long as our collective focus remains on solving unique challenges and working together, we will continue in the spirit of what sets us apart. We’re ready and dedicated to ensuring our customers, employees, and vendors are prepared and safe. Together, we will not only deliver what our ecosystem has come to expect from us, but we will work to offer even greater capacity, connectivity, and opportunities than ever before.

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About NJFX:

NJFX is a Tier 3 Carrier Neutral Cable Landing Station campus. Our colocation ecosystem has expanded to over 35 network operators offering flexibility, reliability, and security. Our Wall, NJ location provides direct access to multiple subsea cable systems giving our carriers diverse connectivity solutions and offers direct interconnection without recurring cross-connect fees.

More In the News

CONNECTIVITY THROUGH THE PANDEMIC: RISING TO THE CHALLENGE THROUGH COLLABORATION AND AGILITY Read More »

The North Atlantic Loop

The North Atlantic Loop

Published by SubTelForum on July 22, 2020

July 23, 2020

Aqua Comms, the independent carriers’ carrier and the owner-operator of five subsea cables will be launching its North Atlantic Loop in the second half of 2020.

The North Atlantic Loop will comprise of two major Trans-Atlantic cables and three regional cables to bring to the market diverse, resilient and uniquely routed subsea cables. These will combine to deliver enhanced capacity services to the North Atlantic markets of the US, through to Ireland, the UK and the Nordics – all with diverse routing and landings.

This new offering will provide critical infrastructure to key data centre markets as well as the major telecoms markets within the east coast of the US and western Europe.

Two of the 5 cable systems in play are:

  • AEC-1 (America-Europe Connect-1) that went RFS in 2016 and runs from New York to Dublin
  • CC-1 (CeltixConnect-1) that went RFS in 2012 and runs from Dublin to Wales and on to London

Three new cable systems are expected to go live in 2020:

  • AEC-2 (America-Europe Connect-2) from New Jersey (NJFX) to Denmark (Blaabjerg)
  • CC-2 (CeltixConnect-2) from Dublin (Clonshaugh) to UK (Blackpool)
  • NSC (North Sea Connect) from UK (Newcastle) to Denmark (Houstrup)

AEC-2 will be the first new Trans-Atlantic cable to land in Denmark (Blaabjerg) in nearly 20 years – since TAT-14, a cable which is due to be retired in December 2020. On the US side, AEC-2 lands in NJFX in Wall, New Jersey – an industry-leading carrier-neutral cable landing station (CLS) campus and Tier 3 data centre. AEC-2 will also branch into Ireland (Old Head), a diverse landing to the existing AEC-1 landing Killala, before routing on to Dublin. This new cable therefore offers route diversity from end to end, and will deliver secure, modern subsea cable capability from the US to the Nordics, Ireland and the UK.

CC-2 will be Aqua Comms’ second unrepeated cable across the Irish Sea, running from Clonshaugh, Dublin via the CLS in Loughshinny, to Blackpool, UK. CC-2 will offer multiple fibre pairs on a brand new route, again designed to deliver secure and reliable services between Ireland and the UK. CC-2 will partner with CC-1 to deliver diversity and resilience between the UK and Ireland as part of the North Atlantic Loop.

NSC will connect Denmark (Houstrup) to the UK across the North Sea to the Stellium carrier neutral data centre in Newcastle, UK. Its Danish landing will connect through a terrestrial fibre link to Blaabjerg as part of the North Atlantic Loop whilst also providing diversity of landings for NSC and AEC-2.

To continue reading the rest of this article, please read it in Issue 113 of the SubTel Forum Magazine on page 39 or on our archive site here.

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About NJFX:

NJFX is a Tier 3 Carrier Neutral Cable Landing Station campus. Our colocation ecosystem has expanded to over 35 network operators offering flexibility, reliability, and security. Our Wall, NJ location provides direct access to multiple subsea cable systems giving our carriers diverse connectivity solutions and offers direct interconnection without recurring cross-connect fees.

The North Atlantic Loop Read More »

“Every Submarine Cable Project Is Unique”

“Every Submarine Cable Project Is Unique”

An interview with Michael Cunningham, CEO of Crosslake Fibre

Originally posted 23 June 2020 on SubCableWorld.com.

June 29, 2020

WALL TOWNSHIP, NJ

Editor’s note: In recent years, submarine fiber optic cables have been appearing everywhere.  The industry is familiar with the large-scale OTT-sponsored cables being built around the world, but others are taking advantage of the advancement in submarine cable technology to put cables along routes that were never considered before.

One system that definitely falls into the latter category is a submarine cable system that entered service last year in Lake Ontario.  Built by Crosslake Fibre, the cable is, as far as SubCableWorld can determine, the longest fiber optic cable ever installed in a body of fresh water.

SCW recently had the pleasure to speak with Michael Cunningham, CEO of Crosslake Fibre, about the Lake Ontario project and the company’s plans for future systems.

Mr. Cunningham: Crosslake Fibre is a submarine fiber optic cable system developer based in Toronto, Canada.  We’ve built a cable across Lake Ontario connecting Canada and the United States and we’re developing three other submarine cable systems.

The Lake Ontario cable entered service in October.  This is a 58-kilometer cable installed across the lake that forms part of a route between Buffalo and Toronto.  Now that the route is in service, we are looking to extend our network.  Early this year, we announced that we were have extended our backhaul capacity into Equinix’s TR2 International Business Exchange™ (IBX®) in Toronto and its NY4 IBX in Secaucus, New Jersey.  Our network also extends to the NJFX submarine cable landing station/data center complex in Wall, New Jersey, where we can connect to some of the international submarine cables landing there, such as the transatlantic cables and Seaborn’s Seabras-1 to South America.

Due to the relatively short distance across Lake Ontario, we were able to use non-repeatered cable with a high fiber count.  The submarine cable we used supplied by Hexatronic and has 192 fiber strands.  This gives us a design capacity in the thousands of terabits per second.

As the non-repeatered cable isn’t powered in the way that repeatered cables are, we didn’t need the traditional large cable landing station.  We were able to bring the submarine cable right into the network on either side of the lake.

Every submarine cable project is unique and presents a different set of challenges and the Lake Ontario build is no different.  In terms of a location and geography to install a cable, it’s definitely one where there is a comparatively benign environment, especially compared to the ocean conditions where most submarine fiber optic cables are laid.  In Lake Ontario, you have a lakebed that is relatively soft and easy to install a cable into.  You don’t have a lot of challenging geologic features.  It’s not the busiest place in the world and there’s not a lot of current.  The weather is not as extreme as you see in the ocean.  So it was a very good kind of place to install a cable.

Our next project will connect the United Kingdom and France across the English Channel.  There hasn’t been a new and dedicated fiber optic cable built across the English Channel in almost 20 years.  We’re looking to be the next generation of cables along that route.

We’re in the process of developing the cable project and to kick off the material work in the next month.  It’s a very similar design to the Lake Ontario cable.  It’s non-repeatered and has the same fiber count — 192.

The cable, however, will have to deal with much greater risk factors in the English Channel than in Lake Ontario.  It will have to deal with fisheries and avoid anchorage zones.  There is also the issue of unexploded ordnance (UXO).  That required a lot more study and a lot more planning.  We’ve done a UXO study and the survey will kick off in July.

We decided to go with 192 fibers in both the Lake Ontario and the UK-France cables.  We could have gone higher, but what we have to keep in mind is the repair, especially in the English Channel with the many threats that face cable there.  We have to assume that over the life of the system, repair will be a requirement.  We have to insure that we’ll be able to get the sea repair done quickly and that means that we can’t have too high a count – it just takes too long.  There are cables out there with fiber counts in the thousands of pairs and the repair plan for those is to just replace the cable.  That can be done on some very short links of only a few kilometers, but for the scale we need, that isn’t practical.

We also are working to develop two other cable systems.  One is the Wall-LI cable between the NJFX complex in Wall, New Jersey, and Long Island, where other transatlantic cables come in and there is a lot of infrastructure for international traffic.  Wall-LI will allow that traffic to bypass New York City.

The other project we’re looking at is back in Lake Ontario.  It’s called Maple Leaf Fibre and will have a submarine component running between Toronto and Kingston, followed by a terrestrial component to Montreal.  The submarine cable in this case will run more or less east-west in Lake Ontario, rather than north-south as was the case with the original Buffalo-Toronto cable.

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About NJFX:

NJFX is a Tier 3 Carrier Neutral Cable Landing Station campus. Our colocation ecosystem has expanded to over 35 network operators offering flexibility, reliability, and security. Our Wall, NJ location provides direct access to multiple subsea cable systems giving our carriers diverse connectivity solutions and offers direct interconnection without recurring cross-connect fees.

More In the News

“Every Submarine Cable Project Is Unique” Read More »

CenturyLink arrives at NJFX cable landing station colocation campus

CenturyLink arrives at NJFX cable landing station colocation campus

The connection into NJFX, which offers access to four submarine cable systems and seven independent U.S. fiber-based backhaul providers, offers the CenturyLink’s customers more connectivity and service options.

Article published by Stephen Hardy, Lightwave, on June 16, 2020

June 17, 2020

Wall Township, NJ –

NJFX, which operates a cable landing station (CLS) colocation campus in Wall, NJ, says that CenturyLink Inc. (NYSE: CTL) is the latest communications service provider to establish a presence at the site. The connection to CenturyLink’s underground terrestrial fiber network provides access to the service provider’s routes across North America.

CenturyLink’s global fiber network runs approximately 450,000 route miles. The connection into NJFX, which offers access to four submarine cable systems and seven independent U.S. fiber-based backhaul providers, offers the CenturyLink’s customers more connectivity and service options.

“Establishing a point of presence at NJFX allows CenturyLink customers close proximity to data, decreasing network latency, along with delivering smart options to further diversify and plan their international connections with clarity and accuracy,” commented Warren Greenberg, vice president and general manager for CenturyLink in New York City, New Jersey, and Connecticut. “We look forward to offering our services suite at the NJFX campus and to our enterprise customers.”

Open for business in September 2016 (see New Jersey Fiber Exchange set to open Tier 3 by the Subsea colocation facility), NJFX offers a 64,800-sq-ft Tier 3 CLS colocation facility on a 58-acre campus in Wall. The facility enables direct access to the TGN1, TGN2, and Seabras submarine cables. The building will serve as the cable landing for the HAVFRUE/AEC2 system when it comes online later this year as well as the Wall-LI submarine network in the future. The submarine cables offer connectivity options to Europe and South America.

“Cable landing station colocation is where networks live today and at NJFX, there are petabytes of data per second being transported across the Atlantic Ocean from Europe and South America,” said Gil Santaliz, CEO for NJFX. “We welcome CenturyLink, which has arguably one of the most interconnected and deeply peered networks in the U.S. today, to our growing ecosystem of terrestrial carriers that provide diverse, private routes to transport all of that data from our CLS campus across North America and beyond.”

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About NJFX:

NJFX is a Tier 3 Carrier Neutral Cable Landing Station campus. Our colocation ecosystem has expanded to over 35 network operators offering flexibility, reliability, and security. Our Wall, NJ location provides direct access to multiple subsea cable systems giving our carriers diverse connectivity solutions and offers direct interconnection without recurring cross-connect fees.

 

More In the News

CenturyLink arrives at NJFX cable landing station colocation campus Read More »

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