Wi-Fi networks in the home are set to become more interactive after the Wireless Broadband Alliance (WBA) published new deployment guidelines on Wi-Fi Sensing which will enable new applications and revenue streams in markets such as home security…

Wi-Fi Sensing is set to become an integral part of the smart home concept tapping into a previously ignored source of artificial intelligence for preventative and analytics-driven solutions. The technology uses existing Wi-Fi signals to sense motion making Wi-Fi networks more interactive. The benefits to the user fall into multiple areas including convenience, peace of mind, health insights, and privacy.

CEO of the Wireless Broadband Alliance, Tiago Rodrigues, believes this could be a great boost for Wi-Fi service providers giving them a foundation to expand into a wide variety of exciting new markets, including health care, home security and building automation.

Pioneer Consulting, the full-service submarine fiber optic telecommunications consulting and project management company, along with Southern Cross, announces that the Southern Cross NEXT submarine cable project has been granted Provisional Acceptance. The culmination of the submarine segments of the cable system marks the nearing completion of a project six years in the making that will be the largest and lowest-latency route connecting Australia…

Pioneer Consulting, the full-service submarine fiber optic telecommunications consulting and project management company, along with Southern Cross, announces that the Southern Cross NEXT submarine cable project has been granted Provisional Acceptance. The culmination of the submarine segments of the cable system marks the nearing completion of a project six years in the making that will be the largest and lowest-latency route connecting Australia, New Zealand, and the United States.

Throughout the project, Pioneer Consulting oversaw and handled the dynamic elements of the project, including market and business case analysis, procurement and contracting, project implementation, quality assurance, and shipboard representation, ensuring the successful commissioning of the subsea system between each cable station. Granting Provisional Acceptance for the subsea system, which includes the trunk cable between Sydney, Auckland, and Los Angeles along with branches to Fiji, Tokelau, and Kiribati, represents the material completion of the Southern Cross NEXT system marine program.

The Southern Cross NEXT system will provide 72 Tbit/s of capacity and will add to the existing Southern Cross network ecosystem, which includes 12 cable stations and eight major datacenter hubs in Australia, New Zealand, and the United States. The Southern Cross network spans six countries and eight time zones, connected by over 45,000 km (28,000 mile) of cable – greater than the Earth’s circumference.

« This has been a truly incredible project that allowed us to demonstrate the full breadth of our submarine telecom consulting services, » said Gavin Tully, Managing Partner of Pioneer Consulting. “We’re proud to have supported taking what was once an idea and helping make it a reality. It has been a pleasure to work alongside Southern Cross and Alcatel Submarine Networks (ASN) during each crucial stage of NEXT’s development, and we eagerly look forward to the cable’s forthcoming entry into commercial service. »

« We are tremendously proud to have completed this critical phase of NEXT’s development in partnership with Pioneer Consulting, » said Laurie Miller, CEO of Southern Cross Cable Network. « Once activated, this high-capacity route will provide enhanced reliability and network efficiency from Los Angeles to Sydney, and all points between. »

The installation of the submarine cable system was performed by Alcatel Submarine Networks, who additionally designed and manufactured the cable, repeaters, and branching units. The system is expected to initiate commercial service on July 7th, 2022.

Alain Biston, President of Alcatel Submarine Networks, said: “ASN is very proud of achieving, in spite of very difficult conditions resulting from the global pandemic, the crucial milestone of Provisional Acceptance for Southern Cross NEXT, which concludes another chapter of our long-standing partnership with Southern Cross. After building the original Southern Cross cable network more than twenty years ago, we are honored to have been cooperating again to provide more broadband connectivity to the South Pacific region, bringing into the fold several previously underserved communities.”

Gavin Tully is chairing day one of Submarine Networks EMEA in London on the 17-18 May 2022. To book your tickets visit www.totaltele.com/subnets

Research conducted by CELLSMART, a division of French managed services provider SmartCIC, has found that 5G upload speeds are in many cases insufficient to support data transfer for enterprise applications…

Research conducted by CELLSMART, a division of French managed services provider SmartCIC, has found that 5G upload speeds are in many cases insufficient to support data transfer for enterprise applications.

The Global Cellular Performance Survey was based on independent field tests conducted by 2,536 telecoms network engineers in 51 countries to capture network performance data and then analysed by the CELLSMART team.

The study discovered that du (UAE), Telia (Sweden), Deutsche Telekom (Germany), EE (UK) and Singtel (Singapore) led the way offering the highest maximum download speeds (across all technologies) which averaged 241.61 Mbps on a global basis. However, upload speeds were on average only 31.27 Mbps – just 55% better than the 4G global average.

Toby Forman, CEO at SmartCIC said “The research shows how MNOs have prioritised 5G download speeds in their initial rollouts and now there’s an opportunity to focus on enterprise demand for rapid upstream data transfer. 5G networks are showing upload speeds that are 13% of their download speeds while 4G has a balanced download/upload symmetry with 36%,”

Forman claims that through ongoing research, they will be able to provide “an accurate and evolving snapshot of how cellular technologies are performing in the field” which will ultimately benefit their customers and the broader market,” 

EXA Infrastructure, previously the infrastructure unit of GTT Communications, was acquired by I Squared Capital in September 2021, bringing with it all of GTT’s Interroute terrestrial footprint in Europe, three Hibernia transatlantic cables, and its network in the northeast US and Canada. 
Now, less than one year on, large-scale investment is beginning to be poured into the business, with numerous projects underway in Europe and beyond.
“We’re seven months into EXA now and it’s been an exciting journey. We’ve achieved quite a lot in the past six months, with a lot more planned for the next few years,” explained Roberts.  Watch the full interview from the link above
Tapping new opportunities with TAP
Last week, EXA announced a new deal with Trans…

EXA Infrastructure, previously the infrastructure unit of GTT Communications, was acquired by I Squared Capital in September 2021, bringing with it all of GTT’s Interroute terrestrial footprint in Europe, three Hibernia transatlantic cables, and its network in the northeast US and Canada. 

Now, less than one year on, large-scale investment is beginning to be poured into the business, with numerous projects underway in Europe and beyond.

“We’re seven months into EXA now and it’s been an exciting journey. We’ve achieved quite a lot in the past six months, with a lot more planned for the next few years,” explained Roberts. 

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Watch the full interview from the link above

Tapping new opportunities with TAP

Last week, EXA announced a new deal with Trans-Adriatic Pipeline (TAP), creating new direct fibre route between France and Turkey by leveraging the newly built gas pipeline.

Utilities like pipelines can often present an overlooked opportunity for connectivity players, since they typically require connectivity to operate and are therefore built with some form of communications infrastructure installed in parallel for telemetry purposes. 

As a one of the newest commercial gas pipelines to be built, TAP is no exception. Constructed in 2016 and operational as of 2020, TAP is a new pipeline that runs through the Caspian Sea, Azerbaijan, Turkey, Greece, Albania, and then into southern Italy. TAP’s accompanying fibre infrastructure, which has been installed in two ducts in parallel to the pipeline itself, is of very high quality, comparable to networks being installed today. Furthermore, TAP’s own usage of the fibre’s capacity is relatively trivial, leaving plenty of capacity for use in commercial telecoms.

“Our joint venture relates to the portion of that pipeline that runs through Greece and Albania to Italy,” explained Roberts. “We will have the exclusive commercialisation and operational rights for the dark fibre that’s been installed along this pipeline.”

Capitalising on this existing infrastructure has many advantages, from additional security and resilience to a lower chance of being disturbed by surface vessels. But perhaps the biggest advantage is that the pipeline is so direct, providing the shortest possible route across the Mediterranean from Turkey. 

“The nature of it being a gas pipeline means it was built in the most direct path possible, which means it provides our customers with a very low latency, direct route,” said Roberts.

New investments underway 

Alongside the announcement of the TAP project, EXA also announced that it has received the first tranche of investment from I Squared Capital, to the tune of €190 million. 

“This €190 million from I Squared Capital is just the beginning,” explained Roberts. “Their business plan is based on the premise that EXA was underinvested previously.”

The new investment will be spread across around ten projects, entirely targeted at new strategic routes and expansion.

These investments include the IONIAN cable system, which is complimentary to TAP and runs from Greece to Southern Italy; installing a 350km fibre route from Cretone to Bari; linking Spain’s East and West coast subsea hubs, Bilbao and Barcelona, with a direct fibre route; and building a new route between Paris and Marseille due to increasing demand.

Roberts also alluded to a new route between London and Amsterdam that is currently being planned, offering a new crossing of the North Sea and eventually linking London to Frankfurt.

“That will be one of the latest cables on that route and, via further investments, we’ll extend that to Frankfurt via Brussels,” he said.

No slowing down for the subsea industry 

For EXA, these projects are just the start of what promises to be many years of major investments in the subsea and terrestrial network space, with Robert’s noting that the huge demand for infrastructure has no signs of decreasing in the years to come.

“By any of the analysts’ forecasts that you see, there appears to be no slow down over the next 10-years. There’s healthy CAGRs being predicted across the whole of Europe,” said Roberts.

He notes that these new investments will likely take two forms: cable operators looking to tap into emerging markets and domestic providers looking to upscale their operations to an international level.

“There is a lot of competition there and we might see some new market entrants, with companies expanding from being a regional or domestic provider to an international provider,” said Roberts. “We’ll see certain people making targeted investments in those more niche markets, like Central, Eastern, and Southern Europe.”

“We see no let up in the number of cables being built and being planned. There’s a big opportunity here in Europe, with cables coming from the Middle East, India, and the Far East coming to Europe, as well as the Transatlantic cables, where there’s still a lot to do.”

But this is not only a question of the number of cables being deployed, but also their quality. Fibre pair counts are increasing in modern subsea cables, with 24 rapidly becoming the standard for new builds – in fact, analysts suggest that cables with 50 fibre pairs are likely to begin deployment within three or four years. This will have big implications for the amount of backhaul connectivity required from these coastal locations back to data centre clusters, necessitating new terrestrial routes to support the subsea systems. 

“A handful of Transatlantic cables in a few years’ time could generate hundreds of fibre pairs of backhaul requirement, so there’s going to have to be major investment in overhauling and upgrading that infrastructure.” 

Want to learn more about EXA Infrastructure and the shifting subsea investment landscape? Come and meet them at Total Telecom’s live Submarine Networks EMEA event next week!

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