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CityFibre and Virtual1 join forces to widen full fibre opportunities for the channel

CityFibre and Virtual1 have jointly announced a collaborative partnership to serve the UK connectivity channel with full fibre business services. 

Virtual1 partners will be able to access CityFibre’s business Ethernet infrastructure in its full fibre towns and cities across the UK from February; while CityFibre will use Virtual1’s national network to deliver fibre options beyond its own full fibre footprint to provide ‘off-net’ choice to its partners.

Virtual1’s interconnection with CityFibre will enable over 600 channel partners to serve their business customers with a portfolio of 100Mbps to 1Gbps full fibre Ethernet products in 28 cities. That will expand further as CityFibre continues its UK wide rollout. 

Founder and CEO of Virtual1, Tom Hagan, explained, “Our partnership with CityFibre is compelling news for Virtual1’s partners, combining CityFibre’s rapidly growing UK coverage and highly competitive commercials with the flexibility and empowerment of Virtual1’s Software Defined Network to deliver the best of both worlds. It brings together two of the UK’s most exciting connectivity providers in a way that makes sense for Virtual1, CityFibre, and most importantly the Channel.”

Andy Wilson, head of wholesale, CityFibre, added, “Announcing our partnership with Virtual1 is an exciting moment. It marks the expansion of diversified Ethernet product choice for channel partners across the UK and is fantastic news for businesses who are looking eagerly for a compelling and competitively priced full fibre solution.”

Pricing options for CityFibre connectivity are available through Virtual1’s 1Portal platform. Similarly, Virtual1 pricing can be viewed in CityFibre’s portal Ethernet quoting tool.

Originally reported on CommsBusiness.co.uk

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The next technological wave is here. Are you ready?

Stephen Warburton, managing director and member of the executive committee at broadband provider Zen Internet, discusses the opportunities that lie ahead for the channel.

What really stood out the most from an industry perspective last year was the surge in the internet consumption of our customers, and in turn, the increase in traffic on our network. Following the dynamics of Moore’s Law, a surge in traffic, year on year is to be expected – we typically see our network grow by circa 20 to 30 per cent annually.

What we actually experienced in 2020 was significantly higher with a 72 per cent surge! While much of this was driven by Covid-19 we are also seeing the continuation of a trend with consumers doing so much more online each year.

The majority of providers were ready for this increase in usage, although some have found it more challenging. Fortunately we were well positioned to absorb it thanks to how we run our network coupled with our network investment programme which was already in flight when the pandemic struck.

Embracing irreversible trends

The move to remote working is a big step change that has signalled an irreversible trend. Moving forward employers will be expected to support a balance of office and home working to attract and retain their most valuable asset, their people. Another change, that I don’t think will be easily reversed, is the accelerating shift to online shopping. Consumers are now accustomed to ordering their commodities and trying them out in the comfort of their home. All these activities need to be underpinned by reliable connectivity.

The other significant shift from last year was the massive change that came about in customer expectations. What that means for our sector is that tolerance for down time has lowered considerably thanks to the shift to remote working and a dependency on a fast, reliable connection. Levels of expectation are now different with consumers and businesses seeking out a provider they can trust. The impact of downtime or unreliable performance is very significant, people simply cannot go about their daily lives without a reliable connection.

Meeting these expectations and delivering a great customer experience will be one of the most important challenges for the channel this decade.

Grabbing opportunities

Ultrafast or FTTP connectivity presents a tremendous opportunity for the channel. There are 26 million broadband lines in the UK and in five years’ time we are going to have about 20 million of those that could go to full fibre. This is a massive sector change comparable to when broadband launched back in 2000 and when FTTC was introduced five or six years later. This is the next big shift from a technology point of view. There’s a relatively small number of providers promoting ultrafast today so the opportunity for the channel to go out there and grab market share now is enormous.

And it’s not just about the opportunity, but the risk of getting left behind. June 2021 marks the start of the stop sell of copper services in 117 exchanges and with a further 51 exchanges recently announced, there are 1.8m premises which will only be able to be provided with FTTP or SoGEA. There is a significant risk the channel will underestimate this change. We are working closely with our partners to make sure they are well prepared.

To put this into context – we are seeing FTTP customers stick with us for an average of 6.5 years, whereas the average tenure of ADSL or FTTC customers is more like 2.5 years. Once installed, full fibre is very reliable and you get great performance, simply put, it just works. So why would you then shift supplier? This is certainly going to result in a reduction in the switchers market.

Most of us have experienced connectivity challenges over Covid-19 with buffering video, poor voice quality, the dreaded spinning wheel, people dropping out of Zoom or Teams calls, but full fibre addresses these challenges. Any channel player not ready to offer this from the outset risks losing customers for a very long time.

The other great thing about full fibre that the channel can really get behind is that it can be a catalyst for offering other services and growing business via your installed base. Winning the connectivity business invariably opens other opportunities around telephony, the cloud and security and this is where the channel can really add value. The channel plays a key role in stitching all of the IT together presenting immense opportunity for those willing.

Is your partner provider ready to help you ride this next technological wave?

Originally reported on Comms Business.

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ICE6 Trial on MAREA Trans-Atlantic Cable Yields Two Record Results

Record-breaking 30 Tb/s Trans-Atlantic Capacity – First Trans-Atlantic 700 Gb/s Wavelength

Over the past few weeks, Infinera has had the opportunity to perform a submarine network field trial over the MAREA trans-Atlantic cable with our ICE6 optical engine, which already leads the industry in terrestrial reach at its headline data rate of 800 Gb/s over terrestrial network routes.

MAREA is essentially the benchmark for trans-Atlantic cable systems, as it was specifically designed for high-performance coherent transmission – it is the cable system on which every submarine network vendor’s implementations will be measured.

Read the full story here.

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Telcoms Tech News reports that MPs forecast the UK will miss even the lowered target for broadband and 5G

A parliamentary committee believes the UK will miss its broadband and 5G targets, despite revising them lower just weeks ago.

The Digital, Culture, Media and Sport (DCMS) Committee published a report this week which said that the industry had “no genuine belief” the UK will hit its targets.

Nationwide gigabit broadband was a key pledge made on the steps of Downing Street when Prime Minister Boris Johnson took office. Initially, the government planned for nationwide coverage within five years.

With only 25 percent of the £5 billion pledged funding for the initiative to be made available, the initial target was scaled back. In the November spending review, Chancellor Rishi Sunak announced that spending would be reduced and the 2025 rollout target had been reduced to 85 percent coverage.

Read the full story here

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Contract awarded for infrastructure work on Scotland’s largest offshore windfarm.

SSE Enterprise Telecoms has been contracted to provide the communications infrastructure for what will be Scotland’s largest offshore windfarm.

The connectivity provider will be responsible for the installation of a comprehensive wide area network (WAN) on the £3 billion Seagreen windfarm project in the North Sea.

The WAN will stretch between a substation at Tealing in Dundee to the operations centre in Montrose. SSE Enterprise Telecoms said that the connection will provide offshore wind farm engineers based at Montrose with the visibility of supervisory control and data acquisition (SCADA) and technical equipment at Tealing needed to manage the distribution of power to the substation.

The work is expected to get underway later this year, with the project’s onshore construction having already commenced. Due for completion in 2022/23, SSE Enterprise Telecoms said that the windfarm will provide enough energy to power 40% of all Scottish homes.

Paul Clark, SSE relationship director at SSE Enterprise Telecoms, commented, “Telecoms infrastructure companies like ours play a vital role in keeping businesses connected and their operations functioning properly. Given the complexity of this project, our vast experience in developing critical infrastructure projects will be essential. We’re also able to bring our expertise gained from other renewables projects to bear, as well as our access to cutting edge technologies.

“We have already delivered logistical support on 19 wind farms within SSE Group’s portfolio, so we look forward to supporting efforts to get Seagreen up and running. We are also proud to support the overall Seagreen offshore wind farm project which will play a huge role in helping the UK meet its Net Zero targets as well as provide an estimated £1bn boost to the nation’s economy.”

Mick McCaffery, Seagreen systems project manager, added, “SSE Enterprise Telecoms has a strong pedigree in delivering wind farm network infrastructure and a comprehensive understanding of the consequences, should a wind farm become un-operational. As such, we are confident they will bring the necessary experience and expertise to deliver a solution that will help prevent such a scenario. We’re pleased to have a partner of this calibre on board, which will undoubtedly be to the benefit of the region and the country at large.

“The UK needs to be generating 40GW of offshore wind power by 2030 to contribute toward net zero targets, so projects with the scale and ambition of Seagreen will be vital components of that low carbon vision.”

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BT remotes mobile data charges for Oak International Academy as internet companies forced to help with schooling during lockdown.

BT will remove mobile data charges for an online learning hub as internet companies are forced to work to stop unequal access to the internet.

It is just the latest measure intended to ease problems associated with coronavirus lockdowns, schools shutting and education moving largely to the internet.

Internet companies are traditionally discouraged from offering preferential treatment to certain websites, under the principle of net neutrality.

Read the full story here.

Barratt homes makes UK full fibre broadband mandatory

Britain’s biggest house-builder, Barratt Developments, has today announced that they’re working with network providers Openreach (BT), Virgin Media and Hyperoptic to ensure that “gigabit-capable” FTTP broadband ISP infrastructure is “installed as standard” across all of their new UK build developments.

At present Barratt claims to build around c.15,000 new homes every year and thus all of those will now come provided with “full fibre” broadband services as standard. The use of Ofcom’s regulated Cable Duct & Pole Access (DPA) solution also means that rival gigabit networks and ISPs, such as Virgin Media and Hyperoptic, will be better able able to serve the same premises as Openreach.

The new partnership separately supports OR’s existing commitment, which offers Fibre-to-the-Premises infrastructure “free of charge” to new housing development sites of 20+ properties (and reduced rates for smaller sites where developers make a contribution towards the build). Some 93% of all plots contracted with Openreach are now getting FTTP (e.g. 100% of plots on sites of 20+ homes and 41% of plots on smaller 2-19 premises sites).

Overall, Openreach currently builds FTTP to new build homes at a rate of over 200,000 every year (c. 4,000 new connections every week) and this in turn supports BT Group’s main goal, which is to cover 4.5 million premises by March 2021 (current build rate of c.40,000 per week), then 5.8m come September 2021 and 20m by around 2025-30 (costing c.£12bn). A max build rate of 3 million per year is envisaged.

Meanwhile Virgin Media are also continuing to expand their FTTP network too and Hyperoptic has an ambition to cover 5 million premises by 2024. Developments like this can only help those goals.

Read the full story at ISPReview.

BT UK Trial End-to-End Quantum-Secured Fibre Comms for 5G

By Mark Jackson

Telecoms giant BT (EE) and Cambridge spin-outNu-Quantum today claim to have launched a ?world-firsttrial? of end-to-end quantum-secured communications for the newgeneration of ultrafast 5G mobile(mobile broadband)networks, which is being called AIRQKD (Air Quantum Key Distribution).

Quantum secure links are often said to be virtually ?un-hackable? becausethey rely on the use of single particles of light (photons) to transmit specialdata encryption ?keys?(QKD ? Quantum Key Distribution). Should this communication be intercepted, thesender will be able to tell that the link has been tampered with and the stolenphotons cannot then be used as part of the key, thus rendering the data streamincomprehensible to a hacker.

Last month BT and Toshiba succeeded in establishingthe UK?s first ?industrialdeployment? of a quantum-secure network using Openreach?s?standard?fibre optic infrastructure (here). The key rate of the QKD system ran atjust 1.1Mbps (each encryption key has a length of 256 bits), while theencrypted data link itself was running at 10Gbps (it can go to several hundredgigabits and at distances of up to 120km).

Meanwhile the new trial, which will run for 36-months, is being funded by aninvestment of ?7.7m fromthe Quantum Technologies Challenge, led by UK Research and Innovation. BTclaims it will be the first to combine QKD over fixed fibre and free-spacenetworks (point-to-point laser connections between cell sites), withquantum-enhanced security chips in mobile devices.

Apparently, both will be used to deliver an ultra-secure linkbetween connected 5G towers and mobile devices, as well as to connected cars,in conjunction with the Warwick Manufacturing Group at Warwick University.

Professor Andrew Lord, BT?s Head of OpticalNetwork Research, said:

?The UK has firmly established itself as a global leader inquantum-based network security. With the AIRQKD trial, we?re delighted to betaking this to the next level and combining multiple quantum technologies frominnovative UK start-ups to build the world?s most secure fixed-mobilecommunications link. Connected cars are only one of the possible range ofapplications that will benefit from such ultra-secure connectivity in thefuture.?

Dr Carmen Palacios Berraquero, co-founderand CEO of Nu Quantum, said:

?In this project, we are basically creating the architecture for awhole new quantum-telecommunication industry, with a supply chain running fromcomponent manufacture through to end user. At Nu Quantum we have the uniqueability to use the smallest packets of light, making the most of quantummechanics and the security advantage it can give us. This 3-year partnershipwith BT and others across the UK is an important step taking quantum out of thelab and into our networks.?

The AIRQKD projectinvolves the following partners: BT, Lexden Technologies, OLC, Duality, BristolUniversity, Fraunhofer Centre for Applied Photonics, Strathclyde University,Warwick University Manufacturing Group, Bay Photonics, Heriot Watt University,Angoka, ArQit, Nu Quantum, National Physical Laboratory, CSA Catapult,Edinburgh University.

Infinera Partners with ESnet to Upgrade the World’s Most Advanced Scientific Data Network

Source: Infinera Corporation

SUNNYVALE, Calif., Oct. 27, 2020 (GLOBE NEWSWIRE) — Infinera(NASDAQ: INFN) is proud to announce a contract award with the U.S. Departmentof Energy (DOE)?s Energy Sciences Network (ESnet) to build the opticalsubstrate for its next-generation science network, ESnet6, interconnecting theDOE?s national laboratory system and experimental facilities with research andcommercial networks around the globe. Based on a next-generation hardware andsoftware stack, ESnet6 will provide unparalleled support for global science andpave the way for future advancements in the areas of streaming data analytics,artificial intelligence/machine learning, workflow management, and theintegration of compute, storage, and networking capabilities.

TheESnet6 optical network is powered by the Infinera GX Series Compact ModularPlatform and FlexILS Open Optical Line System. ESnet?s open optical networkingapproach combined with Infinera?s GX and FlexILS with coherent 600G technologyenables deployment of today?s state-of-the art technology plus future-proofsthe network with the ability to seamlessly upgrade to 800G capability onceavailable.

Withscience data traffic over ESnet doubling every 20 months, Infinera capabilitiesensure ESnet can provide 400 Gigabit Ethernet-based services through this openand flexible architecture. Deployed nationwide, the Infinera GX Series andFlexILS Open Optical Line System solutions provide a flexible and scalablefoundation with C+L-band capability for further scale at the photonic layer.

?ESnet6represents a transformational change in the capacity, resiliency, andflexibility and brings tangible benefits to the DOE?s science mission,? saidKate Mace, ESnet6 Project Director. ?Open optical networking technology plays akey role in ESnet?s ability to meet the ongoing challenges of data trafficgrowth while supporting the high-speed and real-time collaboration capabilitiesthat are critical to our nation?s science programs.?

As the world?s leading science data network, ESnet connects all of the DOE?sgeographically distributed laboratories, experimental facilities, and computingcenters across a dedicated fiber optic backbone that stretches across the U.S.and beyond. These capabilities provide the foundation for scientists to move,share, analyze, and store data no matter where in the world the data may be.Partnering with ESnet, Infinera quickly and safely deployed new equipment,performed testing, and turned up services over 15,000 miles of fiber during aglobal pandemic.

?ESnetwas pleased to see Infinera?s team make such fast work of this largeinstallation task during a pandemic. This high-speed connectivity provides thefoundation to meet our mission of accelerating scientific discovery,? saidInder Monga, Executive Director of ESnet and Division Director of ScientificNetworking at Lawrence Berkeley National Laboratory. ?ESnet enables tens ofthousands of scientists to access data portals, transfer vast research datastreams, and tap into remote scientific instruments and sources ? all in realtime.?

?Infinerais delighted to partner with ESnet to deploy a high-capacity open opticalnetwork connecting all the national laboratory locations in the U.S. withhigh-performance computing locations,? said Nick Walden, Senior Vice President,Sales at Infinera. ?This collaboration underscores the value of ourrelationship and ability to deliver advanced networking solutions quickly andefficiently to meet the needs of our customers even during a pandemic.?

Industrial IoT connections to reach 37bn globally by 2025

Anasia D’mello

The researchidentified smart manufacturing as a key growth sector of the Industrial IoTmarket over the next five years; accounting for 22 billion connections by 2025.

The newresearch, Industrial IoT: Future MarketOutlook, Technology Analysis & Key Players 2020-2025,predicted that 5G and LPWA (Low Power Wide Area) networks will play pivotalroles in creating attractive service offerings to the manufacturing industry,and enabling the realisation of the ‘smart factory’ concept, in which real-timedata transmission and high connection densities allow highly-autonomousoperations for manufacturers.

5G to maximise benefits of smart factories

Thereport identified private 5G services as crucial to maximising the value of asmart factory to service users, by leveraging the technology to enable superiorlevels of autonomy amongst operations. It found that private 5G networks willprove most valuable when used for the transmission of large amounts of data inenvironments with a high density of connections, and where significant levelsof data are generated. In turn, this will enable large-scale manufacturers toreduce operational spend through efficiency gains.

Software revenue to dominate Industrial IoT market value

Theresearch forecasts that over 80% of global Industrial IoT market value will beattributable to software spend by 2025; reaching $216 billion (?184.34billion). Software tools leveraging machine learning for enhanced data analysisand the identification of network vulnerabilities are now essential toconnected manufacturing operations.

Researchauthor Scarlett Woodford noted: ‘Manufacturers must exercise caution whenimplementing IoT technology; resisting the temptation to introduce connectivityto all aspects of operations. Instead, manufacturers must focus on thecollection of data on the most valuable areas to drive efficiency gains.’

JuniperResearch provides research and analytical services to the global hi-techcommunications sector; providing consultancy, analyst reports and industrycommentary.

For moreinsights on the Industrial IoT, download our free whitepaper: Industrial Revolution 4.0 ? TheFuture of IIoT.

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