Fibre Technologies launches FibreDistribution.com – Their E-Commerce website for all Fibre Optic Components, Cables and Consumables.

FTL are pleased to announce the launch of their new E-Commerce division, FibreDistribution.com

The new website allows you to order fibre optic components, cables, and consumables online with same day dispatch when ordered before 3pm. 

With thousands of products in stock, our technical sales team are on hand during business hours to help guide you on choosing which product is most suitable for your requirement. 

We have a flat rate shipping fee and use reliable couriers to ensure your delivery arrives quickly and in perfect working order.

Payments are taken by credit or debit card and can be processed either through our secure payment gateway provided by BarclayCard or via PayPal. Our website is PCI DSS complaint, and SSL encrypted ensuring the security of your data and payment information which we do not store. 

Available on your desktop, laptop and mobile device, FibreDistribution.com has thousands of fibre optic components you can buy immediately and have dispatched the same day.

FTL is also a Cyber Essentials accredited business and as a division, FibreDistribution.com enjoys the same high security standards employed by FTL. 

To celebrate our launch, we’re offering a 15% discount for anyone registering for our newsletter on FibreDistribution.com.

Our FibreDistribution.com newsletter is packed with product information, end of life notices and news on the fibre optics industry, as well as product reviews and guides. 

We look forward to welcoming you as customer to FibreDistribution.com.

DISH selects Samsung for Open RAN 5G

This multi-year agreement will see Samsung’s 5G network solutions – comprised of 5G O-RAN-compliant virtualised RAN (vRAN) software and a variety of radio units (including Massive MIMO radios) – deployed across DISH’s 5G Smart Network in the US

Samsung Electronics Co., Ltd. and DISH Network Corporation have announced that Samsung Electronics was selected for the deployment of 5G Open Radio Access Network solutions across DISH Wireless’ SMART 5G™ network. Per the multi-year agreement, the companies will collaborate to deploy Samsung’s 5G O-RAN-compliant virtualized RAN (vRAN) solutions and radio units in markets across the U.S., supporting DISH’s 5G commercial services.

“Samsung’s 5G solutions will play an integral role in our network expansion, giving us the flexibility to deploy our cloud-native network with software-based solutions that support advanced services and operational scalability,” said John Swieringa, president and chief operating officer, DISH Wireless. “We look forward to working with Samsung, whose industry leadership in vRAN and O-RAN innovation will help support our vision of delivering open, interoperable cloud-based 5G services to consumers and enterprises across the U.S.”

“Samsung is excited to join this 5G journey with DISH, a pioneer in bringing new experiences to households and businesses around the country, leveraging openness and virtualization that sit at the heart of network evolution,” said Mark Louison, executive vice president and head of the Networks Business, Samsung Electronics America. “Our advanced 5G vRAN and radio solutions bring telco-grade quality and cloud-based agility together, building on these benefits to enable more customers to experience the full value of commercial 5G Open RAN.”

Samsung Networks Business will supply DISH Wireless with its 5G and RAN solutions, vRAN software and a variety of O-RAN compliant radio units, including Massive MIMO radios. Samsung’s vRAN can operate on any commercial off-the-shelf (COTS) server, while still delivering performance on par with traditional hardware-based equipment. With its cloud-native architecture, DISH Wireless’ Open RAN deployment is based on open interfaces, allowing for multi-vendor interoperability and various deployment scenarios. The Samsung radios will also support all of DISH’s Frequency Division Duplex (FDD) and Time Division Duplex (TDD) spectrum bands (including n71, n29, n66, n70, n48 and n77).

Read the full story here.
 

Breaking Down Open Optical Barriers

At OFC 2022, much was discussed about open optical networking and how it offers service providers more choice, faster innovation, and improved economics.

Another hot topic at the event was that of coherent pluggable optics and how they are increasingly deployed in a variety of environments, from routers and switches to 5G radio units and servers.

I would like to bring these two topics under a common lens and share with you my own personal experience from three very busy days meeting service providers and performing software automation demos at Infinera’s OFC booth.

What’s stopping us from being more open?

Every service provider I talked to confirmed how eager they are to adopt open optical networking. Even a recent survey by Heavy Reading found that 74% of service provider respondents are willing to consider alternative 800G optical engine/transponder suppliers beyond their current incumbent optical networking vendors.

But most worry how to monitor and control their disaggregated networks in an efficient manner, similar to what they experience when operating a closed system. In fact, the same Heavy Reading survey confirmed that an increase in operational complexity in multi-vendor networks is a top concern for service providers considering the move to open optical.

Can the United Kingdom be an ORAN pioneer?

A new ADVA-led initiative in the UK is driving integration of technology suppliers for open radio access network (RAN) solutions. Here’s what’s behind the UK 5G DU-Volution project.

It began with elements in the British government raising concerns about the supply chain for the country’s expanding 5G infrastructure. Specifically, there was anxiety around international vendors that could be considered high risk.

Then politics and practicalities aligned and it was decided that reliance on these vendors needed to be reduced by diversifying the UK’s 5G supply chain. Initiatives would be set up to create a more competitive supply base to unlock the full potential of 5G and give the UK telecoms sector a major boost. 

Now the British government is encouraging UK-based vendors to help build a disaggregated, vendor-neutral Open RAN (O-RAN) ecosystem that will accelerate the roll out of 5G architectures – both public and private – and pave the way for 6G services. But along the way, there are some key technical and logistical challenges to address. 

Achieving efficiency and scale 

On the technical side, enhancing spectral efficiency, improving power efficiency, reducing footprint and minimizing latency are all crucial. The best way to achieve these goals is to encourage innovation and collaboration. That’s why the UK government’s Department of Culture Media and Sport has created the Future RAN competition (FRANC). FRANC’s objectives are to:

  • Accelerate the development of high-performance 5G Open RAN solutions that meet UK dense urban requirements by 2025
  • Attract new 5G RAN suppliers to conduct R&D in the UK, and foster professional collaborations between potential new entrants into the UK’s public network
  • Contribute to the delivery of the 5G Supply Chain Diversification Strategy’s objectives of disaggregated supply chains, open interfaces by default, and security being a priority in network deployment.

Read the full story here.

Breaking down Optical Barriers.

At OFC 2022, much was discussed about open optical networking and how it offers service providers more choice, faster innovation, and improved economics.

Another hot topic at the event was that of coherent pluggable optics and how they are increasingly deployed in a variety of environments, from routers and switches to 5G radio units and servers.

I would like to bring these two topics under a common lens and share with you my own personal experience from three very busy days meeting service providers and performing software automation demos at Infinera’s OFC booth.

Read the full story here.

SpaceX sends more Starlink terminals to Ukraine but experts warn of targeting

SpaceX is sending another batch of Starlink terminals to Ukraine but experts have warned about potential targeting.

Ukraine has suffered intermittent connectivity as it defends itself from Russia’s invasion of the country. Some of the outages have been the result of damage to telecoms infrastructure itself, while others due to wider power outages.

Within the past few hours, NetBlocks – which tracks network disruptions and shutdowns – posted a particularly concerning update given the extra reprehensible shelling by Russian forces around Ukraine’s nuclear power plants.

Read the full article here.

Cellnex picks up private 5G deal in automotive space

Cellnex has inked another deal to roll out a private 5G network for an enterprise customer, this one marking its entry into the automotive sector.

The fast-growing neutral host company will deploy a private 5G network for engineering group Segula Technologies at its test centre in Rodgau-Dudenhofen, Germany. The pair are talking up the usual advantages of private 5G, namely low latency, dedicated spectrum, enhanced security and so forth. These attributes will help Segula serve its car manufacturing customers and tier one suppliers, they said.

This is a valuable deal for Cellnex. Naturally, we can’t put an actual figure on it, but it forms part of a broader push by the firm, which was once thought of as exclusively a towers company, into the neutral host market, where – to be blunt about it – it is essentially eating the mobile operators’ lunch.

We have heard so much from mobile operators about the opportunities 5G affords, beyond the provision of ever-increasing data packages to smartphone users. The enterprise space in particular could be a money-spinner, but when it comes to private 5G networks, the telcos are not taking the impetus, leaving the market to others, including the big equipment makers and alternative service providers.

Cellnex’s Edzcom business, which will deliver the Segula contract, falls into the latter category, as a specialist provider of private networks and edge connectivity.

Read the full article here.

OneWeb cancels satellite launches on Russian rockets

  • Fallout from Russia’s invasion of Ukraine hits satellite comms operator.
  • Decision could delay service launch and have knock-on effect on distribution partner BT’s rural coverage vision.

OneWeb, the UK‑backed satellite communications operator and BT Group partner, cancelled all launches scheduled from the Russian cosmodrome in Baikonur, Kazakhstan, following a standoff between the UK government and Russian space agency Roscosmos.

The decision could delay the launch of OneWeb’s services later this year and cost the company in the region of $300m (£226m), according to the Financial Times. More generally, the move also signals the end of years of space collaboration with Russia as Western sanctions effectively isolate the country following its invasion of Ukraine.

OneWeb was due to launch 36 satellites on Russia’s Soyuz rocket from Baikonur on 4 March, and had five more launches planned before August this year to complete its low‑earth orbit (LEO) satellite constellation. Since 2019, the operator has put 428 of the planned 648 satellites into orbit, all of which were launched on Soyuz rockets (BTwatch, #321 and #330).

Read the full article here.

VMO2 confirms fibre JV talks with investors

The new joint venture (JV) would seek to cover an additional 7 million premises with fibre-to-the-premises (FTTP) in areas beyond Virgin Media O2 (VMO2)’s current footprint

Last week, rumours were emerging suggesting that the owners of VMO2 – Liberty Global and Telefonica – had entered into discussions with investors for the creation of a new JV to help accelerate the rollout of FTTP in the UK.

At the time, sources were suggesting that VMO2 would be looking to raise as much as £1 billion to help launch the new business, which would target areas VMO2’s FTTP network currently is not set to reach. 

Now, alongside announcing their financial results, VMO2 have confirmed that they are indeed in discussions with a number of potential investors to take part in a JV. This JV will aim to build a new FTTP network covering roughly 7 million premises by 2027, which will then be offered on a wholesale basis to UK operators. VMO2, naturally, will be an anchor tenant of the new network. 

Ultimately, seeking partners for additional network investment should come as little surprise, with VMO2 having said last year that it would prefer not to fund the rollout of FTTP to another 7 million on its own. In the past few years we have seen numerous rumours related to UK ISPs that could potentially have joined forces with Virgin Media to facilitate this joint build, though until now they have never been confirmed.

Read the full article here.

Ericsson ‘corruption-related misconduct’ potentially funded terror

Ericsson has found evidence of “corruption-related misconduct” in its Iraq operations and cannot rule out that payments were made to terror groups, including ISIS.

The Swedish telecoms giant says that it launched an internal investigation in 2019 following unusual expense claims dating back to 2018. Ericsson says that its investigation covered the period 2011-2019 and included the conduct of its employees, vendors, and suppliers in Iraq.

In a media statement, Ericsson said the investigation “identified evidence of corruption-related misconduct” including:

  • Making a monetary donation without a clear beneficiary.
  • Paying a supplier for work without a defined scope and documentation.
  • Using suppliers to make cash payments.
  • Funding inappropriate travel and expenses.
  • Improper use of sales agents and consultants.

Ericsson says that it also found violations of the company’s internal financial controls; conflicts of interest; non-compliance with tax laws; and obstruction of the investigation.

Furthermore, the firm uncovered payment schemes and cash transactions that created the risk of money laundering and “identified payments to intermediaries and the use of alternate transport routes in connection with circumventing Iraqi Customs, at a time when terrorist organizations, including ISIS, controlled some transport routes.”

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