Infinera, DZS, and Calnex Successfully Demonstrate 5G Mobile xHaul with Open XR

Infinera announced today a successful multi-vendor demonstration of 5G mobile broadband xHaul using coherent open XR optics point-to-multipoint optical transmission. The multi-vendor interoperability testing, conducted with DZS and Calnex, represents a key step toward enabling mobile operators to greatly simplify and cost-reduce 5G and next-generation mobile transport network rollouts through the reduction of the number of optical transceivers, resulting in significant total cost of ownership savings.

Hosted in the European Open Test & Integration Center in Torino by TIM, the high-capacity xHaul application testing included fronthaul, midhaul, and backhaul transport scenarios with XR-based coherent pluggable optics deployed in third-party hosts supporting point-to-point and point-to-multipoint optical transmission. Results of the performance testing included successful demonstration of xHaul synchronization and timing distribution in a point-to-multipoint optical transport architecture.

“It is not only the significant bandwidth demands of 5G that create challenges for mobile operators, but also the fundamental misalignment between actual 5G network traffic patterns and the underlying transport technology,” said Ron Johnson, SVP and General Manager, Optical Subsystems and Global Engineering Group, Infinera. “Working in close collaboration with industry-leading mobile operators such as TIM, this testing validates the critical role that XR optics innovation can play in transforming the economics of 5G transport and paving the way for efficient 6G networks.”

Equipment used in the interoperable xHaul testing included Infinera ICE-X intelligent coherent pluggables, the DZS Saber 2200, and Calnex Paragon-NEO. Part of the work carried out by TIM and Infinera was supported by the EU project ALLEGRO, GA No. 101092766.

About DZS:
DZS (Nasdaq: DZSI) is a developer of Network Edge, Connectivity and Cloud Software solutions enabling broadband everywhere.

About Infinera:
Infinera is a global supplier of innovative open optical networking solutions and advanced optical semiconductors that enable carriers, cloud operators, governments, and enterprises to scale network bandwidth, accelerate service innovation, and automate network operations. Infinera solutions deliver industry-leading economics and performance in long-haul, submarine, data center interconnect, and metro transport applications. To learn more about Infinera, visit www.infinera.com, follow us on X and LinkedIn, and subscribe for updates.

References:

https://www.globenewswire.com/news-release/2024/06/17/2899588/0/en/Infinera-DZS-and-Calnex-Successfully-Demonstrate-5G-Mobile-xHaul-with-Open-XR-Point-to-Multipoint-Optics-in-European-Open-Test-Integration-Center-in-Torino.html

Telenor Deploys 5G xHaul Transport Network from Cisco and NEC; xHaul & ITU-T G.8300 Explained

Orange Deploys Infinera’s GX Series to Power AMITIE Subsea Cable

Infinera trial for Telstra InfraCo’s intercity fiber project delivered 61.3 Tbps between Melbourne and Sydney, Australia

Fiber Build-Out Boom Update: GTT & Ziply Fiber, Infinera in Louisiana, Bluebird Network in Illinois

 

LightCounting: Q1 2024 Optical Network Equipment market split between telecoms (-) and hyperscalers (+)

As has been the trend for the past several quarters, Q1 2024 results for the optical communications market were sharply split between very weak sales in the telecom segment (Communications Service Providers or CSPs) and continued strong demand by the hyperscalers (cloud giants). The combined capex of the Top 15 CSPs declined year-over-year for the sixth quarter in a row, while the Top 15 ICPs spending grew for the second quarter in a row, paced by Alphabet (+91%) and Microsoft (+66%). Chinese ICPs spending also increased dramatically, suggesting the AI boom is hitting China too.

Equipment makers may have felt like passengers in an airplane hitting an air pocket, with networking and optical transport gear sales down 10% y-o-y, and server and switch maker sales up just 4%. Even the smaller and more focused suppliers like Ciena and Infinera were uniformly down compared to Q1 2023.
The stark contrast between telecom and datacom (hyperscalers) is shown in this chart:
Sales of 400G and 800G Ethernet optical transceivers for deployments in AI clusters were in line with our expectations. Although the recovery in demand for DWDM started in Q4 2023, Q1 2024 was slow. No recovery is expected in demand for FTTx and WFH transceivers until 2025-2026. Despite weakness in several segments, cloud demand is expected to lift annual sales of Ethernet transceivers by 40% in 2024, pushing the overall transceiver market to a new high of more than $2.6 in Q2 2024. Innolight continued to report above average results, with record sales for the third quarter in a row.
The semiconductor segment grew 61% y-o-y driven almost solely by Nvidia (up 262%), again highlighting the dichotomy between those feeding the ICPs AI ambitions, and those supporting the traditional communications providers. Broadcom deserves honorable mention (up 43% y-o-y), as its booming datacenter sales suggest that the impact of the AI arms race is starting to expand beyond Nvidia.
Looking ahead we expect continued spending growth by ICPs this year, benefiting the better-positioned suppliers like Nvidia, Broadcom, and Innolight. CSP spending on the other hand will languish for another quarter or two at least, putting a drag on the larger NEMs like Ericsson and Nokia especially.
LightCounting’s Quarterly Market Update consists of a PowerPoint slide deck and a data-packed spreadsheet, with both vendor survey results and publicly reported financial results across six market segments.
References:

FWA a bright spot in otherwise gloomy Internet access market

Parks Associates’ newly launched Broadband Market Tracker, states that U.S. Fixed Wireless Access (FWA) adoption from a mobile network operator hit 7.8 million U.S. residential home internet connections in Q1-2024. That’s in comparison to 106.3 million U.S. households that had home internet service at the end of 2023.

Kristen Hanich, director of research at Parks Associates, told Fierce Network FWA and satellite internet are the “fastest growing” segments of the broadband market, “attracting consumers who were previously unserved or underserved by traditional providers.”  She noted for the past several years, the FWA base has grown by 700,000 to 900,000 subscribers per quarter while cable connections have declined.

Interestingly, two of the largest players in the FWA space – T-Mobile and Verizon – both reported slower growth rates in FWA net adds for the first quarter. In T-Mobile’s case though, the drop from 500,000 to 400,000 net adds per quarter was expected.

T-Mobile in Q1-2024 passed the 5 million mark for FWA subscribers and Verizon reported a total FWA tally of 3.4 million subscribers. These figures include both residential and business FWA customers.

Key FWA Findings from OpenSignal:

  • 5G FWA has reshaped the U.S. broadband market. It has allowed U.S. mobile operators to rapidly expand their broadband footprints for minimal incremental network investment. This has seen 5G FWA absorb all broadband subscriber growth in the market since mid-2022.
  • FWA is the secret sauce for 5G monetization. FWA benefits from lower prices compared to wireline competition, access to existing mobile retail channels and subscribers, and the ability to deliver a “good enough” broadband service.
  • U.S. mobile networks have proven to be resilient. Despite adding millions of 5G FWA subs since 2021, 5G speeds on T-Mobile and Verizon’s mobile networks have continued to improve. Their success in managing FWA traffic is due to a variety of factors, including plentiful access to mid-band spectrum, localized load management, and differences in peak usage time of day patterns between mobile and FBB usage.
  • Elsewhere, there are mixed results. In India, Jio is seeing no discernible impact from FWA on the mobile experience of its users, while in Saudi Arabia Zain is seeing the additional load on its network from FWA having a greater influence on mobile users’ experience, depending on the time of day or the level of FWA penetration.

“Despite adding more than eight million 5G FWA subs using 400+ GB per month of data since Q1 2021, the overall mobile network experience on T-Mobile and Verizon’s mobile networks has not been compromised,” Opensignal analyst Robert Wyrzykowski wrote in the firm’s new assessment of FWA technology.

In its new report, Opensignal found that areas in the U.S. with a larger number of FWA customers actually showed better networking performance than areas with fewer FWA customers. Meaning, Verizon and T-Mobile offered increasingly speedy connections even in geographic locations with higher concentrations of FWA users.

“We would expect low-FWA penetration areas to see better mobile and FWA performance because of less load on the network. However, our data demonstrates the opposite trend,” Wyrzykowski explained.

Other Opensignal findings:

  • Around 6% of urban Internet customers subscribe to FWA; in rural areas that figure is 7%.
  • Some 74% of FWA customers pay less than $75 per month for their services.
  • 35% of FWA customers are between 18-34 years old, whereas that age range is 25% for cable.

Opensignal’s findings provide an important view into the FWA industry in the US as its subscriber growth begins to slow. For example, T-Mobile added 405,000 FWA customers during the first quarter, far less than the 541,000 FWA customers it added during the fourth quarter of 2023.

“5G FWA services have been on a dramatic growth trajectory in the U.S., absorbing all broadband subscriber growth in the market since mid-2022 and amassing more than 600-700 thousand net adds per quarter,” wrote Opensignal’s Wyrzykowski. “This is despite the USA being a mature broadband market with nearly 97% broadband adoption and modest household growth.”

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U.S. cable companies have recorded historic declines in their core Internet businesses amid the growth of FWA in the U.S.  Financial analysts at TD Cowen predict the U.S. cable industry will collectively lose more than half a million customers in the second quarter of this year. They attribute that decline to FWA competition as well as other factors including the end of the U.S. government’s Affordable Connectivity Program (ACP).

The situation for cable might get even worse if FWA providers like T-Mobile and Verizon decide to invest further into their fixed wireless businesses.

“The pain for cable may continue for longer than expected as the ability for cable to return to broadband subscriber growth may take longer (if ever),” wrote the TD Cowen analysts in a recent note to investors.

Others agree. For example, the analysts at S&P Global wrote that cable service providers in general have been losing value to wireless network operators despite cable’s efforts to bundle mobile services into cable offerings.

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Parks’ Hanich said fiber optic access technology is on an upswing and Parks is seeing “excellent growth in the markets where it is available and high customer satisfaction with the customers who have it.”

“But the numbers are not quite as dramatic as what’s been going on with T-Mobile, Verizon and Starlink,” she said, noting the “growing convergence” of satellite and mobile networks is something else to keep an eye on.

Asked whether the demise of the Affordable Connectivity Program has had any impact on Parks’ findings, Hanich said, “we are concerned that the end of the program will result in households and families needing to disconnect from the internet for financial reasons.”

“For a good percentage of Americans, household budgets have been hit by rising inflation and lower-income families especially are having to cut back,” she said. “Thankfully we are seeing ISPs step up, try and transition people onto other plans and initiatives.”

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Separately, Parks found adoption of mobile virtual network operator (MVNO) services reached over 15 million residential customer mobile lines in the quarter. In an MVNO model, broadband operators lease spectrum capacity from a wireless network to stand up their own mobile offering.

NTIA published some findings from its latest Internet Use Survey. Unsurprisingly, internet usage in the U.S. has gone up, with 13 million more people using the internet in 2023 compared to 2021.  However, a lot of that usage is coming from lower-income households. Specifically, internet adoption among households making less than $25,000 per year increased from 69% in 2021 to 73% in 2023.

References:

https://www.prnewswire.com/news-releases/parks-associates-new-broadband-market-tracker-service-reports-increased-competition-from-fiber-fixed-wireless-and-satellite-as-pressure-mounts-to-deliver-high-speed-service-to-us-households-302169470.html

https://www.fierce-network.com/broadband/fixed-wireless-continues-its-climb-among-us-homes-parks

https://www.opensignal.com/2024/06/06/5g-fixed-wireless-access-fwa-success-in-the-us-a-roadmap-for-broadband-success-elsewhere

https://www.lightreading.com/fixed-wireless-access/fwa-in-the-usa-getting-ready-for-phase-2

Fiber and Fixed Wireless Access are the fastest growing fixed broadband technologies in the OECD

Summary of Verizon Consumer, FWA & Business Segment 1Q-2024 results

Verizon’s 2023 broadband net additions led by FWA at 375K

AT&T’s fiber business grows along with FWA “Internet Air” in Q4-2023

Ericsson: Over 300 million Fixed Wireless Access (FWA) connections by 2028

 

 

 

Deutsche Telekom offers 5G mmWave for industrial customers in Germany on 5G SA network

Deutsche Telekom (DT) has successfully trialed 5G  millimeter wave (mmWave) frequencies at 26 gigahertz (GHz)  with industrial use cases and is now offering them commercially to industrial customers. For the customer Ger4tech Mechatronik Center, autonomous industrial machines and robots were networked with a router in the 5G campus environment of the Werner-von-Siemens Centre for Industry and Science in Berlin. In addition to the 5G standalone (SA) network in the industrial spectrum at 3.7 GHz, this router also supports mmWave spectrum for the first time. With low latency times of three to four milliseconds RTT (round trip time) and a data rate of over 4 gigabits per second in download and 2 gigabits in upload, mmWave has huge potential in data-intensive applications in the manufacturing industry. The 5G mmWave communications are enabled by Telit Cinterion, a global end-to-end IoT solutions provider.

5G mmWave is playing an increasingly important role in wireless communication technology and imaging, among others. It is characterized by short coverage range and high bandwidth and speeds. It has enormous potential for development within 5G campus networks and for applications in the field of autonomous vehicles and the manufacturing industry. The special ability of mmWave lies in its ability to transmit large amounts of data in real time. The frequency spectrum around 26 GHz is allocated exclusively to interested parties in Germany by the Federal Network Agency. It can currently only be used for local applications.

“It is important for our industrial customers in the age of artificial intelligence to be able to upload data from machines and thus make it available and analyzable in real time,” explains Klaus Werner, Managing Director Business Customers at Telekom Deutschland GmbH. “This is the only way for companies to introduce AI applications sensibly and efficiently and derive great benefits for their business,” he added.

“We’re enabling customers to access unparalleled levels of efficiency, productivity and innovation. Through the seamless integration of 5G mmWave into their operations, every device and process can achieve connectivity at an unprecedented scale,” said Marco Contento, VP of Product Management, Mobile Broadband at Telit Cinterion. “Collaboratively, we’re helping to pave the way for industries to streamline operations, anticipate maintenance needs, and a multitude of future possibilities.”

The 5G standalone campus network at the Werner-von-Siemens Centre operates separately from Telekom’s public mobile network. The entire infrastructure, from the antennas and active system technology to the core network, comes from Ericsson. Based on this network, a fleet of autonomously driving and operating robots works on various use cases at the center. The 5G standalone network is often sufficient to control the robots. The 5G millimeter waves come into play when the requirements for communication and data transmission increase, and therefore also when solving more complex tasks. For example, in a computer vision application: the robot picks up an order and checks whether the ordered goods are complete on the way to the next destination. If there is a discrepancy, it immediately reorders the goods.

In addition to these, many other scenarios are mapped in the Werner-von-Siemens Centre. Here, industry, research institutions (including TU Berlin and Fraunhofer), small and medium-sized enterprises and start-ups work on practical solutions for companies – including for autonomous production logistics and other challenges in industrial manufacturing.

 

In the UK, regulator Ofcom launched a new consultation in April and the sector is awaiting the details of when and in what form an auction will take place.

Additional Resources:

About Ger4Tech Mechatronik Center
About Telit Cinterion

Deutsche Telekom at a glance

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References:

https://www.telekom.com/en/media/media-information/archive/5g-mmwave-for-industrial-customers-in-germany-1068180

https://www.telecoms.com/5g-6g/deutsche-telekom-looking-to-flog-5g-mmwave-to-industrial-sector

https://www.telekom.com/en/media/media-information/archive/5g-millimeter-wave-technologies-for-industry-1024054

Daryl Schoolar: 5G mmWave still in the doldrums!

 

 

Momentum builds for wireless telco- satellite operator engagements

Over the past two years, the wireless telco-satellite market has seen significant industry-wide growth, driven by the integration of Non-Terrestrial Networks (NTN) in 5G New Radio as part of 3GPP Release 17. GSMA Intelligence reports that 91 network operators, representing about 5 billion global connections (60% of the total mobile market), have partnered with satellite operators. Although the regulatory landscape and policy will influence the commercial launch of these services in various regions, the primary objective is to achieve ubiquitous connectivity through a blend of terrestrial and non-terrestrial networks.

Recent developments include:

  • AT&T and AST SpaceMobile have signed a definitive agreement extending until 2030 to create the first fully space-based broadband network for mobile phones. This summer, AST SpaceMobile plans to deliver its first commercial satellites to Cape Canaveral for launch into low Earth orbit. These initial five satellites will help enable commercial service that was previously demonstrated with several key milestones. These industry first moments during 2023 include the first voice call, text and video call via space between everyday smartphones. The two companies have been on this path together since 2018. AT&T will continue to be a critical collaborator in this innovative connectivity solution. Chris Sambar, Head of Network for AT&T, will soon be appointed to AST SpaceMobile’s board of directors. AT&T will continue to work directly with AST SpaceMobile on developing, testing, and troubleshooting this technology to help make continental U.S. satellite coverage possible.

  • SpaceX owned Starlink has officially launched its commercial satellite-based internet service in Indonesia and received approvals to offer the service in Malaysia and the Philippines.  Starlink is already available in Southeast Asia in Malaysia and the Philippines. Indonesia, the world’s largest archipelago with more than 17,000 islands, faces an urban-rural connectivity divide where millions of people living in rural areas have limited or no access to internet services. Starlink secured VSAT and ISP business permits earlier in May, first targeting underdeveloped regions in remote locations.Jakarta Globe reported the service costs IDR750,000 ($46.95) per month, twice the average spent in the country on internet service. Customers need a VSAT (very small aperture terminal) device or signal receiver station to use the solution.Internet penetration in Indonesia neared 80% at the end of 2023, data from Indonesian Internet Service Providers Association showed. With about 277 million people, Indonesia has the fourth largest population in the world. The nation is made up of 17,000 islands, which creates challenges in deploying mobile and fixed-line internet nationwide.Starlink also in received approvals to offer the service in Malaysia and the Philippines. The company aims to enable SMS messaging directly from a network of low Earth orbit satellites this year followed by voice and data starting in 2025. In early January, parent SpaceX launched the first of six satellites to deliver mobile coverage.
  • Space X filed a petition with the FCC stating that it “looks forward to launching commercial direct-to-cellular service in the United States this fall.” That will presumably be only for text messages, because the company has stated that ONLY text will available in 2024 via Starlink. Voice and data won’t be operational until 2025. Importantly, SpaceX did not identify the telco who would provide Direct-to Cell satellite service this fall. 

In August 2022, T-Mobile and SpaceX announced their plans to expand cellular service in the US using low-orbit satellites. The service aims to provide direct-to-cell services in hard-to-reach and underserved areas such as national parks, uninhabited areas such as deserts and mountain ranges, and even territorial waters. Traditional land-based cell towers cannot cover most of these regions.

  • SpaceX said that “supplemental coverage from space (“SCS”) will enable ubiquitous mobile coverage for consumers and first responders and will set a strong example for other countries to follow.”  Furthermore, SpaceX said the “FCC should reconsider a single number in the SCS Order—namely, the one-size-fits-all aggregate out-of-band power flux-density (“PFD”) limit of -120 dBW/m2 /MHz that it adopted in the new Section 25.202(k) for all supplemental coverage operations regardless of frequency band.

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References:

https://about.att.com/story/2024/ast-spacemobile-commercial-agreement.html

AT&T, AST SpaceMobile draw closer to sat-to-phone launch

Starlink sat-service launches in Indonesia

Space X “direct-to-cell” service to start in the U.S. this fall, but with what wireless carrier?

Nokia and Hong Kong Broadband Network Ltd deploy 25G PON

Nokia today announced that Hong Kong Broadband Network Ltd (HKBN), a leading telecom and technology solutions provider in Hong Kong, will deploy its 25G PON to provide customers with some of the fastest, most reliable broadband access speeds in the region. The 25G PON deployment will deliver 20Gb/s symmetrical broadband speeds essential for new applications and business services powering today’s digital economy.

Based on the Quillion chipset, Nokia’s 25G PON fiber broadband solution (more below) allows HKBN to reuse its existing fiber broadband equipment to immediately address demand for more capacity and enhanced broadband services.

William Yeung, HKBN Co-Owner, Executive Vice-chairman and Group CEO: “Since 2004, HKBN has been the market leader in introducing Hong Kong’s first fiber-to-the-home broadband service. With an unwavering commitment to innovation, we have joined forces with Nokia to achieve a groundbreaking upgrade, proudly providing customers with a revolutionary 25Gbps broadband speed that meets their ever-increasing demands for network connectivity. Looking ahead, we will continue to stay at the forefront of technological advancements, investing resources to expand network coverage and upgrade infrastructure. This will enable more households and businesses to benefit from our exceptional and high-quality services.”

Geert Heyninck, Vice President of Broadband Networks at Nokia: “Nokia’s technology enables HKBN to upgrade its existing fiber network quickly and efficiently, leveraging both passive and active assets. With Nokia’s technology and HKBN ‘s citywide network, we’re leading customers into a new era of seamless connectivity.”

Roland Montagne, Director and Principal Analyst for FTTH at IDATE: “The momentum behind 25G PON continues to build with the number of deployments growing substantially over the past year. Clearly the ability to quickly upgrade GPON and XGS-PON to deliver true 25Gbs without having to deploy additional network elements is attractive for large operators like HKBN that want to deliver 25G PON services to its customers.”

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Nokia recently deployed XGS-PON services with Baktelcom in Azerbaijan. That network can be upgraded in the future to 25G PON which would increase capacity and stay ahead of demand for higher bandwidth.

Nokia has also deployed with Global Fiber Peru a new subaquatic and future-proof Optical, IP and XGS-PON fiber broadband network in the Amazon rainforest, helping to reduce the digital divide. The extensive network connects over 400 communities to multi-gigabit broadband access that is critical in today’s digital economy.

About Nokia’s 25G PON Solution:

• Nokia’s 25G PON increases service agility with operational efficiency.

• The fiber access node supports multiple fiber technologies including GPON, XGS-PON, 25GS-PON and Point-to-Point Ethernet to deliver a wide range of services.

Resources and additional information:

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References:

https://www.nokia.com/about-us/news/releases/2024/06/05/hkbn-to-launch-asias-first-25g-pon-broadband-service-with-nokia/

https://x.com/nokia/status/1181473779320594433

https://www.nokia.com/about-us/news/releases/2024/05/24/nokia-and-baktelecom-deploy-commercial-xgs-pon-services-in-azerbaijan/

https://www.nokia.com/about-us/news/releases/2024/05/28/nokia-deploys-fiber-network-in-the-heart-of-the-amazon-rainforest-with-global-fiber-peru/

Nokia’s launches symmetrical 25G PON modem

U.S. fiber rollouts now pass ~52% of homes and businesses but are still far behind HFC

Google Fiber planning 20 Gig symmetrical service via Nokia’s 25G-PON system

 

 

 

HPE Aruba Launches “Cloud Native” Private 5G Network with 4G/5G Small Cell Radios

HPE Aruba has launched an end-to-end private 5G network platform which is designed to help customers accelerate and simplify the deployment and management of private 5G networks, provide high levels of reliable wireless coverage across large campus and industrial environments, and open new, untapped use cases for private cellular. This integration follows HPE’s 2023 acquisition of private cellular technology provider Athonet.

Highlights:

  • HPE Aruba Networking provides a comprehensive solution that removes the complexity of managing, deploying and purchasing enterprise private cellular networks.
  • With this expansion of its secure edge-to-cloud portfolio, HPE Aruba Networking becomes the only global enterprise infrastructure vendor to provide comprehensive Wi-Fi and private 5G solutions.
  • HPE Aruba Networking Enterprise Private 5G provides high levels of reliable wireless coverage across large campus and industrial environments, opening up new, untapped use cases for private cellular.

“Enterprise and industrial customers are increasingly seeking to deliver wireless coverage in demanding environments, including large outdoor areas, serving fast-moving clients, and providing deterministic access in dedicated spectrum,” said Stuart Strickland, wireless chief technology officer, HPE Aruba Networking.

“The complexity of conventional approaches to private cellular networks has held them back. Building on HPE Aruba’s networking history of wireless innovation and leadership, we have uniquely positioned ourselves to enable new applications for private cellular by integrating Athonet core cellular solutions with our traditional strengths in enterprise networking.”

With the debut of HPE Aruba Networking Enterprise Private 5G, enterprises can increase reliable, secure, high-performance connectivity with a fully integrated private 5G network that features:

  • An end-to-end offering that includes a 4G/5G core, HPE ProLiant Gen11 servers, SIM/eSIM cards, 4G/5G small cells, and dashboard.
  • New 4G/5G small cell radios from HPE that provide indoor/outdoor coverage, eliminating the need to integrate and use a separate management tool from a 3rd party vendor.
  • Simplified cloud-native management and automation for subscriber management, deployment management, core monitoring and radio monitoring, with future plans for integration with HPE Aruba Networking Central.
  • Expanded AI data capture and delivery for building AI data lakes and activating inference solutions.
  • Interoperability with shared spectrum for private enterprise use: Citizens Broadband Radio Service (CBRS) spectrum in the US, and globally, where regulatory frameworks allow, beginning in 2025.
  • Simplified configuration with pre-integrated, tested solution including everything needed to deploy an enterprise private 4G/5G network.
  • Ability to deploy solutions in under 30 minutes with zero touch provisioning and configuration wizards that mask the 3GPP cellular complexity.
This integration follows the 2023 acquisition of private cellular technology provider Athonet, which brings 15 years of leadership in private cellular networks, completing 500 enterprise deployments of private cellular solutions. Athonet is an award-winning technology pioneer with successful customer deployments in various industries, including leading mobile operators, hospitals, airports, transportation ports, utilities, government and public safety organizations.

“HPE Aruba Networking Enterprise Private 5G is a significant step forward to solve for the complexity, cost, control, and management challenges associated with many private network deployments today,” said Patrick Filkins, Senior Research Manager, IoT and Telecommunications, IDC. “HPE Aruba Networking takes a grounded approach focusing on how to most efficiently integrate a private cellular network within an enterprise’s existing IT framework, streamlining network and device management through the use of familiar tools, as well as dynamically assigning and preserving device policy across 4G/5G, Wi-Fi, and wired LAN networks.”

“HPE Aruba Networking Enterprise Private 5G is a significant step forward to solve for the complexity, cost, control, and management challenges associated with many private network deployments today.” Patrick Filkins Senior Research Manager, IoT and Telecommunications, IDC.

“‘Many private network solutions are too complex, even for large enterprises with internal network expertise,” said Tom Rebbeck, Partner, Analysys Mason. “We expect customers to embrace solutions that can make private networks easier to deploy and manage.”

“For IronYun’s Vaidio Platform to be able to provide AI inferencing at the edge and drive accurate AI video search results, we needed an infrastructure that provided fast, available and reliable bandwidth without any complexity,” said Paul Sun, IronYun CEO. “We found it with HPE Aruba Networking, which provides us with all the components needed to deliver an end-to-end private 5G network for AI. HPE Aruba Networking’s private 5G network is the technical foundation for all Vaidio functions for real-time video analysis and AI inferencing that deliver AI insights to help improve security outcomes.”

“Private cellular, with its wide area, deterministic coverage, is the ideal fit for Disc Golf Network’s global live competition coverage of the Disc Golf Pro Tour,” said Baker Helton, DGPT Vice President of Business Administration. “The new HPE Aruba Networking Enterprise Private 5G offering will make it that much easier for companies to do what we’ve done and meet their requirements for pervasive coverage with an integrated offering using CBRS.”

References:

https://www.hpe.com/us/en/newsroom/press-release/2024/06/hpe-simplifies-deployment-of-private-cellular-networks-with-launch-of-hpe-aruba-networking-enterprise-private-5g.html

5 Reasons to adopt HPE Aruba Networking Enterprise Private 5G

Hewlett Packard Enterprise doubles down on private 5G, extends leadership in wireless connectivity with acquisition of Athonet

HPE completes acquisition of private 5G leader Athonet

HPE acquires private cellular network provider Athonet (Italy) to strengthen HPE Aruba’s networking portfolio

SNS Telecom & IT: Private 5G Network market annual spending will be $3.5 Billion by 2027

Dell’Oro: Optical Transport, Mobile Core Network & Cable CPE shipments all declined in 1Q-2024

Apparently, there’s no place to hide in any telecom or datacom market?  We all know the RAN market has been in a severe decline, but recent Dell’Oro Group reports indicate that Optical Transport, Mobile Core Network and Cable CPE shipments have also declined sharply in the 1st Quarter of 2024.

Here are a few selected quotes from Dell’Oro analysts:

“The North American broadband market is in the midst of a fundamental shift in the competitive landscape, which is having a significant impact on broadband equipment purchases,” said Jeff Heynen, Vice President with Dell’Oro Group. “In particular, cable operators are trying to navigate mounting, but predictable, broadband subscriber losses with the need to invest in their networks to keep pace with further encroachment by fiber and fixed wireless providers,” explained Heynen.

Omdia, owned by the ADVA, expects cable access equipment spending to grow later in 2024 and peak in 2026 at just over $1 billion, then drop off to $700 million in 2029.

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“Customer’s excess inventory of DWDM systems continued to be at the center stage of the Optical Transport market decline in the first quarter of 2024,” said Jimmy Yu, Vice President at Dell’Oro Group. “However, we think the steeper-than-expected drop in optical transport revenue in 1Q 2024 may have been driven by communication service providers becoming increasingly cautious about the macroeconomic conditions, causing them to delay projects into future quarters,” added Yu.

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“Inflation has impacted the ability of some Mobile Network Operators (MNOs) to raise capital, and it has also impacted subscribers when it comes to upgrading their phones to 5G. Many MNOs have lowered their CAPEX plans and announced that they have fewer than expected 5G subscribers on their networks; which limits MNOs’ growth plans. As a result, we are lowering our expectations for 2024 from a positive growth rate to a negative one,” by Research Director Dave Bolan.

  • As of 1Q 2024, 51 MNOs have commercially deployed 5G SA (Stand Alone) eMBB networks with two additional MNOS launching in 1Q 2024.

References:

https://www.delloro.com/news/cable-cpe-shipments-hit-20-year-low-amid-rising-north-american-broadband-subscriber-losses/

Optical Transport Equipment Market Forecast to Decline in 2024, According to Dell’Oro Group

Optical Transport Equipment Market Forecast to Decline in 2024, According to Dell’Oro Group

 

 

Space X “direct-to-cell” service to start in the U.S. this fall, but with what wireless carrier?

In a May 30th filing with the FCC, SpaceX wrote that it “looks forward to launching commercial direct-to-cellular service [1.] in the United States this fall.” That will presumably be only for text messages, because the company has stated that ONLY text will available in 2024. Voice and data won’t be operational until 2025.

Importantly, SpaceX did not identify the telco who would provide Direct-to Cell satellite service this fall..  Mike Dano of LightReading has suggested it might be T-Mobile US (more below), but there is nothing on the company’s news website to confirm that.

Note 1.Direct to Cell works with existing LTE phones wherever you can see the sky. No changes to hardware, firmware or special apps are required, providing seamless access to text, voice and data,” according to the Starlink’s website. “Starlink satellites with Direct to Cell capabilities enable ubiquitous access to texting, calling, and browsing wherever you may be on land, lakes, or coastal waters. Direct to Cell will also connect IoT devices with common LTE standards.”

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SpaceX disclosed its commercial direct-to-cell launch plans in a filing with the FCC that urged the Commission to make changes to its initial supplemental coverage from space (SCS) ruling. SpaceX argued the FCC should create SCS rules that are specific to each band of spectrum used in such offerings

In its most recent FCC filing, SpaceX said that “supplemental coverage from space (“SCS”) will enable ubiquitous mobile coverage for consumers and first responders and will set a strong example for other countries to follow.”

Furthermore, SpaceX said the “FCC should reconsider a single number in the SCS Order—namely, the one-size-fits-all aggregate out-of-band power flux-density (“PFD”) limit of -120 dBW/m2 /MHz that it adopted in the new Section 25.202(k) for all supplemental coverage operations regardless of frequency band.

If the Commission decides to retain an aggregate limit, adopting band-specific limits that efficiently and transparently achieve the accepted ITU interference protection threshold for terrestrial networks of -6 dB interference-to-noise ratio (“I/N”) would better achieve the Commission’s goals of ensuring better service, broader coverage, and more choices for consumers.

By making this simple adjustment to the SCS Order, the Commission can potentially bring an order of magnitude better service to consumers who use supplemental coverage from space in higher frequencies, without causing any risk of harmful interference to terrestrial services in adjacent bands,” SpaceX added.

SOURCE: OFFICIAL SPACE X PHOTOS ON FLICKR, CC2.0

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SpaceX established a phone-to-satellite agreement with T-Mobile in 2022. That agreement called for the satellite launch vendor to add T-Mobile’s spectrum into its Starlink satellites. T-Mobile officials have suggested SpaceX’s satellite service might be included in its more expensive service plans for no extra charge, or through an extra fee on its other plans.

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Sidebar:  SpaceX LEO Satellites in Orbit

SpaceX currently operates a constellation of more than 6,000 Starlink satellites. That web of satellites helps to keep Starlink’s services consistent for users on the ground. Each Starlink LEO satellite travels extremely fast such that it goes around the world every 90 minutes.

SpaceX has stated that it plans to have around 800 satellites capable of direct-to-cell connections in orbit within a few months.

According to one source, SpaceX has so far launched more than three dozen satellites that support those direct-to-cell connections.

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References:

https://www.fcc.gov/ecfs/document/105311484428351/1

https://www.starlink.com/business/direct-to-cell

FCC approves direct-to-smartphone regulatory framework

https://www.lightreading.com/satellite/spacex-says-t-mobile-s-direct-to-cell-service-launching-commercially-this-fall

Satellite 2024 conference: Are Satellite and Cellular Worlds Converging or Colliding?

KDDI Partners With SpaceX to Bring Satellite-to-Cellular Service to Japan

Telstra partners with Starlink for home phonetechblog.comsoc.org/…/spacex-launches-first-set-of-starlink-satellites-with-direct-to-cell-capabilities service and LEO satellite broadband services

SpaceX launches first set of Starlink satellites with direct-to-cell capabilities

Starlink’s Direct to Cell service for existing LTE phones “wherever you can see the sky”

Musk’s SpaceX and T-Mobile plan to connect mobile phones to LEO satellites in 2023

Starlink Direct to Cell service (via Entel) is coming to Chile and Peru be end of 2024

 

 

LightCounting: Silicon Photonics chip market to hit $3 billion in 2029

Sales of silicon photonics chips will increase from $0.8 billion in 2023 to just above $3 billion in 2029. Sales of PICs with TFLN modulators will grow from almost zero now to $0.75 billion by 2029. Sales of bulk LiNbo3 modulators used in legacy DWDM transceivers will continue to decline, becoming negligible by 2029.
Surging demand for optical connectivity in AI Clusters has reversed a decline in market share of GaAs VCSELs. Nvidia purchased close to 2 million 400G SR4 and 800G SR8 transceivers and plans to buy 4 million more this year. These modules use 100G VCSELs, which many experts expected not to be reliable enough for deployment. It is a true comeback story for VCSELs, but it will not last. Nvidia is prioritizing silicon photonics technology for its next generation transceivers.
The Figure below shows sales data of lasers and photonic integrated circuits (PICs) used in optical transceivers, sorted by technology.
LightCounting expect gradual declines in market shares of GaAs and InP based transceivers, while silicon photonics (SiP) and Thin Film Lithium Niobate (TFLN) PICs will gain share. Adoption of LPO and CPO will also contribute to the market share growth of SiP and possibly even TFLN devices.
Companies manufacturing TFLN products are joining forces in accelerating supply chain development. Advanced Fiber Resources (AFR), HyperLight, Fujitsu Optical Components (FOC), Liobate and Ori-Chip as well as their partners organized a special workshop on TFLN at OFC 2024, which was very well attended. We expect more companies to invest into an infrastructure needed to scale up production of TFLN wafers and PICs.
Silicon photonics will provide an integration platform for TFLN. If we include TFLN in a broader definition of silicon photonic PICs, sales of these products will reach close to $3.8 billion by 2029.
About the Author:
Vladimir Kozlov, Founder and CEO of LIGHTCOUNTING, an optical communications market research company.
References:
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