Tuesday, October 23, 2018

Arista debuts 32-port 400G Ethernet switches

Arista Networks introduced its first two switches supporting 400 Gigabit Ethernet and designed for high-density leaf spine data center networks, including 100G connectivity to servers and 400G connectivity in the leaf-spine fabric.

Both of the new Arista 7060X4 Series switches are based on the Broadcom 12.8 Tbps Tomahawk 3 silicon, support 32 400G ports in a compact 1U chassis. In addition, each 400G port can be split into four 100G ports, which supports a total of 128 100G ports in a 1U chassis.

The switches uses industry-standard optics for 400G and offers the choice of two optical module form factors - OSFP and QSFP-DD. Both form factors offer a wide choice of 400G optics and cables, including optics that provide backward compatibility for 100G ports.

“We are delighted to introduce our first 400G switching platforms delivering four times the throughput, double the price/performance and double the power efficiency of our previous 100G platforms,” said Andreas Bechtolsheim, Arista’s Chairman and Chief Development Officer. “These products will address pent up demand for more bandwidth in cloud networks, allowing cloud service providers to build much more scalable networks.”

Arista said both switches are fully qualified for its EOS.

Highlighted features:

  • Enhancements in Arista EOS traffic management and load balancing take advantage of on-chip improvements in buffering and routing resources.
  • 4X increase in bandwidth density compared to existing 100G 1U switches
  • Optimized shared buffer to lower application latency for AI and storage workloads
  • Elephant Flow Detector for advanced traffic management
  • Traffic awareness with Dynamic Load Balancing and Dynamic Group Multipath to improve performance in large cloud and HPC networks
  • Increased routing capacity combined with 2X IO increase for hyperscale leaf-spine
  • Low power optimized with uncompromised performance at 12.8 Tbps
  • Consistent EOS support including cloud-based automation, analytics and availability
  • Choice of OSFP and QSFP-DD optics supporting 50G/100G/200G and 400G speeds
  • Moving network tiers to 400G with high density 100G compute maximizes the performance of next-generation applications such as artificial intelligence, machine learning, and server-less compute through greater network speeds and by eliminating oversubscription between leaf and spine tiers.


https://www.arista.com/en/company/news/press-release/6084-pr-20181023

OIF completes Flex Ethernet and Common ACO Electrical I/O agreements

The OIF announced three Interoperability Agreements (IAs) aimed at expanded interoperability of Flex Ethernet and increased data rates. These include:

FlexE 2.0 -- initiated in 2016, the FlexE 2.0 project enables equipment to support new Ethernet connection types and FlexE allows network providers and operators to utilize optical transport network bandwidth in more flexible ways. FlexE can deterministically utilize the entire aggregated link, creating a more efficient alternative to the traditional IEEE 802.3ad or IEEE 802.1-based Link Aggregation (LAG) solutions which often can only utilize 70-80% of the available bandwidth. Key features of the FlexE 2.0 project include adding support for FlexE groups composed of 200GBASE-R and 400GBASE-R PHYs, in addition to groups composed of 100GBASE-R PHYs, and adding an option for the support of time and frequency synchronization at the FlexE group level.

FlexE Neighbor Discovery -- this project recognizes that FlexE capability discovery is still required to facilitate the setup of FlexE groups and clients. The project introduced some extensions to the Link Layer Discovery Protocol (LLDP) for FlexE capability discovery. It enables remote FlexE PHY and deskew capability discovery, PHY connectivity discovery and verifications, and FlexE Group subgroup integrity verification.

Common ACO Electrical I/O Project -- this implementation agreement follows the success of the CFP2-ACO optical transceiver implementation agreement but is form factor agnostic, so it also benefits analog coherent modules based on such form factors as CFP4, CFP8, QSFP, microQSFP, QSFP-DD and OSFP. The project defines the ACO electrical I/O independent of the choice of form factor and optical carrier count for 45 Gbaud and 64 Gbaud per-carrier applications.

“The completion of these projects reinforces OIF’s commitment to provide the industry with the flexibility and increased bandwidth solutions combined with increased data speeds it requires to keep up with market demands and drive solutions that enable the next generation of networks,” explained Dave Stauffer of Kandou Bus and OIF’s Physical and Link Layer (PLL) Working Group Chair.


FCC eyes 1200 megahertz of spectrum in 6 GHz band for unlicensed use

The FCC is proposing to make up to 1200 megahertz of spectrum in the 6 GHz band (5.925-7.125 GHz) available for use by unlicensed devices.

The FCC said its proposed rules will allow unlicensed devices to operate in the 6 GHz band without interfering with the operation of the licensed services that will continue to use this spectrum. 

In those portions of the 6 GHz band that are heavily used by point-to-point microwave links, the FCC proposes to allow unlicensed devices to operate where permitted by an automated frequency coordination system and invites comment as to whether this is necessary for devices operated only indoors.  In the other portions of the band where licensed mobile services, such as the Broadcast Auxiliary Service and Cable Television Relay Service, operate, the unlicensed devices would be restricted to indoor operations at lower power. 

FCC Commissioner Jessica Rosenworcel stated: "Today, Wi-Fi adds more than $500 billion to the United States economy every year—and $2 trillion globally.  It has democratized internet access, helped carriers manage their networks, and fostered all sorts of wild innovation.  In fact, it’s the perfect sandbox for experimentation, because access does not require contract or permission. As exciting as this is, it means the airwaves used by Wi-Fi are getting crowded.  Already our current Wi-Fi bands are congested because they are used by more than 9 billion devices.  By the end of the decade, we will see as many as 50 billion new devices connecting to our networks through the internet of things.  Add this up.  We’re going to need a significant swath of new unlicensed spectrum to keep up with demand. Now is the time to do something about it." 

https://www.fcc.gov/document/fcc-proposes-more-spectrum-unlicensed-use

FCC looks to open 3.7 and 4.2 GHz for 5G

The Federal Communications Commission has identified up to 500 megahertz of mid-band spectrum between 3.7 and 4.2 GHz that could be open for 5G wireless services.

A newly adopted FCC order sets forth several steps toward making more mid-band spectrum available for terrestrial fixed and mobile broadband use.  Specifically, the Order will require Fixed Satellite Service earth stations operating in the 3.7-4.2 GHz band to certify the accuracy of existing registration and license information and will collect additional information from space station licensees on their operations in the band to assist the Commission and commenters in developing a clearer understanding of how the band is currently being used.  The Commission will then use this information to evaluate the most efficient way to drive the deployment of mid-band spectrum for mobile services and more intensive fixed services.

The FCC said its Notice also proposes to add a mobile (except aeronautical mobile) allocation to all 500 megahertz in the band and seeks comment on various proposals for transitioning part or all of the band for flexible use, working up from 3.7 GHz, including market-based, auction, and alternative mechanisms.  The Notice also seeks comment on allowing more intensive point-to-multipoint fixed use in some portion of the band, on a shared basis, working down from 4.2 GHz and on how to define and protect incumbent users from harmful interference, and it seeks comment on service and technical rules that would enable efficient and intensive use by any new services in the band.

Corning cites a 22% rise in optical sales in Q3

In its Q3 financial report, Corning reported a year-over-year sales increase of 22% for Optical Communications. Sales exceeded $1 billion for the second consecutive quarter. Sales growth was driven by strong demand from both data center and carrier customers, and the acquisition of 3M’s Communication Markets Division. Net income was up 27% year over year, as capital investments yielded clear benefits.

The company said it saw increased customer commitments that support accelerated capacity expansion. Strong growth is expected to continue in the fourth quarter, as additional capacity ramps, and the company supplies large projects underway at multiple customers in both the carrier and data center businesses. Fourth quarter sales are expected to be up by a low-single digit percentage sequentially, resulting in year-over-year sales growth slightly better than the third quarter.

For full-year 2018, sales are expected to increase by a high-teens percentage over last year, with organic growth in the low teens and approximately $200 million in sales from the acquisition of 3M’s Communication Markets Division.

Corninng also cited share growth and said its optical business continued to progress faster than expected toward goal of $5 billion in annual sales by 2020.


Juniper posts Q3 revenue of $1,180 million, but sees slower cloud sales

Juniper Networks posted Q3 net revenues of $1,179.8 million, a decrease of 6.0% year-over-year, and a decrease of 2.0% sequentially. GAAP operating margin was 13.6%, a decrease from 18.4% in the third quarter of 2017, and an increase from 13.3% in the second quarter of 2018. Non-GAAP operating margin was 20.0%, a decrease from 23.5% in the third quarter of 2017, and an increase from 18.5% in the second quarter of 2018.

GAAP net income was $223.8 million, an increase of 35.0% year-over-year and an increase of 92.0% sequentially, resulting in diluted earnings per share of $0.64. Non-GAAP net income was $191.0 million, a decrease of 10.0% year-over-year and an increase of 12.0% sequentially, resulting in diluted earnings per share of $0.54.

"We reported better than expected Q3 results, as continued enterprise strength and better than expected service provider results more than offset weakness in the cloud," said Rami Rahim, chief executive officer, Juniper Networks. "While our Q4 outlook is being impacted by the pace of deployments at several cloud customers, we believe this is a temporary headwind and remain confident that we have the right products and strategy in place to grow the business in 2019."

"We delivered better than expected non-GAAP earnings during Q3, as gross margin exceeded the high-end of our forecast and operating expenses came in at the low-end of our outlook. We also completed our $750 million accelerated share repurchase in the period," said Ken Miller, chief financial officer, Juniper Networks. "While we believe we are making the investments needed to win in the market, we remain focused on capturing additional efficiencies and creating shareholder value."

Regarding its outlook, Juniper cited the slower pace of expected deployments by cloud customers for a likely year-over-year decline in revenues for Q4. The company has not seen any impact from Chinese tariffs but said customer buying behavior could be affected and gross margin could be slightly impacted.

Some highlights:
Product

  • Routing product revenue: $496 million, down 15% year-over-year and up 1% sequentially, driven by Enterprise and Service Provider, partially offset by a decrease in Cloud. The MX product family declined year-over-year but grew sequentially. The PTX product family declined both year-over-year and sequentially.
  • Switching product revenue: $221 million, up 4% year-over-year and down 13% sequentially. While the EX product family grew year-over-year, the QFX product family slightly declined year-over-year due to the timing of deployments.
  • Security product revenue: $77 million, up 8% year-over-year and down 3% sequentially due to Enterprise, partially offset by an increase in Service Provider.
  • Service revenue: $385 million, down 1% year-over-year and up 2% sequentially. 

Vertical

  • Cloud: $250 million, down 28% year-over-year and down 11% sequentially, due to lower routing and switching sales.
  • Service Provider: $544 million, down 6% year-over-year and up 4% sequentially. 
  • Enterprise: $386 million, up 15% year-over-year and down 4% sequentially.


ADTRAN shows SDN-Enabled Broadband Access with ONF

At this week's Broadband World Forum in Berlin, ADTRAN is participating in an SDN-Enabled Broadband Access (SEBA) demonstration with the Open Networking Foundation (ONF). ADTRAN is showcasing its integration with multiple OLT and ONU vendors in the latest version of the SEBA reference architecture.

ADTRAN’s OLT and ONU solutions are shown in a SEBA pod that is on display in ONF’s Booth (Hall 22a, Booth No. B116). The ONF defines SEBA as a lightweight platform based on a variant of R-CORD (Residential Central Office Re-architected as a Datacenter). It supports a broad range of virtualized access technologies at the network edge, as well as both residential access and wireless backhaul.

“This demonstration highlights the value that SEBA brings in allowing multiple OLT and ONU vendors to seamlessly interoperate in an open, multi-vendor environment, leveraging open source software platforms developed through the ONF and its partners,” ADTRAN CTO, Americas, Robert Conger said. “ADTRAN fully supports this vision, and it is part of our broader strategy to help operators accelerate the adoption and deployment of SD-Access systems that align with the industry’s leading blueprint for next-generation broadband architectures.”

Verizon Q3 wireless revenues up, media revenue flat, wireline down

Verizon Communications reported consolidated operating revenues of $32.6 billion, up 2.8 percent from third-quarter 2017.  EPS of $1.19, compared with 89 cents in third-quarter 2017. Year-to-date cash flow from operations totaled $26.2 billion through third-quarter 2018, up $9.8 billion year over year.

Year-to-date capital expenditures were $12.0 billion through third-quarter 2018, including spending on the 4G network, the commercial launch of 5G Home, significant fiber deployment in markets nationwide and the pre-positioning for additional 5G services. Full year 2018 CAPEX is expected to be in the range of $16.6 billion to $17.0 billion.

“Verizon has posted a third quarter of strong operational and financial performance,” said CEO Hans Vestberg. “With the beginning of the 5G era in this fourth quarter, we expect that trend to continue. We are investing in networks, creating platforms to add value for customers and maintaining a focused, disciplined strategy. Verizon is best positioned to take full advantage of the opportunities offered by the new game-changing generation of technology.”

Wireless highlights

  • Revenue of $23.0 billion, an increase of 6.5 percent year over year. Excluding the impact of the revenue recognition standard, total revenues were $22.9 billion in third-quarter 2018, an increase of 6.1 percent compared with third-quarter 2017.
  • Service revenues for the quarter on a reported basis grew 0.8 percent year over year. 
  • Approximately 83 percent of Verizon’s postpaid phone base for Q3 were on unsubsidized plans, compared with 78 percent in the same period last year.
  • 515,000 retail postpaid net additions in third-quarter 2018, consisting of net phone additions of 295,000, postpaid smartphone net additions of 510,000, tablet losses of 80,000 and 300,000 other connected devices additions, primarily wearables.
  • Retail postpaid churn was 1.04 percent in third-quarter 2018, compared with 0.97 percent year over year. Retail postpaid phone churn was 0.80 percent in third-quarter 2018. The company expects retail postpaid phone churn to increase seasonally during fourth-quarter 2018.

Wireline highlights

  • Wireline revenues were $7.4 billion. Excluding the impact of the revenue recognition standard, total wireline revenues decreased 3.7 percent year over year in third-quarter 2018.
  • Total Fios revenues were $3.0 billion. Excluding the impact of the revenue recognition standard, total Fios revenues increased 1.6 percent year over year in third-quarter 2018.
  • Verizon added a net of 54,000 Fios Internet connections, and lost 63,000 Fios Video connections in third-quarter 2018, impacted by ongoing shifts away from linear video offerings.
  • Wireline operating loss was $50 million in third-quarter 2018, and segment operating loss margin was 0.7 percent. 

Media and other highlights

  • Oath revenues were $1.8 billion in Q3, 6.9 percent below the same quarter last year. The company expects Oath revenues to be relatively flat in the near term and does not expect to meet the previous target of $10 billion in Oath revenues by 2020. 
  • In the telematics business, total Verizon Connect revenues, excluding the impact of the revenue recognition standard, were $241 million in third-quarter 2018. IoT revenues, including Verizon Connect, increased approximately 12 percent year over year, excluding the impact of the revenue recognition standard.

Deutsche Telekom Global Carrier deploys Ciena for Lambda Connect

Deutsche Telekom Global Carrier, the international wholesale arm of Deutsche Telekom, is using Ciena’s WaveLogic Ai coherent optical solution for its Lambda Connect wavelength service.

The recent deployment is based on Ciena’s 6500 packet-optical platform powered by WaveLogic Ai, which is the industry’s first programmable coherent modem that can scale to 400Gbps per wavelength.

Deutsche Telekom Global Carrier is also using Ciena’s Blue Planet Manage, Control and Plan (MCP) domain controller, which automates network and service management and provides visibility into real-time network operations. Ciena will migrate Deutsche Telekom’s network to an optimized, flexible grid network that offers more agility and programmability.

Ciena said its solution enables Deutsche Telekom to reach longer distances, deliver end-to-end optical services and achieve finer connectivity granularity for carriers and internet content providers throughout Europe.

Jason Phipps, Senior Vice President, Global Sales and Marketing, Ciena, stated: “Our leading-edge technology products and services are designed to resolve our customers’ biggest challenges. We collaborate with service providers to deliver real value and greater competitive advantage in the market. With our innovative WaveLogic Ai and Blue Planet MCP solutions, we can ensure our customers are better positioned to adapt and accommodate varying connectivity requirements for high-bandwidth applications.”

Bertold Frech, Head of Carrier Enterprise Services, Deutsche Telekom Global Carrier stated: “Technology changes very fast with new trends and services emerging constantly in the digital era. Most of these trends have the need for high capacity, high performance connectivity in common, which is the foundation for many of these new digital services. Ciena’s expertise in the optical network realm has been invaluable as we continue to find ways to enable these services for our international carrier customers. As we are upgrading our network we provide the agility and flexibility to support the new high-powered applications that are disrupting the market.”


Deutsche Telekom revamps its International Wholesale Business

Deutsche Telekom is rebranding and refocusing its International Wholesale Business.

The carrier's international wholesale arm will now be known as Deutsche Telekom Global Carrier. The company said it is implementing a fresh strategy to more quickly provide innovative solutions that will in turn result in a superior customer experience. Deutsche Telekom Global Carrier will leverage big data, AI and digitization to centralize processes and enable a more transparent overview. The result will reduce the time needed for procurement, ordering and delivery.

Rolf Nafziger, Senior Vice President Deutsche Telekom Global Carrier, explained the rationale behind the new name. “Technological transformations are happening at amazing speed, opening up a new era of global connectivity. To help our customers prepare for an uncertain tomorrow, we saw the need to make changes to how we conduct our international wholesale business. We will now tighten our focus on fostering innovation, initiating partnerships and exceeding customer expectations – with future-proof solutions and higher flexibility. These actions will secure our place as a driving force shaping the future of telecommunications.”

https://globalcarrier.telekom.com/

Community Fibre picks ADTRAN to build 10G Regional FTTH in UK

Community Fibre, a fibre-to-the-home internet provider based in London, has selected ADTRAN as its technology partner to deliver 10G residential and business services in the UK.

The deployment will leverage ADTRAN’s XGS-PON solutions.

Community Fibre is starting with London and expanding into other areas in the UK over the next several years.

“We are seeing tremendous interest for Gigabit and above service offerings, and expect that having the first commercially available 10G service in London will make any building on our network more attractive to bandwidth-hungry tenants looking for a new space to call home,” Community Fibre CEO Jeremy Chelot said. “A 10G service means that our customers have the bandwidth needed to be as connected, entertained and immersed as they could possibly want, and still provide room for emerging automation-based and 5G services that we expect to hit the market in the coming years.”

“Community Fibre is focused on one of the most highly desirable and underserved demographics in the UK and is committed to meet and exceed a level of customer service that is unmatched in the market,” ADTRAN Chief Technology Officer for EMEA and APAC Ronan Kelly said. “Community Fibre has access to our wealth of network, market, planning and technology experience as they plan to aggressively roll out services throughout the UK’s urban markets.”

Monday, October 22, 2018

Oracle Generation 2 Public Cloud aims to beat AWS in price and performance

In a keynote address at Oracle OpenWorld in San Francisco, Larry Ellison introduced Oracle's second generation cloud architecture featuring "Star Wars cyber defenses - an impenetrable force field with autonomous robots for finding threats and killing them."

Current generation public clouds, use commodity servers built with standard silicon. A common base of cloud control code is used to manage multiple clients on same bare metal machine. The shared CPU, memory and storage introduce security risks for enterprises sharing these resources. In contrast, Ellison said the Oracle Gen 2 Cloud will not have cloud control software on each server. Instead, Oracle will use a separate network of dedicated cloud control computers to provide full isolation of customer data and separation of its control plane.

Design goals for the Oracle Cloud 2 also focus on automation for the easy migration of workloads from on-prem resources, including via Kubernetes.

Ellison said that unlike AWS, Oracle will not significantly mark up interconnect bandwidth costs it obtains from telecom carriers for either ingress or egress from its public cloud. On pricing and performance, Ellison affirmed that Oracle will offer a better deal than AWS. In terms of performance, Oracle will see gains from using RDMA cluster networking.

Oracle Gen 2 public cloud infrastructure is now ready for service, including its government cloud. In 2019, Oracle will also offer the option of having Oracle Gen 2 Cloud infrastructure deployed directly in the data centers of its largest enterprise customers.

Ellison also stated that the most important component of this new cloud infrastructure is the Oracle Autonomous Database, which was introduced at last year's event.







Intel intros 10G PON chipset for FTTx and 5G base stations

Intel introduced a new multimode 10G PON chipset designed for small form-factor pluggable optical network termination (SFP+ ONU) and single family unit (SFU) ONUs.

In a blog post, Intel's Dirk Wieberneit writes that SFP+ ONU plays a crucial role in fiber deployments by providing entire ONU (Mac and PHY) connectivity between the 10G PON optical network and any unit it is plugged into, such as residential gateways, MDUs, DPUs, mobile small cells and base-station equipment. This positions the new chipset for a wide range of implementations in both residential and business environments, including SFU, SFP+ ONU, fiber to the distribution point (FTTdp)/multi-dwelling unit (MDU), and 5G base stations, while enabling service providers to reuse their existing fiber infrastructure.

A key feature is an embedded 2.5 Gigabit Ethernet (GbE) PHY, which supports low-power, cost-effective SFUs, providing fast speeds both into and throughout the home.

Other features of the chipset:

  • It can be used in both ITU and IEEE PON environments (EPON, 10G-EPON, GPON, XGPON1, XGS-PON, NG-PON2 and active optical Ethernet.)  
  • It is prepared for bidirectional optical subassemblies (BOSA), allowing cost-effective BOSA on board (BoB) ONU designs. 
  • It supports network timing synchronization protocols, such as IEEE 1588v2, synchronous Ethernet or time of day (ToD), providing clock accuracy for 5G/LTE mobile base stations.
  • It offers embedded VoIP supporting FXS voice ports. 
  • It delivers the necessary quality of service (QoS) and power management, carrier-grade features and hardware OAM, including Y1731, with the highest accuracy.  
  • It includes a dual-core, multithread processor and dedicated packet processing engine so you get both service application flexibility and benchmark performance. 


https://itpeernetwork.intel.com/fiber-networks-upgrade-10g-pon-chipset/


Infinera debuts 1.6 Terabit High-Density Ethernet Aggregator

Infinera introduced a packet-optical aggregation and transport solution designed for the delivery of high-speed, low-latency services in access networks.

The new 1.6 terabit High-Density Ethernet Aggregator (HDEA), which is part of the Infinera XTM Series, is an access-optimized packet-optical aggregator that seamlessly integrates optical transport capabilities, Metro Ethernet Forum Carrier Ethernet 2.0-compliant Layer 2 Ethernet functionality and open, programmable software control, including direct access via OpenFlow.

It supports 1.6 terabits of capacity in an ultra-compact 1 rack unit (1RU) chassis and is optimized for a range of access network applications, including ultra-high density 10G aggregation in DAA networks, 4G/5G mobile backhaul and high-capacity business Ethernet.

“When we demonstrate to our customers how the HDEA enables the installation and commissioning of up to 1.6 terabits of packet-optical aggregation in 1RU in less than 10 minutes, the lights go on in a big way,” said Glenn Laxdal, Infinera Senior Vice President and General Manager, Product Management. “This innovative new packet-optical access offering reinforces our commitment to extending the reach of our networking solutions and driving unprecedented value for our customers.”

https://www.infinera.com/wp-content/uploads/infinera-ds-high-density-ethernet-aggregator.pdf

Deutsche Telekom and SK Telecom enter partnership

Deutsche Telekom and SK Telecom announced a cross investment agreement aimed at strengthening their competitiveness in 5G.

Under the agreement, SK Telecom plans to invest in MobiledgeX, the edge computing company founded by Deutsche Telekom and headquartered in Menlo Park, California MobiledgeX is focused on delivering developer-facing edge computing services.

Deutsche Telekom plans to invest the same amount to ID Quantique (IDQ), SK Telecom’s strategic partner in quantum cryptography communication technology based in Switzerland.

“SK Telecom is pleased to enter into a cross-investment agreement with Deutsche Telekom as it will serve as a valuable opportunity for us to further solidify our 5G leadership in the global market and drive new growth,” said Park Jung-ho, President and Chief Executive Officer of SK Telecom.

“We look forward to intensifying our successful cooperation with SK Telecom. The partnership will help both companies to strengthen our global technology leadership and bring 5G and other innovative services to our customers,” stated Timotheus Höttges, CEO of Deutsche Telekom.

Huawei Marine advances PEACE subsea cable project

The Pakistan East Africa Cable Express (PEACE) Cable project, which will connect Asia, Africa and Europe, has entered into the cable and material manufacturing stage.

The PEACE cable system will span 12,000 km and is designed for 200G, 16Tbps per fiber pair connectitivity. The ready for service date is targetted for first quarter of 2020.

The project is being developed by PEACE Cable International Network Co., Ltd, a subsidiary of China's HENGTONG Group.  Huawei Marine Network is lead contractor.

Sun Xiaohua, Chief Operating Officer of PEACE Cable said, “PEACE Cable has created a new business model in the submarine cable industry that builds a bridge for these regions communications and provides connectivity opportunities to players all along the route by investing in the branches and gaining bandwidth on the trunk in a more efficient way.”

Zhang Hongxiang, Project Delivery Director of Huawei Marine said, “We are glad to work with this creative network, which is open to connect along the route on any of the potential points, however with the commerce of cable manufacture, such extensions are dependent on the plan of work. Players who get on board soon will secure better flexibility on this network.”

http://www.huaweimarine.com


  • China Construction Bank is funding the project. Tropic Science Co. is a signatory partner.

Satellite companies increase spectrum offer to 200 MHz

The C-Band Alliance (CBA), which was recently formed by leading satellite companies, including Intelsat, SES, Eutelsat, and Telesat, announced today that up to 200 MHz of mid-band (C-band downlink) spectrum could be cleared, dependent upon demand, under its updated proposal to the U.S. FCC. This would open new spectrum to support 5G.

The CBA said the repurposing of up to 200 MHz of C-Band spectrum is contingent upon a number of factors which at this stage cannot be guaranteed and their outcome is uncertain, including the following: (i) a final FCC order that accepts the CBA’s market-based proposal; and (ii) a satisfactory market-based process with potential terrestrial 5G users of the repurposed spectrum.

http://www.C-BandAlliance.com

U.S. retailer buys 10G and 100G wavelengths from Zayo

Zayo announced a contract with a major retailer to connect its core and edge data centers across the U.S. with fully diverse 10G and 100G wavelengths. Financial terms were not disclsoed.

“Retail is in an exciting transformation, and Zayo is well positioned to help the customer achieve its goal of fast delivery to key locations and data centers across the country,” said Randy Dunbar, president of Transport at Zayo. “Our extensive network, flexibility in designing the network and high level of personal engagement were key in winning this business.”

Sunday, October 21, 2018

NEC and Samsung near 5G base station accord

NEC and Samsung Electronics are close to announcing a strategic alliance in 5G base stations, according to numerous sources over the weekend.

Samsung is already a key supplier of network infrastructure to KDDI.  An alliance with NEC could help open doors to NTT Docomo.


KDDI and Samsung prove 5G mmWave works at 190 kmh

KDDI and Samsung Electronics completed a series of 5G tests which demonstrate the viability and performance of 5G millimeter wave mobility solutions while traveling at speeds over 190km per hour.

The demonstration, which took place at 'Everland SPEEDWAY' in Korea, involved a battery of individual tests to examine the performance of Samsung's end-to-end 5G mmWave technology. Specifically, as a vehicle accelerated from 0 to 205km per hour on the race track between multiple 5G base stations, the test measured and evaluated a variety of metrics, including handover interruption time, uplink and downlink throughput stability, and latency stability (or "jitter").

In addition, KDDI and Samsung also demonstrated a successful handover scenario, with Samsung's 5G device attaching to the 5G base station as it approached the service area, and successfully being handed over to the target cell at a speed of 192km per hour (GPS speed).


NEC announces agreement to supply 5G base stations to NTT DOCOMO

NEC announced an agreement to supply 5G base station equipment to NTT DOCOMO. Financial terms were not disclosed. Docomo aims to launch 5G in 2020.

Under this new agreement, NEC will achieve 5G compatibility through software upgrades and a minimal replacement of hardware to maximize the use of existing high-density base station equipment.  NEC said it will provide updates that enable existing high-density base stations to be fully compatible with 5G while continuing to deliver LTE/LTE-Advanced services.

This includes base station equipment that NEC has been supplying to DOCOMO since February 2015. This equipment is already compatible with the advanced Centralized Radio Access Network (C-RAN) architecture advocated by
DOCOMO, and is now being utilized as a base station control unit.

"DOCOMO aims to deploy and expand our commercial 5G services efficiently by maximizing the use of existing communications equipment," said, Hiroshi Nakamura, Executive Vice President, Chief Technology Officer and Member of the Board of Directors, NTT DOCOMO. " This agreement with NEC is in line with that policy and we expect it to make a significant contribution to our 5G services. Going forward, DOCOMO accelerates co-creation of new services and businesses with vertical industry partners."

Nokia supplies private LTE network for Brazil's Elektro

Nokia is building a private LTE network for Brazilian power distributor Elektro, part of the Neoenergia/Iberdrola group.

The private LTE network, which is the first in the country, is expected to help increase the reliability and efficiency of the electrical grid in the City of Atibaia and surrounding areas in the state of Sao Paulo. The LTE network will be deployed in 3.5 GHz band, providing connectivity for grid equipment, smart meters, substations and distributed energy generation sources throughout the service area.

The contract covers rollout of the Nokia AirScale Single Radio Network (SRAN), which includes base stations (eNodeBs), enhanced Packet Core and CPE. Nokia Global services will deliver and manage the end-to-end Private LTE solution including network design, deployment, integration, assisted operation, maintenance, construction and training for Elektro. Financial terms were not disclosed.

Twilio Global Super SIM offers single API for global IoT

Twilio introduced a "Super SIM" that enables developers to use a single API to deploy Internet of things (IoT) devices globally.

The Super SIM leverages Twilio’s mobile core infrastructure, which is a software implementation of a mobile core, 2G, 3G and LTE Evolved Packet Core (EPC) in the cloud,  along with its Over-The-Air (OTA) platform and the company's carrier partners. The service intelligently connects IoT devices to the right network wherever the Twilio Super SIM is deployed. Twilio Super SIM is currently in private preview. A public beta will be offered in spring 2019.

The announcement was made at Twilio's SIGNAL developer conference last week in San Francisco.

Twilio said that by tackling the complexity of network connectivity and providing a single trusted relationship to manage wireless connectivity, the Twilio Super SIM lowers the barriers of entry to the IoT market.

“The paradigm of build once and deploy globally simply doesn’t exist today in the IoT industry,” said Chetan Chaudhary, general manager and vice president of IoT at Twilio. “Today, with Twilio Super SIM, developers can see network optimizations occur over the air without having to reconfigure their device. Developers expect this kind of experience when deploying software, and Twilio’s relationships with tier-one network operators enables it to offer developers the kind of development experience they deserve.”

http://www.twilio.com/super-sim