Infinera posts Q1 revenue of $292.7 million

Infinera reported GAAP revenue of $292.7 million for its first quarter ended March 30, 2019, compared to $332.1 million in the fourth quarter of 2018 and $202.7 million in the first quarter of 2018. GAAP gross margin for the quarter was 22.7% compared to 25.4% in the fourth quarter of 2018 and 40.5% in the first quarter of 2018. GAAP operating margin for the quarter was (38.2)% compared to (34.4)% in the fourth quarter of 2018 and (12.2)% in the first quarter of 2018.

GAAP net loss for the quarter was $121.6 million, or $(0.69) per share, compared to a net loss of $133.5 million, or $(0.76) per share, in the fourth quarter of 2018, and net loss of $26.3 million, or $(0.17) per share, in the first quarter of 2018. Non-GAAP net loss for the quarter was $41.2 million, or $(0.23) per share, compared to a net loss of $44.2 million, or $(0.25) per share, in the fourth quarter of 2018, and net loss of $7.2 million, or $(0.05) per share, in the first quarter of 2018.

“In the first quarter of 2019, we made significant progress on the integration of our new company and in executing on our committed synergies,” said Tom Fallon, Infinera CEO. “While a significant deployment did not progress as expected, I am encouraged by the strong bookings outlook we see for second quarter of 2019 and our continued trend of building backlog and engaging with a much larger customer base. We are committed to capitalizing on this momentum and expect to return to non-GAAP profitability in the fourth quarter of this year.”

Separately, Brad Feller, the Chief Financial Officer (CFO) of Infinera, informed Infinera of his intention to resign as CFO effective as of a date still to be determined no later than the end of the third quarter of fiscal 2019. Infinera has agreed with Mr. Feller that he will continue to serve as CFO during this transition period while Infinera conducts a search for his successor.

https://www.infinera.com/infinera-reports-first-quarter-2019-financial-results/

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Fastweb tests 500G Single-wavelength Connectivity with Infinera

Fastweb, a major Italian telecommunications operator, has demonstrated 500G single-wavelength service connectivity in a production network using Infinera’s configurable technology on the Groove platform. The trial spanned over 180 km on Fastweb’s low-latency long-haul backbone network, between Milan and Turin.

Infinera said the 500G single-wavelength trial demonstrated Fastweb’s capability to easily and efficiently scale its infrastructure network to meet the increasing bandwidth demands of its end-user customers. The trial was implemented over Fastweb’s existing optical infrastructure without special amplifiers, tuning, or changes.

Infinera’s 7300 Multi-Haul Transport Platform, mTera Universal Switching Platform and Groove 600G technology are part of Fastweb’s backbone network spanning over 650 nodes and providing the flexibility and future development and delivery of a range of programmable high-speed end-user services at 400G, 500G, and up to 600G. Infinera’s solution enables Fastweb to scale internet exchange point capacity up to 24 terabits per second, while offering ease of deployment and network investment efficiency.

“Providing our customers with resilient, high-quality, and innovative solutions is in Fastweb’s DNA,” said Andrea Lasagna, Chief Technology Officer, Fastweb. “As the market for high-performance long-haul transport continues to grow at an accelerated pace, a scalable and simple network approach is required to satisfy the growing demand for bandwidth. This trial confirms the outstanding performance provided by Infinera’s innovative solution, which enables us to deliver a best-in-class customer experience at the highest transmission speeds.”

“We are pleased to extend our technology partnership with Fastweb to bring the benefits of cutting-edge coherent optical transmission to their customers,” said Glenn Laxdal, Senior Vice President, Product Line Management, Infinera. “Our ability to introduce higher-speed transmission over existing infrastructures is a key part of our mission to help our customers effectively meet their increasing bandwidth needs.”

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Infinera supplies software automation capabilities to Verizon

Infinera will provide new automation technology to Verizon to facilitate the migration of its time-division multiplexing (TDM) network to a new Ethernet-based network. In addition, Infinera said it will integrate its open API- and YANG-driven data model software capabilities with the Verizon Base Network Controller (BNC), enabling full lifecycle automation including install, commission, service provisioning, and control. The overall solution is designed to enable a zero-touch, fully automated, extensible, and programmable infrastructure by leveraging open networking principles and capabilities, including software-defined networking control of multi-vendor elements via open programmable interfaces and model-driven management and operations. The solution supports rapid service activation at the optical layer while reducing parallel proprietary systems.

Infinera said its solution enables visualization of the complete network, the ability to run multiple migration scenarios, and the efficient management of existing customer traffic. The migration provides a scalable solution that can be applied to multiple systems and use cases, including TDM, Ethernet over Synchronous Optical Networking (SONET), and ultra-long haul.

“Verizon has always been relentless when it comes to technology innovation,” said Stephen Owens, Director of Network Infrastructure Planning at Verizon. “We are able to simplify network operations and reduce costs through virtualization and automation. This is one example.”

“We are pleased to extend our collaboration with Verizon and help them advance their infrastructure network with a software-driven approach to network evolution and next-generation service enablement,” said Bob Jandro, Senior Vice President, Worldwide Sales at Infinera.

https://www.infinera.com/infinera-software-and-open-networking-solutions-being-used-by-verizon-as-tools-for-automation/

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Cyxtera deploys Infinera Groove for DCI

Cyxtera Technologies, which operates over 50 data centers in major cities around the world, has deployed the Infinera Groove Network Disaggregation Platform to support delivery of secure and reliable high-speed data center interconnect services.

Cyxtera said Infinera's Groove solution enables it to cost-efficiently scale optical interconnect capacity between its data center facilities within major markets.

“We continue to invest in best-in-class technology that supports the performance and security requirements of enterprise-grade connectivity,” said Damion Lackamp, Senior Director, Interconnection Products at Cyxtera Technologies. “As we expand our data center facilities, the Infinera Groove solution provides the capacity, efficiency and security to boost the performance of our network infrastructure in a highly compact form factor.”

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Indonesia's Axiata expands with Infinera

XL Axiata is expanding its South Sumatra terrestrial network and its Singapore-to-Jakarta subsea network via B2JS (Jakarta-Bangka-Batam-Singapore) with the Infinera XTC platform, leveraging Infinera’s Infinite Capacity Engine (ICE4).

XL Axiata is one of Indonesia’s leading telecommunication service providers, offering an array of innovative products and services, ranging from voice, SMS and value-added services to mobile data, covering more than 94 percent of the population throughout Indonesia. The XL Axiata transport infrastructure spans over 45,000 kilometers of fiber optics. The Infinera solution, delivered in collaboration with local partner Lintas Teknologi, ensures XL Axiata is ready to offer capacity with speed and efficiency, as demanded by its customers, today and as its network evolves to 5G.

“As one of Southeast Asia’s largest economies, modernizing the network in Indonesia to ensure 5G-readiness is a priority,” said Ms. Yessie Dianty Yosetya, CTO at XL Axiata. “Our partnership with Infinera and Lintas Teknologi has been critical to help us achieve this milestone. Further, the performance of Infinera’s ICE4 solution for this subsea and terrestrial network upgrade enables the delivery of cloud-scale capacity that is simple and operationally efficient, with the benefit of intelligent Optical Transport Network (OTN) switching that accelerates our ability to deliver services faster.”

“Cloud scale and 5G both represent bandwidth-thirsty markets that require leading-edge optical engines and scalable platforms that are easy to operate,” said Bob Jandro, Senior Vice President, Worldwide Sales at Infinera. “Our partnership with XL Axiata and Lintas Teknologi to build a state-of-the-art optical network in Southeast Asia reinforces our commitment to bringing leading technology that delivers on capacity, reliability and innovation all over the world.”

https://www.infinera.com/xl-axiata-modernizes-transport-network-for-5g-with-infinera

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Orange deploys Infinera for Kanawa subsea cable in Caribbean

Kanawa, a new subsea cable owned and operated by Orange in the Caribbean, is powered by Infinera’s fourth-generation Infinite Capacity Engine (ICE4)-based XTS 3600 platform and Infinera Instant Bandwidth.

Kanawa, which spans 1,746-kilometers between French Guiana and Martinique, consists of two pairs of subsea fibers. It delivers 100 Gbps services and offers up to 10 Tbps of capacity.

Orange deployed Infinera’s ICE4-based platform and Instant Bandwidth on the Martinique-Guadeloupe segment. With Infinera’s solutions, Orange can increase capacity as needed within minutes, without requiring any additional work on its subsea network, a distinct advantage it can pass along to its customers.

“French Guiana is experiencing rapid growth in digital technology,” said Jean-Luc Vuillemin, Executive Vice President, Orange International Networks Infrastructure and Services. “We needed to ensure the region keeps pace with the rest of the world, and Kanawa was our solution. Infinera’s cutting-edge technology enables Orange to increase capacity on demand and delivers the high performance we expected. Choosing to deploy Infinera’s technology is a significant benefit to us and our customers, providing us with an agile, scalable network.”

“Orange’s selection of Infinera’s ICE4-based platform and Instant Bandwidth underscores the significant benefits of operating a cognitive network,” said Bob Jandro, Senior Vice President, Worldwide Sales at Infinera. “We are delighted to work with Orange on this major deployment and look forward to enabling the Caribbean to connect globally.”

https://www.infinera.com/orange-deploys-infinera-for-new-kanawa-subsea-cable-connecting-caribbean/

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Infinera appoints Chief Legal Officer

Infinera announced the appointment of David Teichmann as Chief Legal Officer and Corporate Secretary.

Prior to joining Infinera, Teichmann served as Oclaro’s Executive Vice President, General Counsel and Corporate Secretary from January 2014 until its acquisition by Lumentum in December 2018. Previously, he served as the Executive Vice President, General Counsel and Corporate Secretary of Trident Microsystems, Inc., a public fabless semiconductor company that sold television and set top box integrated circuits, from 2007 to 2012.

Teichmann holds a bachelor’s degree in political science from Trinity College, a master’s degree in law and diplomacy from the Fletcher School of Law and Diplomacy and a J.D. from the William S. Richardson School of Law at the University of Hawaii.

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Infinera demos 600G over 250km

Infinera has successfully demonstrated 600G per wavelength transmission over 250 km in a production network with the Infinera Groove G30 muxponder solution.

The field trial was completed on the backbone network of a leading European service provider using the Infinera Groove G30 CHM2T solution operating over the Infinera 7300 multi-haul dense wavelength-division multiplexing transport platform. In addition to achieving the delivery of error-free 600G 64 quadrature amplitude modulation (64QAM) transmission over a 250-km link in the production network, Infinera also successfully demonstrated 500G 32QAM over 500 km of fiber during the trial, another industry first.

“Delivering optimal reach, performance and capacity to meet the evolving network demands of our customers is at the heart of our Infinite Network vision,” said Glen Laxdal, Senior Vice President, Product Line Management at Infinera. “This achievement underscores Infinera’s commitment to continue delivering innovative solutions for network operators with capacity and scale while simplifying operations.”

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Infinera intros TIP-compliant Disaggregated Cell Site Gateway

Infinera introduced a Disaggregated Cell Site Gateways (DCSG) that conforms to the Telecom Infra Project (TIP) DCSG specification, which was developed by the Open Optical & Packet Transport (OOPT) Project Group within TIP in collaboration with Tier 1 global mobile operators, including Vodafone, Telefonica, TIM Brasil, BT and Orange.

The new gateway can be used for the backhaul of cell site traffic and is based on an open and disaggregated architecture for existing 2G/3G/4G and future 5G mobile infrastructure. The platform runs Infinera’s Converged Network Operating System (CNOS), a disaggregated carrier-class routing software stack,

"We are pleased to welcome Infinera to our DCSG open networking ecosystem, which is expanding the scope and value of disaggregation beyond optical transport networks,” said Luis Martin Garcia, Co-Lead, Disaggregated Cell Site Gateways project group, TIP. “Open networks can help operators as they build out 5G infrastructure by reducing costs, expanding and leveraging automation so they are more agile in introducing new services."

“As part of our ongoing commitment to open networking, we are excited to demonstrate the value of our disaggregated CNOS software within the framework of TIP’s DCSG specification,” said Mikko Hannula, Vice President, Engineering & Product Management at Infinera. “Our DCSG solution is enhanced by our comprehensive portfolio of software-defined networking-capable networking solutions and end-to-end system integration capabilities.”

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MAREA transatlantic cable sets record: 26.2 Tbps over 6,000 km

A team of researchers from Infinera has achieved new benchmarks for efficiency for transatlantic fiber optic cables. By employing 16QAM modulation on the MAREA transatlantic cable, the researchers generated signal speeds topping out at 26.2 terabits per second, a 20 percent increase over what the cable designers originally thought feasible. By comparison, the most common way signals are modulated for MAREA today only reaches 9.5 terabits per second. The test marked the first time PM-16QAM signals were sent such distances.

The 6,605-km MAREA cable came online last year and is made of eight pairs of optic fibers, with each pair designed to carry 20 Tbps.

The paper will be presented at the upcoming Optical Fiber Conference and Exposition, held 3-7 March in San Diego, Calif., U.S.A.

“In an optical fiber, it’s desirable to carry more data per second, which we call the fiber capacity, and also to be able to send the signal over longer distances, which we call the optical reach,” said Dr. Pierre Mertz, an author on the study. “In simple terms, if you try to push the limits of fiber capacity you will reduce the reach. The biggest challenge is that the system was operating very close to the Shannon Limit, or the theoretical maximum information transfer rate for a communications channel, according to Mertz. "That means that every gain we make becomes harder and harder,” he said.

Authors: Stephen Grubb, Pierre Mertz, Ales Kumpera, Lee Dardis, Jeffrey Rahn, James O’Connor, Matthew Mitchell

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IP Infusion announces white box partnership with Infinera

IP Infusion, a supplier of carrier-grade software stacks, announced a partnership agreement with Infinera.

Specifically, Infinera will use IP Infusion’s OcNOS networking operating system to enhance its IP-based white box offerings targeting a broad range of transport applications, including packet-optimized Data Center Interconnect (DCI).

New initiatives such as the Telecom Infra Project (TIP) Distributed Cell Site Gateway and ONF’s CORD reference designs are looking to disaggregated open infrastructures that offer choice, innovation and cost efficiencies.

"We are excited to partner with Infinera, a company with a distinguished track record of innovation in packet optical networking and a leader in open and disaggregated solutions for carriers, ICPs, and data center operators worldwide,” said Atsushi Ogata, President and CEO of IP Infusion.

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Infinera outlines "Infinite" end-to-end network architecture

Infinera outlined its end-to-end architecture for instantly scalable, self-optimizing networks that dynamically adapt to the demands of users and applications.

The Infinite Network expands the power of Infinera’s unique vertically integrated Infinite Capacity Engine (ICE) and Instant Bandwidth operational model by introducing the newest generation of ICE technology, extending ICE and Instant Bandwidth to the network edge and integrating them into a comprehensive new framework of open, disaggregated, packet-optimized solutions with network automation and machine learning.

Infinera said its aim is to enable operators to scale their networks efficiently to support relentless bandwidth growth and new bandwidth-intensive and latency-sensitive applications including 5G services, Distributed Access Architectures (DAA), data center interconnection and cloud-based business services.

The Infinite Network consists of The Infinite Core, The Infinite Edge and Cognitive Networking, providing end-to-end intelligence and automation from edge to core.

• The Infinite Core delivers leading optical performance from metro to subsea, including 600 Gbps per wavelength transmission, record-breaking capacity-reach performance and Infinera’s uniquely flexible, scalable software-defined capacity on demand with Instant Bandwidth. 
• The Infinite Edge is designed to deliver comprehensive solutions for fiber deep architectures, including 5G and DAA. Infinite Edge solutions span Layer 0 to Layer 3 (optical, Ethernet and IP/MPLS with industry-leading technologies for operational efficiency and a disruptive disaggregated router solution that can accelerate innovation, automation and cost-efficiency.  This vision encompasses a family of pluggable coherent optics, based on Infinera’s vertically integrated ICE technology, that can be deployed deep into edge networks, and virtualized lasers, a disruptive technology innovation that promises to dramatically reduce the cost and increase the flexibility of edge networks.
• Cognitive Networking addresses operators’ need to transform their operational models to increase efficiency and service agility. Today, Infinera provides operators with comprehensive foundational software solutions supporting multi-layer, multi-vendor network automation and optimization across The Infinite Core and The Infinite Edge, powered by Infinera’s Transcend software suite. Transcend applications today enable real-time application awareness, network performance monitoring, planning and multi-layer optimization.  The new Cognitive Networking vision will integrate these real-time applications with real-time activation of Instant Bandwidth from edge to core, and add machine learning to continuously optimize application performance and network efficiency. With this comprehensive approach, Infinera will help operators realize their vision of an instantly scalable, self-optimizing network that dynamically adapts to the demands of users and applications.

https://www.infinera.com/the-infinite-network/

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Infinera's ICE6 delivers 800G waves

Infinera's sixth-generation Infinite Capacity Engine (ICE6) will deliver a new benchmark in high-capacity optical transmission with dual-channel 800 gigabits per second (800G) per wave and leading optical performance.

ICE6 combines Infinera’s sixth-generation photonic integrated circuit (PIC) with its in-house 7nm FlexCoherent digital signal processor (DSP) technology. It is packaged in a cross-platform digital coherent module.

Infinera said its leap to 800G waves is achievable thanks to its use of revolutionary Nyquist subcarriers, deep vertical integration, and mastery of indium phosphide photonics. Featuring a second-generation probabilistic constellation shaping engine, powered by 7 nm technology and a comprehensive toolkit of advanced coherent technologies, ICE6 will deliver up to 45 percent higher maximum capacity per fiber, streamlined operations and lowest total cost of ownership.

“Infinera continues to lead industry innovation with ICE6, delivering the first coherent 800G per wave solution to the market ahead of schedule,” said Dr. Dave Welch, Infinera Founder and Chief Innovation Officer. “Similar to the launch of ICE4, ICE6 will transform the market by delivering cutting-edge technology, designed in house, enabling network operators to respond to the insatiable demand for capacity quickly while optimizing costs.”

The ICE6 PIC is available today, and will be demonstrated for the first time at next month's OFC in San Diego, The FlexCoherent 6 DSP will be available in Q3-2019, with the complete ICE6 optical engine available by end of year, and platforms powered by ICE6 commercially available in the second half of 2020.

https://www.infinera.com/infinera-announces-ice6-the-next-generation-infinite-capacity-engine-featuring-800g-waves/

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Mexico's GTAC deploys Infinera for nationwide backbone

Grupo de Telecomunicaciones de Alta Capacidad (GTAC) has deployed the Infinera mTera universal switching and transport solution to scale long-haul service capacity and increase efficiency in its nationwide fiber backbone.

The mTera deployment interconnects major cities across Mexico, including Mexico City, Estado de México, Guadalajara, Puebla, Hermosillo, Queretaro and Ciudad Juarez, among others. Working with the Infinera global services organization, GTAC was able to deploy and turn up end-user customer services over 51 sites in 10 weeks.

“We are excited to be a solutions partner to GTAC and help them transform their fiber optic infrastructure to deliver enhanced value to their customers,” said Bob Jandro, Senior Vice President, Worldwide Sales at Infinera. “In addition to providing a scalable foundation for growth, the innovative universal switching capabilities of our mTera platform make it an ideal solution for metro and long-haul core networks experiencing traffic growth driven by mobile, cloud and video services and applications.”

Infinera adds Advanced Data Encryption to mTera Platform

Monday, December 10, 2018    

Infinera released Layer 1 Optical Transport Network (OTN) data encryption capabilities on its mTera Universal Switching Platform.

The mTera platform offers network operators the flexibility to define any interface with OTN, Multiprotocol Label Switching-Transport Profile (MPLS-TP) or Carrier Ethernet switching, decreasing network complexity while accelerating new service deployment across metro, regional and long-haul networks.

Highights of the Infinera mTera Universal Switching Platform:

• Scale up to 7 Tb/s in a single shelf or 12 Tb/s in a paired shelf configuration
• Easily migrate Synchronous Optical Networking (SONET)/Synchronous Digital Hierarchy (SDH) to packet-optical technologies
• Minimize regens with reach of over 5,000 kilometers (km) in terrestrial networks and over 12,000 km in submarine networks
• Most solutions on the market bulk encrypt all the data going through a transponder, providing no ability to differentiate services across the interface. Conversely, the mTera platform provides Layer 1 OTN data encryption in a multi-terabit, multi-layer switching platform, enabling network operators to differentiate services by selectively encrypting individual or multiple services. The optional Layer 1 OTN data encryption technology on the mTera platform is enabled via software and can be applied at wire speed to 100 gigabits per second, 10 Gb/s and sub-rate leased line services with Ethernet, OTN or SONET/SDH, as well as other client interfaces.

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Infinera expands its metro packet-optical portfolio

Infinera introduced a compact, high-density 1 rack unit (1RU) metro packet-optical platform for access and aggregation of diverse metro traffic types, including high-speed Ethernet and 10 Gbps and 100 Gbps WDM.

The new Infinera 7100 PSX-3S solution:

• Minimizes footprint with 376 Gbps of packet switching capacity in a compact 1RU platform with 250-millimeter depth
• Reduces space and power costs by eliminating 10 Gbps transponders for WDM transport over long distances
• Accelerates service provisioning with zero-touch provisioning and built-in support for Ethernet service activation testing
• Currently in customer trials and available for commercial deployment.

As part of the 7100 Series of packet-optical transport platforms, the 7100 PSX-3S leverages packet switching software capabilities deployed in leading Tier 1 carrier networks. The compact 7100 PSX-3S can be deployed as a standalone solution or as part of an integrated offering with the 7100 and mTera metro transport platforms, with end-to-end management and software-defined networking control enabled by the Infinera Transcend Software Suite.

“Traffic growth at the network edge continues to drive demand for more efficient and flexible metro transport solutions,” said Uwe Fischer, Senior Vice President, System Solutions Business Group, Infinera. “The 7100 PSX-3S is the latest addition to our comprehensive portfolio that spans the edge to the core of the metro network.”

https://www.infinera.com/products/7100-packet-optical-transport-solutions/

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Infinera adds former Oclaro CEO Greg Dougherty to Board

Infinera has appointed Greg Dougherty to its board of directors, effective immediately.

Most recently, Dougherty served as Chief Executive Officer of Oclaro from June 2013 until its acquisition by Lumentum in December 2018. He also served as a director of Oclaro from April 2009 to the completion of the sale in December 2018. Prior to Oclaro, Mr. Dougherty served as a director of Avanex Corporation, a leading global provider of intelligent photonic solutions, from April 2005 to April 2009, when Avanex and Bookham merged to become Oclaro.

Infinera also announced that John P. Daane, a member of the Infinera board of directors since January 2016, will not stand for reelection at the upcoming 2019 Annual Meeting of Stockholders.

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Australia-Japan Cable upgrades with Infinera for 60% capacity boost

Infinera completed of a major upgrade to Australia-Japan Cable’s (AJC) submarine cable system connecting Australia, Guam and Japan, tripling the lit capacity on the 12,700-kilometer subsea cable system.

AJC upgraded their Infinera DTN-X network with Infinera’s fourth generation optical engine – ICE4 (Infinite Capacity Engine). The network upgrade also delivers a 60 percent end-of-life capacity increase to AJC’s trans-Pacific cable system. AJC first deployed Infinera’s subsea solution in 2014.

Infinera noted the recent capacity upgrade with ICE4 was achieved without service interruption. AJC is now able to rapidly activate new capacity for customers with Infinera Instant Bandwidth.

“Infinera’s newest optical engine – ICE4 – enabled AJC to easily add more capacity per fiber pair,” said David Crofts, CEO, Australia-Japan Cable. “The ICE4 upgrade to our DTN-X network from Infinera is performing better than advertised, allowing AJC to easily deliver multi-terabit capacity with low power consumption and the reliability required for subsea networks.”

“We are delighted to partner with AJC as they expand their network capacity through the deployment of Infinera’s high-performance ICE4 optical engines,” said Andrew Bond-Webster, Vice President, Sales, Infinera. “Infinera’s subsea solution delivers on short lead times, offering customers like AJC the ability to quickly activate new capacity and reliably restore customer services should a subsea cable fault occur.”

http://www.infinera.com

http://www.ajcable.com/

• Investors in AJC include Telstra, AT&T, NTT, Verizon and Softbank.

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Italy's IRIDEOS announces 400G super-channels based on Infinera

IRIDEOS, an Italian infrastructure provider with 12 data centers and 30,000 km of optic fiber deployed along motorways, announced the ability to support connections up to 400 Gbps following an upgrade to its transport network.

The IRIDEOS network is based on ultra-low latency, direct optical paths ensuring high performance, and on an ASON architecture and GMPLS protocols for dynamic protection of services.

IRIDEOS said the use of integrated super-channels allows very high-capacity transport that, according to the connections, for example between Milan and Rome, support up to 400 Gigabits. The

“Leveraging the latest-generation technologies provided by Infinera, we now offer a diversified and protected network for high-speed data transfer and are ready to support the most innovative services requiring high-bandwidth capacity like high resolution video, real-time transmission, IoT, and augmented reality,” said Sandro Falleni, Head of Technologies and Systems of IRIDEOS. “The Infinera mTera platform, featuring an SDN-ready architecture, enables our network to deliver dynamically protected data transfer services over multiple paths with more flexibility in routing capacity.” 

IRIDEOS is 78.3% owned by F2i, the largest Italian infrastructure fund, and 19.6% by Marguerite, the infrastructural fund created by six European public financial institutions and the European Commission.

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Japanese carrier deploys Infinera's mTera in metro backbone

A leading Japanese service provider and affiliate of Power Nets Japan (PNJ) has selected Infinera’s mTera Universal Transport Platform to scale its metro network infrastructure. The Infinera mTera will be deployed to support high-capacity interconnect between core data center sites in one of Japan’s major metropolitan areas. At the same time, the highly flexible solution will create a more efficient means of delivering local and regional end-user services, including data center interconnect, private cloud, and high-speed internet access.

The Infinera mTera offers the utilities-based service provider a flexible multiservice transport solution that supports software-defined Universal Switching, including Optical Transport Network (OTN), Carrier Ethernet, MPLS-TP, and SONET/SDH in a single, power-efficient system architecture, with the option of an integrated DWDM layer based on reconfigurable optical add-drop multiplexer (ROADM)-on-a-blade technology. The ultra-compact, power-efficient mTera offers 7 Tbps of universal switching capacity per shelf with up to 12 Tbps of total switching capacity per rack.

Infinera teamed with NEC Networks and System Integration Corporation (NESIC) on the project.

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MEF18 PoC - Orchestrated Multilayer Optical Transport

MEF18 Proof of Concept, 29 - 31 Oct - MEF 3.0 Implementation for Orchestrated Multilayer Optical Transport. PoC Participants: CenturyLink, Telefonica, TELUS, Infinera/Coriant, and NEC/Netcracker.

Speaker: Jack Pugaczewski, Distinguished Network Architect, CenturyLink and MEF Distinguished Fellow.

This MEF 3.0 Implementation POC demonstration shows multiple MEF 3.0 LSO APIs and TAPI Connectivity, Topology, and Notification APIs working collaboratively to illustrate automated service orchestration, fulfillment, and assurance for MEF 3.0 Subscriber Layer 1 Connectivity Services in an Ethernet/OTN overlay/underlay multi-technology, multi-layer, multi-domain network.  This is in support of bandwidth-on-demand and dynamic restoration use cases.

The PoC demonstrates the power of applying generic network abstraction concepts such as constraint, forwarding, and termination to control, manage, and orchestrate multi-technology, multi-layer, multi-vendor domains in a consistent manner.  This is done using a common API framework – including the MEF LSO Presto Network Resource Provisioning (NRP) API that is built on top of the ONF Transport API framework – to provision and control L2/L1/L0 transport network resources in support of corresponding MEF 3.0 services. The PoC also incorporates LSO Interlude, LSO Allegro, and LSO Adagio APIs.

The PoC leverages and builds on the recently concluded joint MEF-OIF-ONF 2018 worldwide Transport API interop demo, thus bringing the optical transport implementation expertise into MEF, keeping with the MEF 3.0 objectives.

Finally, the PoC fulfills the key object to demonstrate the viability of MEF 3.0 transformational global services framework for defining, delivering, and certifying assured services orchestrated across a global ecosystem of automated multi-technology, multi-layer networks.

Save the date for MEF19, 18-22 November 2019, JW Marriott, LA LIVE, Los Angeles.

https://youtu.be/PX-Cuv6QfNU

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