Universal Broadband Access
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The American Recovery and Reinvestment Act (ARRA) of 2009 funds programs to build universal, sustainable access to broadband Internet services that foster education, public safety, government efficiency, and commercial activity. This vision for universal, high-performance broadband requires network operators to address the unique needs of a wide range of network users by constructing a full-service metro network leveraging existing technologies—such as Ethernet and OTN—to provide rapidly scalable and reliable service.
The American Recovery and Reinvestment Act (ARRA) of 2009 funds programs to build universal, sustainable access to broadband Internet services that foster education, public safety, government efficiency, and commercial activity. This vision for universal, high-performance broadband requires network operators to address the unique needs of a wide range of network users by constructing a full-service metro network leveraging existing technologies—such as Ethernet and OTN—to provide rapidly scalable and reliable service.
Evolving to a Smart Grid Energy Network
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Electric power systems constitute the fundamental infrastructure of modern society. Electric power grids and distribution networks reach virtually every home, office, factory, and institution in the industrialized world. While the basic electric grid design—based on concepts established over 75 years ago—has proven useful, its evolution has not kept up with advances in technology. Numerous pressures on the electric power delivery system are converging, forcing the system to evolve in different ways.
Electric power systems constitute the fundamental infrastructure of modern society. Electric power grids and distribution networks reach virtually every home, office, factory, and institution in the industrialized world. While the basic electric grid design—based on concepts established over 75 years ago—has proven useful, its evolution has not kept up with advances in technology. Numerous pressures on the electric power delivery system are converging, forcing the system to evolve in different ways.
The Common Photonic Layer
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Common Photonic Layer (CPL) represents a significant development in the ongoing evolution to an Adaptive Optical Engine. CPL leverages years of proven expertise in developing and deploying optical network solutions and separates the optical line side from the service side. This service/photonic separation enables Ciena to deliver a highly flexible, optimized and intelligent common photonic layer to metro, regional and long-haul networks. This common approach eliminates the boundaries between each, thereby creating one converged, easy-to-operate, all-optical network.
Common Photonic Layer (CPL) represents a significant development in the ongoing evolution to an Adaptive Optical Engine. CPL leverages years of proven expertise in developing and deploying optical network solutions and separates the optical line side from the service side. This service/photonic separation enables Ciena to deliver a highly flexible, optimized and intelligent common photonic layer to metro, regional and long-haul networks. This common approach eliminates the boundaries between each, thereby creating one converged, easy-to-operate, all-optical network.
Wireless Backhaul Network Solutions Enabled by Ciena's Carrier Ethernet Service Delivery Portfolio
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Mobile operators must reduce the cost-per-bit of data transport in the backhaul network while continuing to provide greater bandwidth for new high-speed data services, ensure voice quality, maintain carrier-grade OAM and provide circuit-like resilience. Carrier Ethernet technology provides a solution to these backhaul problems. With its CESD portfolio, Ciena has found a way to maximize the value of Carrier Ethernet for successful backhaul services.
Mobile operators must reduce the cost-per-bit of data transport in the backhaul network while continuing to provide greater bandwidth for new high-speed data services, ensure voice quality, maintain carrier-grade OAM and provide circuit-like resilience. Carrier Ethernet technology provides a solution to these backhaul problems. With its CESD portfolio, Ciena has found a way to maximize the value of Carrier Ethernet for successful backhaul services.
Automated End-to-End Managed Service Delivery and Capacity Allocation
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End-to-end managed services are becoming key elements for profitability, enabling network operators to differentiate service offerings with more than just transport capacity. The synergy of CoreDirector, CN 4200, and ON-Center provides operators the ability to transform networks into operationally scalable, programmable service-delivery engines for cost-effective on-demand, end-to-end, managed services with six-9s availability and rapid infrastructure capacity allocation.
End-to-end managed services are becoming key elements for profitability, enabling network operators to differentiate service offerings with more than just transport capacity. The synergy of CoreDirector, CN 4200, and ON-Center provides operators the ability to transform networks into operationally scalable, programmable service-delivery engines for cost-effective on-demand, end-to-end, managed services with six-9s availability and rapid infrastructure capacity allocation.
Native Digital Video Transport for the Content Production and Broadcasting Industries
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Broadcasters and film and television producers face the common challenge of transporting HD video content reliably and cost-effectively. Whether they need to transfer video between production studios (pre- and post-), or from an external venue to the production studios, the key considerations include signal integrity, cost and operational simplicity.
Broadcasters and film and television producers face the common challenge of transporting HD video content reliably and cost-effectively. Whether they need to transfer video between production studios (pre- and post-), or from an external venue to the production studios, the key considerations include signal integrity, cost and operational simplicity.
Traitement optique cohérent pour les réseaux haute capacité
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Les réseaux toujours plus grands et toujours plus rapides créent un paradoxe pour les fournisseurs de réseaux actuels : ils doivent accroître la capacité disponible pour les utilisateurs, tout en réduisant les coûts. Les fournisseurs d’équipements se sont immédiatement penchés sur cette question. Ils examinent et offrent une grande variété de techniques visant à trouver une solution au défi de la bande passante à haute capacité. Une solution en particulier, mise au point par Ciena en tant qu’approche optimale et connue sous le nom de « traitement optique cohérent » (coherent optical processing), promet d’aider les prestataires de services à résoudre leur dilemme, en autorisant d’énormes augmentations de capacité sans augmentation des dépenses d’investissement et d’exploitation.
Les réseaux toujours plus grands et toujours plus rapides créent un paradoxe pour les fournisseurs de réseaux actuels : ils doivent accroître la capacité disponible pour les utilisateurs, tout en réduisant les coûts. Les fournisseurs d’équipements se sont immédiatement penchés sur cette question. Ils examinent et offrent une grande variété de techniques visant à trouver une solution au défi de la bande passante à haute capacité. Une solution en particulier, mise au point par Ciena en tant qu’approche optimale et connue sous le nom de « traitement optique cohérent » (coherent optical processing), promet d’aider les prestataires de services à résoudre leur dilemme, en autorisant d’énormes augmentations de capacité sans augmentation des dépenses d’investissement et d’exploitation.
Delivering True Carrier Ethernet Business Services
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A number of business trends—including the maturation of virtualization and cloud-based applications—are impacting service provider networks and service consumption. Service providers must adapt quickly in an environment where demand for services is evolving continuously, network traffic distribution is changing constantly, and bandwidth is growing continually. Pure cost reduction, although very important, is no longer sufficient; the emphasis must shift to growing top-line revenue through the creation and deployment of new Ethernet business services with greater velocity, automation, and customization.
A number of business trends—including the maturation of virtualization and cloud-based applications—are impacting service provider networks and service consumption. Service providers must adapt quickly in an environment where demand for services is evolving continuously, network traffic distribution is changing constantly, and bandwidth is growing continually. Pure cost reduction, although very important, is no longer sufficient; the emphasis must shift to growing top-line revenue through the creation and deployment of new Ethernet business services with greater velocity, automation, and customization.
40G Submarine Transport Applications
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Deployed the world over for high-capacity terrestrial networks, Ciena’s leading 40G Adaptive Optical Engine enables operators to maximize reach and capacity cost-effectively for submarine transport applications. Ciena has taken its industry-leading, “demolition-free” technology and enhanced it to enable 40G overlay of ultra-long-haul submarine systems, including transoceanic links. Using the innovative coherent receiver and DP PSK modulation technology, submarine networks can be seamlessly upgraded to 40G with only the addition of new terminal equipment, significantly extending the life of existing cable plants.
Deployed the world over for high-capacity terrestrial networks, Ciena’s leading 40G Adaptive Optical Engine enables operators to maximize reach and capacity cost-effectively for submarine transport applications. Ciena has taken its industry-leading, “demolition-free” technology and enhanced it to enable 40G overlay of ultra-long-haul submarine systems, including transoceanic links. Using the innovative coherent receiver and DP PSK modulation technology, submarine networks can be seamlessly upgraded to 40G with only the addition of new terminal equipment, significantly extending the life of existing cable plants.
The Strategic Imperative of an Ethernet Metro Aggregation Network
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IP and Ethernet traffic is growing approximately 40 percent per year. Unfortunately, by 2010, broadband and wireless service revenues are projected to grow only 10 and three percent respectively. Service providers must better monetize this traffic growth while optimizing the service delivery architecture, and controlling both CAPEX and OPEX for rapidly growing and evolving IP and Ethernet services.
IP and Ethernet traffic is growing approximately 40 percent per year. Unfortunately, by 2010, broadband and wireless service revenues are projected to grow only 10 and three percent respectively. Service providers must better monetize this traffic growth while optimizing the service delivery architecture, and controlling both CAPEX and OPEX for rapidly growing and evolving IP and Ethernet services.
Optical Submarine Transport Solutions
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All global networks must cross seas and oceans, and have the ability to provide customers with seamless and reliable connections from any place at any time. With repeatered and unrepeatered 40G submarine solutions, Ciena is at the forefront of key submarine-enabling technology development—volume deployable 10G/40G/100G interfaces, FEC, Raman amplification and ROADM—putting Ciena in a unique position to deliver optical submarine transport solutions with a combination of the strongest performance and highest capacity in the industry.
All global networks must cross seas and oceans, and have the ability to provide customers with seamless and reliable connections from any place at any time. With repeatered and unrepeatered 40G submarine solutions, Ciena is at the forefront of key submarine-enabling technology development—volume deployable 10G/40G/100G interfaces, FEC, Raman amplification and ROADM—putting Ciena in a unique position to deliver optical submarine transport solutions with a combination of the strongest performance and highest capacity in the industry.
Wire-Speed Encryption Solution
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Whether supporting time-critical financial transactions, sensitive healthcare record storage, secure military communications, or simply wireless voice connections, today’s IT infrastructure is asked to do more than ever in an environment of increasing threats. Given the distributed nature of today’s leading-edge applications (such as sensor-based data gathering), the need for secure and reliable transmission facilities is ever-increasing.
Whether supporting time-critical financial transactions, sensitive healthcare record storage, secure military communications, or simply wireless voice connections, today’s IT infrastructure is asked to do more than ever in an environment of increasing threats. Given the distributed nature of today’s leading-edge applications (such as sensor-based data gathering), the need for secure and reliable transmission facilities is ever-increasing.
Economic Benefits of End-to-End OTN Service Switching
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The unrelenting growth of bandwidth demand is causing a number of dilemmas for network operators—including how best to accommodate the need to provision higher-rate circuits, both for enterprise private-line customers and for operators’ own infrastructure for higher-layer services. End-to-end OTN service switching is the most economical way to compete for and handle the growth in high-bandwidth optical services. No other solution allows operators to turn up new services faster and more efficiently while removing the cost of uncertainty in future traffic mix.
The unrelenting growth of bandwidth demand is causing a number of dilemmas for network operators—including how best to accommodate the need to provision higher-rate circuits, both for enterprise private-line customers and for operators’ own infrastructure for higher-layer services. End-to-end OTN service switching is the most economical way to compete for and handle the growth in high-bandwidth optical services. No other solution allows operators to turn up new services faster and more efficiently while removing the cost of uncertainty in future traffic mix.
Submarine Solutions for an Increasingly Competitive Market
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Telegeography says international Internet bandwidth has more than quadrupled in just three years—a 60 percent annual growth rate. Yet in spite of very strong demand, the industry has seen significant price erosion. In addition, customers are migrating to higher-bandwidth services, with an expectation for higher service availability and lower cost per bit, as their need for business continuity and higher total connection capacity grows. Ciena is uniquely positioned to help international operators improve the scalability, resiliency, and manageability of their undersea networks while offering the widest service portfolio.
Telegeography says international Internet bandwidth has more than quadrupled in just three years—a 60 percent annual growth rate. Yet in spite of very strong demand, the industry has seen significant price erosion. In addition, customers are migrating to higher-bandwidth services, with an expectation for higher service availability and lower cost per bit, as their need for business continuity and higher total connection capacity grows. Ciena is uniquely positioned to help international operators improve the scalability, resiliency, and manageability of their undersea networks while offering the widest service portfolio.
Putting Assured Networking to Work for Government
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The complexity of current IT networks, a shortage of skilled technical talent, and legislative challenges have slowed the pace of renovation of cumbersome, costly network infrastructures. However, top government officials recognize the need for greater visibility into network operations, along with precise real-time information to accelerate and improve decision-making.
The complexity of current IT networks, a shortage of skilled technical talent, and legislative challenges have slowed the pace of renovation of cumbersome, costly network infrastructures. However, top government officials recognize the need for greater visibility into network operations, along with precise real-time information to accelerate and improve decision-making.
Combining Carrier Ethernet Switching and Packet Radio Transport
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Bandwidth demand is rapidly outgrowing the inflexibility and limited capacities of traditional data transport methods, driving a significant number of worldwide operators to implement architectures based on fixed point-to-point packet radio transport solutions (microwave or millimeter wave), or a mixture of fiber and packet radio solutions.
Bandwidth demand is rapidly outgrowing the inflexibility and limited capacities of traditional data transport methods, driving a significant number of worldwide operators to implement architectures based on fixed point-to-point packet radio transport solutions (microwave or millimeter wave), or a mixture of fiber and packet radio solutions.
