SFP Series fiftieth Week News Abstract 14
Week News Abstract For SFP Series in 10GTEK
The abstract is mainly about the optical communication related products,including: FTTH,GPON,EPON,SFPPLC,PTN,ODN,Optical module,Optical devices,optical communications,Optical transceiver module,Etc.
The evolution in packet-optical transport systems
The tremendous growth of data services over the last several years has resulted in unprecedented bandwidth and capacity challenges for operators. In response to these challenges, infrastructure vendors quickly introduced the packet-optical transport system (P-OTS), a next-generation (NG) optical transport platform designed to address the issues of bandwidth, capacity, and scale in telecom networks.But for many operators, early P-OTS installations failed to deliver on the promises of operational efficiency, capex savings, optimized total cost of ownership (TCO), and lower cost per bit due to a number of issues. Let’s explore the P-OTS offerings that have been developed to date – as well as their limitations – and how P-OTS technology should evolve to create a more viable “beyond NG” transport platform capable of easing operators’ scalability and profitability pain points.Ever since the introduction of the P-OTS concept, infrastructure vendors have worked hard to develop platforms that aim to make today’s data-deluged transport networks more supportive of new services, more resilient, easier to manage, and more cost-effective. However, to date these systems have failed to live up to expectations due to a number of shortcomings or pitfalls. These include:Minimal Layer 2 functionality: A number of vendors have taken the path of simply adding Layer 2 switching to a blade on their existing WDM systems. The problem with this approach is that it’s primarily focused on Layer 1 and these systems lack any scalable data switching or full Carrier Ethernet capabilities. While these vendors may position their offerings as end-to-end systems, in reality a different device is required for each layer in the network and, as a result, the full synergies of a true P OTS can never be achieved.Single-layer management: Some vendors added P-OTS functionality just at the management layer. This approach is not designed to span the metro and core end-to-end within a single platform and thus can strand potential capex and opex savings.Multiple devices supporting each layer: Other vendors require operators to purchase and deploy a variety of different shelves to get ODU-crossconnect or ROADM capabilities. This requirement reduces the operational and packaging efficiencies that a well-designed P-OTS should offer.Overly integrated designs: Still other vendors have brought to market an inflexible mix of integrated technology that requires operators to invest in functionality they do not yet need. This results in a high-cost entry point and a great potential to strand capex. As well, many router vendors have chosen to implement full Layer 3 intelligence end to end, regardless of cost or need. This design strategy disregards the attractive and well-proven benefits of using traditional transport OAM functionality to embrace the packet layer.What all these approaches have in common is that they involved repurposing existing platforms and concepts to meet time-to-market or budget objectives. A better approach would see a bona fide NG transport system built from the ground up to be capable of more cost effectively scaling and more efficiently supporting packet- and circuit-based services (and even converging networks when the time is right). Because of this, new requirements have emerged to address these challenges and transform the P-OTS into a more practical NG transport tool.While the P-OTS platforms of the past did not fully meet operators’ requirements for NG transport, they did succeed in demonstrating the value of integrating optical and packet technology in a single platform. The next step in the evolution of P-OTS clearly would be a purpose-built system that addressed the shortcomings we’ve just described.Such a multi-layered transport system would marry the scalability, performance, cost, and operational abilities of optical networks with the adaptability, cost-effectiveness, and flexible service creation aspects of packet networks. Specifically, such a platform would provide:Convergence of network layers to reduce the cost of building and operating networks.Integration of Layer 0-3 functionality in a single platform to reduce capex, opex, and cost per bit.A modular and flexible design that enables a low entry cost and pay as you grow scalability for added functionality.A single management system for all network layers, allowing new services to be introduced quickly and maintained easily.Such a platform would offer true NG transport, as it would fully integrate multiple network layers in a modular, flexible design that enabled operators to scale cost-effectively, make maximum use of network resources, optimize TCO, and protect existing revenue streams. It also would enable the creation of new revenue opportunities. Although early generation P-OTS may have not achieved their full potential due to less than ideal execution, they thankfully offered a clear direction for evolution toward a more optimal approach. The next step in P-OTS will offer more intelligent, efficient, and flexible “beyond NG” transport. The resulting system should fully integrate the packet and optical layers to enable operators to minimize cost and maximize the profitability of services, both today and well into the future.
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Australia: Pacnet Owns Trademark for 'PACNET'
Classes: 37 [Underwater construction, underwater maintenance and underwater repair of telecommunications cables, networks and systems; provision of information, advisory and consultancy services for the aforesaid services; all included in Class 37 and 38 Telecommunications services; telecommunications by means of a global communications network; telecommunications services between computer networks; routing of voice conversations over the Internet or through any other Internet Protocol-based network or through any circuit switched network; data communication services; data transmission services over telecommunications networks; remote transmission of data by means of telecommunications; services for the electronic transmission of messages; computer supported transfer of digital voice, video, data, text, facsimile, image and multimedia messages and images; transmission of digital information, receiving and exchange of information, messages, images and data; wireless communication services; wireless telephone services; providing access, and leasing access time, to a global communications network (Internet Service Providers); providing access, and leasing access time, to a computer database (Internet Service Providers); provision of information, management, consultancy and advisory services in the field of telecommunications for business or domestic purposes; rental of telecommunications equipment, components, supplies and systems; communications by fiber optic networks, namely, providing fiber optic network services; telecommunications routing and junction services; telecommunications by access network via multiplexes, fiber cables, cross connect switches, namely, voice, data, video and graphics transmission; providing telecommunications gateway services and frame relay connectivity services for data transfer; Internet backbone services, namely, a high-speed line or series of connections that forms a major pathway within a network; Video, data and audio teleconferencing via the Internet, Asynchronous Transfer Mode (ATM) services, Integrated Service Digital Network (ISDN) services, Internet Protocol (IP) communications services, Virtual Private Network (VPN) services and private line services; electronic data transmission packet services; switched voice, data, video and multimedia services; providing multi-user access to a wireless communications network; providing facsimile services; telecommunications services, namely, providing a gateway for connecting between independent telecommunications and computer networks for sharing of internet traffic; telecommunications services, namely, providing toll free services and call routing services; messaging center services in the nature of telephone voice messaging services; providing network access point services for the exchange of Internet traffic among Internet traffic carriers; provision of information, advisory and consultancy services for the aforesaid services; all included in Class 38.
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Infinera Features Latest Product Releases and 100 Gigabit Ethernet Demo at SCTE Cable-Tec Expo
Infinera, a provider of digital optical communications systems, said it will feature the latest release of its DTN metro and long haul DWDM Digital ROADM, ATN WDM metro edge platform, and Infinera's DTN-X, a multi-terabit packet-optical transport platform, at SCTE Cable-Tec Expo.According to a release, Infinera's DTN platform offers new capabilities including 40 and 100 GbE service interfaces to support high-bandwidth applications and a new DWDM line-card supporting 40 Gb/s per wavelength coherent optical transmission, enabling the DTN platform to scale up to 6.4 Tb/s of transmission capacity per fiber.Infinera's ATN 3.0 enhances the capabilities of the ATN by adding Ethernet Add Drop Multiplexing (ADM) on a blade functionality, extending the ATN regional reach up to 700km, and supporting 4G Fiber Channel services, making the ATN the ideal optical platform for cable operators for edge aggregation and commercial services. The Infinera ATN platform continues to support Ethernet, SONET/SDH, OTN, video services and multiservice aggregation to 10Gb/s wavelengths and fully automated optical power management.Designed with 500 Gb/s super-channel Photonic Integrated Circuits (PICs), Infinera's DTN-X offers cable operators a multi-terabit DWDM transport and switching platform. The DTN-X is interoperable with the DTN platform and is planned to support 10/40/100 Gb/s Ethernet and OTN as well as 10/40 Gb/s SONET/SDH and 8/10 Gb/s Fibre Channel.Infinera specializes in digital optical networking systems that are designed to continually improve the economics of optical networking by combining the speed of optics with the simplicity of digital.
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The above information is edited by 10GTEK.
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10GTEK now has developed a full series of optical transceivers including:SFP+,XFP,X2,XENPAK,GBIC,SFP,COPPER SFP,BiDi SFP,CWDM SFP,DWDM SFP etc,from 125Mbps low rate module to 10Gbps full line products.
10GTEK now has developed a full series HPC cable assemblies including SFP/SFP+ Cable,XFP Cable,QSFP Cable,MiniSAS Cables,ect.
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