UK network infrastructure provider - CityFibre, has announced the construction of ultra-high-speed fiber access network in Glasgow, Glasgow in Scotland to build a third Gigabit fiber broadband city. CityFibre said it would cooperate with local partners HighNet network construction starting in early 2016. After the completion of Glasgow broadband speeds up to 100 times the average speed of the UK, in order to better meet the needs of Glasgow for future high-bandwidth services.
CityFibre said network construction will start with the Glasgow city center. The next year there are more than 7,000 businesses near the city center can get gigabit broadband services. After the final completion of the network has more than 15,000 businesses benefit. CityFibre had already deployed a fiber optic network in the United Kingdom Aberdeen, Coventry, Edinburgh, Peterborough and York based on his "Well Planned City" model.
CityFibre company CEO Greg Mesch said he was pleased to start a new Gigabit urban construction in Scotland. HighNet customer base is the key to the success of this network. After the network is completed, CityFibre will become the second largest broadband operator BT Openreach away.
Xtera 100G equipment to win West African submarine cable deployment
Xtera Optical transmission equipment manufacturers, today announced its Nu-wave Optima obtain optical transmission system connecting West Africa to Europe MainOne submarine cable deployment.
MainOne to start operations in July 2010, connecting the West African country, Nigeria, Ghana to Portugal in Europe, the main access points include Portugal Seixal, Accra, Ghana, Accra, Lagos, Nigeria and Morocco, the Canary Islands, Senegal and Ivory coast with branches, after upgrading the total transmission capacity of over 10Tbps.
MainOne submarine cable operating company CEO Funke Opeke said that West African countries are experiencing the information explosion, this year has experienced rapid growth in network traffic, which brings the urgent need for network upgrades. As a major supplier of Eight West African coastal data traffic, MainOne about to connect the South-South region of Cameroon and Nigeria, MainOne need for further deployment of advanced technology to meet customers' demand for reliable high-speed communications services.
MainOne to start operations in July 2010, connecting the West African country, Nigeria, Ghana to Portugal in Europe, the main access points include Portugal Seixal, Accra, Ghana, Accra, Lagos, Nigeria and Morocco, the Canary Islands, Senegal and Ivory coast with branches, after upgrading the total transmission capacity of over 10Tbps.
MainOne submarine cable operating company CEO Funke Opeke said that West African countries are experiencing the information explosion, this year has experienced rapid growth in network traffic, which brings the urgent need for network upgrades. As a major supplier of Eight West African coastal data traffic, MainOne about to connect the South-South region of Cameroon and Nigeria, MainOne need for further deployment of advanced technology to meet customers' demand for reliable high-speed communications services.
Israel PLC integration technology vendors ColorChip re-investment
Israel's high-speed optical modules and optical splitter supplier ColorChip today announced the acquisition of $ 25 million financing to improve operations, accelerate product line expansion.
Israel Development Partnership Program (Israel Growth Partners) led this round of financing, other participants include Vintage Investment Partners, and existing investors Gemini Israel Funds, BRM Group. IGP General Partner ColorChip Haim Shani will join the board. Up to now, ColorChip has completed $ 60 million financing.
ColorChip major development called SystemOnGlass based hybrid integration technology, the use of glass wafer manufacture optical devices, which will bring the field of semiconductor manufacturing technology field of optical communications. ColorChip have their own fab in Israel, and in this to make your own all kinds of devices.
ColorChip company CEO Yigal Ezra indicates, "ColorChip is experiencing rapid growth in the next two years to enhance production capacity more than 15 times. We have already opened up the leading customers in China and the United States. This round of financing will further accelerate the company's expansion to meet the market for ColorChip product rapidly growing demand. "
Israel Development Partnership Program (Israel Growth Partners) led this round of financing, other participants include Vintage Investment Partners, and existing investors Gemini Israel Funds, BRM Group. IGP General Partner ColorChip Haim Shani will join the board. Up to now, ColorChip has completed $ 60 million financing.
ColorChip major development called SystemOnGlass based hybrid integration technology, the use of glass wafer manufacture optical devices, which will bring the field of semiconductor manufacturing technology field of optical communications. ColorChip have their own fab in Israel, and in this to make your own all kinds of devices.
ColorChip company CEO Yigal Ezra indicates, "ColorChip is experiencing rapid growth in the next two years to enhance production capacity more than 15 times. We have already opened up the leading customers in China and the United States. This round of financing will further accelerate the company's expansion to meet the market for ColorChip product rapidly growing demand. "
Amphenol online sales 10G SFP+ Multimode Modules
Amphenol connector maker of online business division "Amphenol Cables on demand" has announced a price of $ 76.95 online supply 10Gbps 10GBASE-SR SFP+ multimode module. Amphenol and three-year warranty for these modules.
Amphenol Corporation said that although Amphenol leader in active and passive electrical interface SFP+ Direct Connect cables aspects markets, Amphenol products around the world get deployed, SFP+ connection is still the mainstream market copper devices, in areas that require long-distance and simplify cable management, the demand for optical modules will gradually increase.
Amphenol declared their 10G SFP+ optical modules compatible OME undergone rigorous testing to ensure that you can replace similar SFP+ modules. These modules are also fully compatible with SFP+ MSA SFF-8431 and IEEE 802.3ae 10GBASE-SW/SR standards.
Amphenol Corporation said that although Amphenol leader in active and passive electrical interface SFP+ Direct Connect cables aspects markets, Amphenol products around the world get deployed, SFP+ connection is still the mainstream market copper devices, in areas that require long-distance and simplify cable management, the demand for optical modules will gradually increase.
Amphenol declared their 10G SFP+ optical modules compatible OME undergone rigorous testing to ensure that you can replace similar SFP+ modules. These modules are also fully compatible with SFP+ MSA SFF-8431 and IEEE 802.3ae 10GBASE-SW/SR standards.
H3C Connect+: let the data center, "Moving"
In the wave of the Internet+ boom, driven by the gradual expansion of construction scale data centers, data center hosting services network is facing pressure surge, operation and maintenance more difficult, how to solve this problem has become the industry focus. Recently, large interconnected Hangzhou H3C Technologies Co., Ltd. (referred to as "H3C") at the Connect+ strategic conference to launch the application-driven data center solutions, to provide users with better data center business resilience deployment, unified management It provides the most practical solution.
Traditional data center construction as a project, each application needs to set by the network, compute, storage, consisting of the underlying architecture, traditional data center is "solid", lack of flexibility and scalability. With the development of business, increase application and data center management software carries more, increasingly redundant system, if the business needs to be adjusted, it is necessary to change the data center architecture, and traditional manual modification high error rate, as well as the deployment of business out slow. In addition, once the network equipment problems, it will affect the business operation of the entire data center to the enterprise serious economic losses.
New IT technology-driven data center transformation, has been one of the key H3C concern. Faced with the user's data center build for the future development, Connect+ H3C's has a very clear point, that is, on the basis of the new release of application-driven network architecture, based on scenarios for data center applications, the development of application-driven data center solutions to achieve business elastically stretchable, minimalist operation and maintenance, to build end service chain, to better integrate the large Internet Connect+ strategic landing.
From the characteristics of view, H3C application-driven data center solutions through hardware resources, NFV pool technology, as well as a cluster controller upward VCFC build resilient network, flexible scheduling resources to service deployment easier; at the same time With the overall platform, form the entire network hierarchy management, resource automatically migrate, there is a problem in the system or re-deployment process, the formation of the business system does not perceive the state, complete and correct operation.
For users, H3C application-driven data center solutions bring value that allows the user via a standard infrastructure, software-defined data center gives the ability to implement the entire network service elastically scalable, automated intelligence and secure. Data Center Planning for confusion often encountered during operation and maintenance, the user can make use of H3C solutions, business address and Internet address are independent, simplifying planning and realization of a one-time physical network configuration, make operation and maintenance easier management more efficient.
In practice, these values have also been tested, such as Tencent data center by deploying H3C application-driven data center solutions, successfully used to take 3-5 days to multiple data center services on-line, the deployment is completed within 1 day , efficiency is improved by 70%. In addition, Tencent also through network virtualization to achieve IT rational allocation of resources, making the effective and rational use of resources, greatly reducing the cost of investment.
Currently, software drivers, application of the concept of the first, has become the industry generally accepted direction. For data center construction, the floor of the road to achieve these concepts is still very long. To be sure, flexible, dynamic data center is the future trend, I believe that with the help of three communications in China, there will be more users join the network change to application-driven parade, with new IT technology to meet the challenges of large Internet era.
Traditional data center construction as a project, each application needs to set by the network, compute, storage, consisting of the underlying architecture, traditional data center is "solid", lack of flexibility and scalability. With the development of business, increase application and data center management software carries more, increasingly redundant system, if the business needs to be adjusted, it is necessary to change the data center architecture, and traditional manual modification high error rate, as well as the deployment of business out slow. In addition, once the network equipment problems, it will affect the business operation of the entire data center to the enterprise serious economic losses.
New IT technology-driven data center transformation, has been one of the key H3C concern. Faced with the user's data center build for the future development, Connect+ H3C's has a very clear point, that is, on the basis of the new release of application-driven network architecture, based on scenarios for data center applications, the development of application-driven data center solutions to achieve business elastically stretchable, minimalist operation and maintenance, to build end service chain, to better integrate the large Internet Connect+ strategic landing.
From the characteristics of view, H3C application-driven data center solutions through hardware resources, NFV pool technology, as well as a cluster controller upward VCFC build resilient network, flexible scheduling resources to service deployment easier; at the same time With the overall platform, form the entire network hierarchy management, resource automatically migrate, there is a problem in the system or re-deployment process, the formation of the business system does not perceive the state, complete and correct operation.
For users, H3C application-driven data center solutions bring value that allows the user via a standard infrastructure, software-defined data center gives the ability to implement the entire network service elastically scalable, automated intelligence and secure. Data Center Planning for confusion often encountered during operation and maintenance, the user can make use of H3C solutions, business address and Internet address are independent, simplifying planning and realization of a one-time physical network configuration, make operation and maintenance easier management more efficient.
In practice, these values have also been tested, such as Tencent data center by deploying H3C application-driven data center solutions, successfully used to take 3-5 days to multiple data center services on-line, the deployment is completed within 1 day , efficiency is improved by 70%. In addition, Tencent also through network virtualization to achieve IT rational allocation of resources, making the effective and rational use of resources, greatly reducing the cost of investment.
Currently, software drivers, application of the concept of the first, has become the industry generally accepted direction. For data center construction, the floor of the road to achieve these concepts is still very long. To be sure, flexible, dynamic data center is the future trend, I believe that with the help of three communications in China, there will be more users join the network change to application-driven parade, with new IT technology to meet the challenges of large Internet era.
2019 global specialty fiber production capacity will increase to 841.7 million pounds
According to BCC Research report, 2014-2019, the global specialty fiber market compound annual growth rate of 7.8%, to 2019, the global specialty fiber production capacity is expected to increase to 841.7 million pounds. Among them, China accounted for 34% increment.
From a regional market, North America, Western Europe and Japan are the world's three largest specialty fiber market, accounting for 72% of total global demand, down from 76% in 2007. The next five years, the emerging economies, including China, India, will usher in rapid development of specialty fiber of this market.
At present, with China as the representative of regional economic growth in East Asia is the fastest growing region. Automobile enterprises have set up plants in these countries, even if car manufacturers from around the world to see the range has been significantly saturated. In addition, from the application market, aerospace, wind energy, fuel cells and other new industrial applications will provide more market specialty fiber.
Analysts CalvinSwift BCC material, "said the new product development, marketing and technical services are a major factor in the success of this market. Most of specialty fiber business or product differentiation strategy adopted or under the fibrous material or concern based on product type market segments. Future five years, North America, Western Europe and Japan and other developed markets will still be the main consumer markets specialty optical fiber, but its share will drop slightly; at the same time, with China as the representative of the specialty fiber market in emerging economies will present new round of growth. "
From a regional market, North America, Western Europe and Japan are the world's three largest specialty fiber market, accounting for 72% of total global demand, down from 76% in 2007. The next five years, the emerging economies, including China, India, will usher in rapid development of specialty fiber of this market.
At present, with China as the representative of regional economic growth in East Asia is the fastest growing region. Automobile enterprises have set up plants in these countries, even if car manufacturers from around the world to see the range has been significantly saturated. In addition, from the application market, aerospace, wind energy, fuel cells and other new industrial applications will provide more market specialty fiber.
Analysts CalvinSwift BCC material, "said the new product development, marketing and technical services are a major factor in the success of this market. Most of specialty fiber business or product differentiation strategy adopted or under the fibrous material or concern based on product type market segments. Future five years, North America, Western Europe and Japan and other developed markets will still be the main consumer markets specialty optical fiber, but its share will drop slightly; at the same time, with China as the representative of the specialty fiber market in emerging economies will present new round of growth. "
MACOM acquisition of Japanese assembly plant FiBest become a full supplier of high-speed optical module
Communications chip maker M/A-Com has announced a price of $ 60 million acquisition of a Japanese TOSA/ROSA manufacturers FiBest, the purchase price is 2.4 times FiBest sales. FiBest products are mainly based on the EML 10Gbps TOSA and APD, ROSA. M/A-Com even claimed FiBest is 1000Gbps TOSA/ROSA leader in the field. This acquisition will significantly expand MACOM rate in more than 100G optical components and leading strength and can further enhance MACOM strength in the Japanese market. FiBest 50% of sales come from Japan.
MACON company CEO John Croteau said the acquisition of FiBest help MACOM get high-speed packaging capabilities enhance the MACOM in the field of optical devices competitive, which will help MACOM provide more valuable solutions for optical module customers. Performance of the optical components is critical data center with 100G optical module energy consumption and cost targets. FiBest product line will greatly enhance MACOM data center in 100G optical device market strength. 2017 will be the data center market with 100G optical device a turning year.
MACOM 2011 M & A chip optical module manufacturers Mindspeed, 2014 M & A InP optical chips manufacturers BinOptics. This acquisition marks a MACOM becoming a supplier of optical modules on the core technology further. They already have all the core elements of high-speed optical module.
MACOM this acquisition is expected to be completed in 2016 before the New Year.
MACON company CEO John Croteau said the acquisition of FiBest help MACOM get high-speed packaging capabilities enhance the MACOM in the field of optical devices competitive, which will help MACOM provide more valuable solutions for optical module customers. Performance of the optical components is critical data center with 100G optical module energy consumption and cost targets. FiBest product line will greatly enhance MACOM data center in 100G optical device market strength. 2017 will be the data center market with 100G optical device a turning year.
MACOM 2011 M & A chip optical module manufacturers Mindspeed, 2014 M & A InP optical chips manufacturers BinOptics. This acquisition marks a MACOM becoming a supplier of optical modules on the core technology further. They already have all the core elements of high-speed optical module.
MACOM this acquisition is expected to be completed in 2016 before the New Year.
Coriant release pluggable optical layer solutions
Coriant innovative network solutions provider recently released for flexible high-speed metropolitan area network applications, to meet the needs of a variety of fixed and mobile applications pluggable optical layer having innovative and cost of the solution.
Coriant pluggable optical layer to a full range of optical layer device into a series of small form-factor pluggable devices, including amplifiers, VOA, power monitor, together light beam splitter, WSS, and so on. By providing mixing and matching various functional devices, pluggable optical layer so that operators can customize the metro optical network without the need to pay for unwanted features. When the end user when there is new demand, new features can be quickly and economically by simply adding new devices to implement, which can protect past investments.
Small size, low power consumption, with support for high-density 10G and 100G optical transmission, Coriant pluggable optical layer solutions for carrier metro network bandwidth upgrade, expand capacity to the metro edge light provides a highly cost-effective solution. This solution supports a range of metro topologies and structures, such as point to point, ring, ROADM, to provide seamless undisturbed for operators to upgrade to the full ROADM capability. Compared to traditional solutions, can save costs by more than 30%, allows operators to gradually increase demand deployment. Pluggable optical layer solution will be the first application in 7100 Coriant packet optical transport platform.
Coriant pluggable optical layer to a full range of optical layer device into a series of small form-factor pluggable devices, including amplifiers, VOA, power monitor, together light beam splitter, WSS, and so on. By providing mixing and matching various functional devices, pluggable optical layer so that operators can customize the metro optical network without the need to pay for unwanted features. When the end user when there is new demand, new features can be quickly and economically by simply adding new devices to implement, which can protect past investments.
Small size, low power consumption, with support for high-density 10G and 100G optical transmission, Coriant pluggable optical layer solutions for carrier metro network bandwidth upgrade, expand capacity to the metro edge light provides a highly cost-effective solution. This solution supports a range of metro topologies and structures, such as point to point, ring, ROADM, to provide seamless undisturbed for operators to upgrade to the full ROADM capability. Compared to traditional solutions, can save costs by more than 30%, allows operators to gradually increase demand deployment. Pluggable optical layer solution will be the first application in 7100 Coriant packet optical transport platform.
Ekinops demonstrate interoperability of their equipment SDN
France Ekinops optical transport equipment vendor interoperability showcase recent performance of its DWDM optical transmission equipment and open source SDN controller. Ekinops announced that its 360DWDM system is proven interoperability with the open source operating system under ONOS SDN network project. The experimental research institutions in France b<>com conduct, which is in the network management field of new technologies, especially the SDN has a wealth of experience.
In tests, Ekinops and b<>com design and development of an interface layer SDN controllers and network management agreement between the Ekinops 360 platform together. Throughout the experiment includes a net-like structure composed of a plurality of 360 ROADM nodes. For this experiment, ONOS controller to create a 100Gbps wavelength line and automatically allocated in the mesh.
Ekinops company CTO Francois X. Ollivier said the experiment was very successful, demonstrating the ability to provide support SDN Ekinops DWDM layer of a solution for carriers.
b<>com also said to 5G network evolution needs more flexible and automation products and services. SDN / NFV based on the concept that this jointly developed interface with Ekinops fully meet the physical transmission layer level management software based on their higher rates of 100G or network management requirements, support NFV applied to a fiber network.
In tests, Ekinops and b<>com design and development of an interface layer SDN controllers and network management agreement between the Ekinops 360 platform together. Throughout the experiment includes a net-like structure composed of a plurality of 360 ROADM nodes. For this experiment, ONOS controller to create a 100Gbps wavelength line and automatically allocated in the mesh.
Ekinops company CTO Francois X. Ollivier said the experiment was very successful, demonstrating the ability to provide support SDN Ekinops DWDM layer of a solution for carriers.
b<>com also said to 5G network evolution needs more flexible and automation products and services. SDN / NFV based on the concept that this jointly developed interface with Ekinops fully meet the physical transmission layer level management software based on their higher rates of 100G or network management requirements, support NFV applied to a fiber network.
2019 Data Internet market will reach nearly $ 5 billion
ACG research firm expects the global optical fiber data center interconnect market will grow from $ 1.1 billion in 2014 to $ 4.7 billion in 2019, a compound annual growth rate of 44.9%.
"The growth is mainly affected by the fiber DCI markets services to data center and cloud migration demand-driven, because service providers need to simplify deployment model and deliver new services and differentiated services", ACG intelligent transport network Practice Leader Tim Doiron said, "The new expansion data center deployments are subject to a variety of service providers including Internet content providers, network service providers and swap providers and promote business. As more and more functions to develop into automation and virtualization, data center interconnect on the capacity, flexibility and versatility of demand will continue to grow, promoting reliable, cost-effective high-speed data center interconnects demand is also a corresponding increase. "
ACG also evaluated the fiber DCI product sales trends, including long distance and metro applications, whether it is large or small multi-slot rack device packaged fiber accessories. ACG platform is expected to Metro DCI (DCI connection support distances up 150km) will continue to dominate long-distance applications. However, metro and long-distance category CAGR will reach 51.5% and 24.6%.
During 2014 to 2019, especially in North America will continue to lead the Americas DCI fiber sales. DCI markets in Europe, Middle East and Africa and the Asia-Pacific region has grown rapidly in the past few years, but still only half the American market.
According to ACG, on the platform types, most optical fiber DCI deployed using a multi-slot chassis products. However, a big wave SFF-like platforms, such as Infinera's Cloud Xpress, Ciena's Waveserver, ADVA Optical Networking's FSP3000 Cloudconnect and 1FINITY T100 have been or are being paved the way to market Fujitsu.
"The growth is mainly affected by the fiber DCI markets services to data center and cloud migration demand-driven, because service providers need to simplify deployment model and deliver new services and differentiated services", ACG intelligent transport network Practice Leader Tim Doiron said, "The new expansion data center deployments are subject to a variety of service providers including Internet content providers, network service providers and swap providers and promote business. As more and more functions to develop into automation and virtualization, data center interconnect on the capacity, flexibility and versatility of demand will continue to grow, promoting reliable, cost-effective high-speed data center interconnects demand is also a corresponding increase. "
ACG also evaluated the fiber DCI product sales trends, including long distance and metro applications, whether it is large or small multi-slot rack device packaged fiber accessories. ACG platform is expected to Metro DCI (DCI connection support distances up 150km) will continue to dominate long-distance applications. However, metro and long-distance category CAGR will reach 51.5% and 24.6%.
During 2014 to 2019, especially in North America will continue to lead the Americas DCI fiber sales. DCI markets in Europe, Middle East and Africa and the Asia-Pacific region has grown rapidly in the past few years, but still only half the American market.
According to ACG, on the platform types, most optical fiber DCI deployed using a multi-slot chassis products. However, a big wave SFF-like platforms, such as Infinera's Cloud Xpress, Ciena's Waveserver, ADVA Optical Networking's FSP3000 Cloudconnect and 1FINITY T100 have been or are being paved the way to market Fujitsu.
Nuage provides the SDN platform for CenturyLink
SDN technology provider Nuage announced that it will provide virtual services platform VSP to CenturyLink one of the three major US carriers, as the backbone of the business part of CenturyLink programmable (PSB) SDN architecture, PSB also CenturyLink efforts to enhance the capacity of the center virtual network. The opening will provide customized based on business NFV for all types of business users of software-based architecture. CenturyLink had already announced as part of its PSB Nuage construction. Ciena and Arista is one of the suppliers of PSB.
CenturyLink said that in order to better serve our customers, they are trying to upgrade the network to achieve faster and more reliable and automated service provisioning, and the customer is most needed services to the network edge. PSB This fundamental dynamic network infrastructure upgrade will provide implementation services, and provide more diversified services in the future.
Nuage also said that the construction of the virtual business platform VSP CenturyLink will provide a variety of benefits. For example, VSP new virtual services and VPN, existing cloud services, unified together. Meanwhile, the physical connection library will provide continuous network security by maintaining a real-time virtual service customers.
From http://www.10gtek.com/news1201.html
CenturyLink said that in order to better serve our customers, they are trying to upgrade the network to achieve faster and more reliable and automated service provisioning, and the customer is most needed services to the network edge. PSB This fundamental dynamic network infrastructure upgrade will provide implementation services, and provide more diversified services in the future.
Nuage also said that the construction of the virtual business platform VSP CenturyLink will provide a variety of benefits. For example, VSP new virtual services and VPN, existing cloud services, unified together. Meanwhile, the physical connection library will provide continuous network security by maintaining a real-time virtual service customers.
From http://www.10gtek.com/news1201.html
Visible light communication studies major breakthrough
Information Engineering University, led by the commitment of the State 863 Program "visible light communication system key technology research" project recently achieved a major breakthrough, real-time communications visible in one fell swoop rate increased to 50Gbps, equivalent to 0.2 seconds to complete a high-definition movie downloads, is currently 5 times the publicly reported the highest international level, the relevant results have been through the national Ministry of Industry and Information Technology Research Institute of Telecommunications Transmission testing and certification.
Visible light communication is the use of semiconductor lighting (LED lamp) light to achieve "a light will be able to access," the new high-speed data transmission technology, its spectral bandwidth is the next generation of wireless radio spectrum bandwidth currently in use in recent times, is a broad application prospects One of communications technology. The unique anti-jamming technology, anti-interception, high-speed broadband access and other capabilities, it has significant application needs and development prospects in the field of high performance computer communications equipment, phased array radar, ships and so on.
Chinese Academy of Engineering, Information Engineering University professor Wu Xing Jiang said that at present, the world has about 44 billion lamps lighting network composed of tens of billions of LED lighting equipment and other equipment to build a giant fusion of visible light communications network. It is envisaged that after the next large-scale visible light communication, each lamp can be used as a high-speed network hotspot, people waiting for the bus in the street can download several movies on the plane, but also can take advantage of high-speed wireless Internet access, LED light source meet the indoor network, networking, car networking, Industry 4.0, secure payment, smart city, defense communications, wireless communication network end demand for Internet + provides a new low-cost access methods.
Information Engineering University is the earliest visible light communication technology research and development and scientific research units, is the responsibility of the State Standardization visible light communication unit, set up a "Chinese visible light communication industry technology innovation strategic alliance." The school academician Wu Xing Jiang, Professor Yu Hongyi research team responsible for a series of key technology breakthroughs, among the international forefront of visible light communications research and development.
Visible light communication is the use of semiconductor lighting (LED lamp) light to achieve "a light will be able to access," the new high-speed data transmission technology, its spectral bandwidth is the next generation of wireless radio spectrum bandwidth currently in use in recent times, is a broad application prospects One of communications technology. The unique anti-jamming technology, anti-interception, high-speed broadband access and other capabilities, it has significant application needs and development prospects in the field of high performance computer communications equipment, phased array radar, ships and so on.
Chinese Academy of Engineering, Information Engineering University professor Wu Xing Jiang said that at present, the world has about 44 billion lamps lighting network composed of tens of billions of LED lighting equipment and other equipment to build a giant fusion of visible light communications network. It is envisaged that after the next large-scale visible light communication, each lamp can be used as a high-speed network hotspot, people waiting for the bus in the street can download several movies on the plane, but also can take advantage of high-speed wireless Internet access, LED light source meet the indoor network, networking, car networking, Industry 4.0, secure payment, smart city, defense communications, wireless communication network end demand for Internet + provides a new low-cost access methods.
Information Engineering University is the earliest visible light communication technology research and development and scientific research units, is the responsibility of the State Standardization visible light communication unit, set up a "Chinese visible light communication industry technology innovation strategic alliance." The school academician Wu Xing Jiang, Professor Yu Hongyi research team responsible for a series of key technology breakthroughs, among the international forefront of visible light communications research and development.
Intel is how to enhance the telecom network?
Intel announced that it will expand its Xeon processor D-1500 products and introduced a new Intel Ethernet controllers to enhance telecommunication network performance and bandwidth.
The announcement for the benefit of Intel's global telecommunications industry to bring more intelligent network service delivery.
Telecommunications network operators Americas Telecom has selected Intel as a technology partner in the Americas and Europe to upgrade their networks.
Intel will help telecom network operators to rapidly and cost-effective way to expand their infrastructure in order to better meet the needs of future things and 5G mobile technology.
Intel has been working with telecom network maker Cisco, South Korean operator SK Telecom and US carrier Verizon, accelerate the construction of a more flexible and sensitive network and lay the groundwork for 5G network.
Intel will provide support for the Inter-American Telecommunications, modernize its infrastructure in Latin America and Europe to accelerate the introduction of new services, automate their processes to reduce network operating costs.
More than 50 more than the use of the Intel Xeon processor D-1500 product family of networks, cloud storage, enterprise storage and networking system designs being developed.
The new Intel Ethernet multi-host controller FM10000 series combines Ethernet technology and switch resources for high-performance applications and dense communications network server platforms. With up to 200Gbps of high-bandwidth multi-host connectivity and multiple 100G Ethernet ports, providing superior packet-based processing power and greatly reduce between the server and the server's internal network traffic performance bottlenecks.
The new Intel Ethernet Controller X550 series is a cost-effective 0G Ethernet connectivity solutions, can improve the performance of servers and network data center applications.
The announcement for the benefit of Intel's global telecommunications industry to bring more intelligent network service delivery.
Telecommunications network operators Americas Telecom has selected Intel as a technology partner in the Americas and Europe to upgrade their networks.
Intel will help telecom network operators to rapidly and cost-effective way to expand their infrastructure in order to better meet the needs of future things and 5G mobile technology.
Intel has been working with telecom network maker Cisco, South Korean operator SK Telecom and US carrier Verizon, accelerate the construction of a more flexible and sensitive network and lay the groundwork for 5G network.
Intel will provide support for the Inter-American Telecommunications, modernize its infrastructure in Latin America and Europe to accelerate the introduction of new services, automate their processes to reduce network operating costs.
More than 50 more than the use of the Intel Xeon processor D-1500 product family of networks, cloud storage, enterprise storage and networking system designs being developed.
The new Intel Ethernet multi-host controller FM10000 series combines Ethernet technology and switch resources for high-performance applications and dense communications network server platforms. With up to 200Gbps of high-bandwidth multi-host connectivity and multiple 100G Ethernet ports, providing superior packet-based processing power and greatly reduce between the server and the server's internal network traffic performance bottlenecks.
The new Intel Ethernet Controller X550 series is a cost-effective 0G Ethernet connectivity solutions, can improve the performance of servers and network data center applications.
SDN data center market in 2015 will increase by more than 70%
Data center SDN Advanced Research reports from Dell'Oro Group shows that in 2015 data centers SDN market is expected to grow more than 70%. 2015 marks an important milestone SDN, many Ethernet switch architecture approved and production deployment is underway.
"With the expansion of large-scale cloud providers to deploy SDN outside influence SDN Ethernet switch market in 2015 significantly improved," vice president of Dell'Oro Group AlanWeckel representation.
"Clearly, 2020 compared to today's data centers will look a big difference. With the stagnation of corporate customers and the expansion of spending from the AWS, Azure and other cloud service provider spending, we have seen overall network SDN and IT market impact. Looking generation 25GE and 50GE server access, AmazonAWS, Google and Microsoft Azure will drive the market development, and we believe that Dell plans to buy EMC is a prelude to further consolidation in the market, while equipment makers will also experience shuffle. "
"With the expansion of large-scale cloud providers to deploy SDN outside influence SDN Ethernet switch market in 2015 significantly improved," vice president of Dell'Oro Group AlanWeckel representation.
"Clearly, 2020 compared to today's data centers will look a big difference. With the stagnation of corporate customers and the expansion of spending from the AWS, Azure and other cloud service provider spending, we have seen overall network SDN and IT market impact. Looking generation 25GE and 50GE server access, AmazonAWS, Google and Microsoft Azure will drive the market development, and we believe that Dell plans to buy EMC is a prelude to further consolidation in the market, while equipment makers will also experience shuffle. "
Ciena for the US Department of Energy has successfully deployed 400Gbps Super Channel
US Department of Energy Sciences Network ESnet and the United States National Energy Research Scientific Computing Center has said NERSC Lawrence Berkeley National Laboratory in California between Oakland and Berkeley, the successful deployment of 400Gbps Super Channel. This fiber-optic lines will help support NERSC migrate from Oakland to Berkeley. Ciena and telecom operators Level 3 is the Super Channel Partner DOE deployment. ESnet is currently deployed 100Gbps main line, the new 400Gbps line to help them test the possibility of higher-speed transmission.
Ciena's 6500 Packet-Optical Platform through two subcarriers 200Gbps wavelengths to achieve a 400Gbps of legend. Levle 3 was ESnet provides dark fiber resources. ESnet and NERSC are expected to carry out a series of experiments based on this experimental line in the next two months.
ESnet said they had two goals this deployment. 400Gbps first want to verify the connection of two large data centers practical work. Second, I hope on this basis can the optical signal transmission, data movement and management techniques to do some research.
Ciena's 6500 Packet-Optical Platform through two subcarriers 200Gbps wavelengths to achieve a 400Gbps of legend. Levle 3 was ESnet provides dark fiber resources. ESnet and NERSC are expected to carry out a series of experiments based on this experimental line in the next two months.
ESnet said they had two goals this deployment. 400Gbps first want to verify the connection of two large data centers practical work. Second, I hope on this basis can the optical signal transmission, data movement and management techniques to do some research.
Huawei together with China Telecom launched the world's largest SDN commercial backbone network construction
According to China Telecom official information display, Huawei won the bid in 2015, China Telecom IDC bearer Private Network Central Purchasing items, including IDC hosting special aggregation routers, access routers (including SDN controller), as well as route reflector device.
The project will cover the construction of six major national telecom base core data centers, as well as 15 core data center of the city, and over the entire network based on the 400G router platform, SDN introducing innovative new technologies and other related network, which will become the world's largest SDN commercial backbone network, to achieve China Telecom cloud base and IDC interconnection between the provinces, to fully protect the rapid deployment and operations of China Telecom IDC / cloud hosting service quality requirements.
By the end of 2014, China Telecom Internet transformation strategy proposed, will be many aspects of the Internet-based operators and service-based business foundation NE, public Internet applications, government and enterprise information technology applications, cloud and big data and enterprise IT operations and other Internet upgrading of focus, a new type of China Telecom to create a comprehensive, full implementation of "de-telecommunications" strategy. With the implementation of China Telecom Internet transformation of network infrastructure also needs to adapt to the Internet reconstructed to meet service bearer "active, fast, flexible, and open" and other needs, but based on the IDC SDN backbone bearer network construction has become China Telecom Future one to build a new data center-centric network architecture key starting point for China Telecom network transformation in terms of significance.
The project lasted for several months, a number of major manufacturers at home and abroad are actively involved, and ultimately Huawei 400G platform with a mature and stable core routers and extensive commercial experience accumulated SDN field, China Telecom preferred cooperation manufacturers, together with China Telecom jointly build SDN world's largest commercial operator backbone network projects. All along, Huawei is committed to telecom operators to build trade advantages, and actively participate in the global SDN program, continued optimization SDN architecture and solutions, and working in partnership with telecom operators, in a data center as the core network architecture change, to become the world Operators ideal ICT transformation partner.
The project will cover the construction of six major national telecom base core data centers, as well as 15 core data center of the city, and over the entire network based on the 400G router platform, SDN introducing innovative new technologies and other related network, which will become the world's largest SDN commercial backbone network, to achieve China Telecom cloud base and IDC interconnection between the provinces, to fully protect the rapid deployment and operations of China Telecom IDC / cloud hosting service quality requirements.
By the end of 2014, China Telecom Internet transformation strategy proposed, will be many aspects of the Internet-based operators and service-based business foundation NE, public Internet applications, government and enterprise information technology applications, cloud and big data and enterprise IT operations and other Internet upgrading of focus, a new type of China Telecom to create a comprehensive, full implementation of "de-telecommunications" strategy. With the implementation of China Telecom Internet transformation of network infrastructure also needs to adapt to the Internet reconstructed to meet service bearer "active, fast, flexible, and open" and other needs, but based on the IDC SDN backbone bearer network construction has become China Telecom Future one to build a new data center-centric network architecture key starting point for China Telecom network transformation in terms of significance.
The project lasted for several months, a number of major manufacturers at home and abroad are actively involved, and ultimately Huawei 400G platform with a mature and stable core routers and extensive commercial experience accumulated SDN field, China Telecom preferred cooperation manufacturers, together with China Telecom jointly build SDN world's largest commercial operator backbone network projects. All along, Huawei is committed to telecom operators to build trade advantages, and actively participate in the global SDN program, continued optimization SDN architecture and solutions, and working in partnership with telecom operators, in a data center as the core network architecture change, to become the world Operators ideal ICT transformation partner.
Huawei by ONF's first multi-vendor wireless backhaul SDN PoC test
Huawei in October announced that it has with the Open Network Foundation (ONF) in Madrid, Spain successfully tested proof of concept (PoC). This test provides venue for by the Spanish telecommunications Telefonica and IMDEA Networks, as well as four wireless transmission manufacturers and router vendors are participating in the trial.
The trial aims to encourage open SDN through further development of wireless transmission mechanism. But also to demonstrate through the use of open-source network operating system controller can achieve a multi-layer optimization SDN.
PoC two use cases were verified, empty response capacity and energy used to verify the ability to adapt to wireless backhaul demand for traffic; traffic shaping is to verify the ability of multi-vendor network coordinated response backhaul network status changes, such as weather, etc. traffic causes changes.
Huawei's SDN RTN900 equipment and OpenFlow Interface debut in this test.
The trial aims to encourage open SDN through further development of wireless transmission mechanism. But also to demonstrate through the use of open-source network operating system controller can achieve a multi-layer optimization SDN.
PoC two use cases were verified, empty response capacity and energy used to verify the ability to adapt to wireless backhaul demand for traffic; traffic shaping is to verify the ability of multi-vendor network coordinated response backhaul network status changes, such as weather, etc. traffic causes changes.
Huawei's SDN RTN900 equipment and OpenFlow Interface debut in this test.
MACOM released QSFP28 module chipset for data center applications
Simulation of RF, microwave and photonic semiconductor products supplier MACOM released its complete chipset for data center CWDM and PSM4 applications. The chipset contains a complete optronic integrated circuit (IC), you can achieve the lowest power consumption in QSFP28 package.
In order to meet market demand for high-speed data communications, the new large data centers continues to expand. Number 100G transceivers will grow exponentially, and the need for lower power consumption, smaller, lower-cost components. MACOM has been integrated into the high-speed semiconductor devices 100G transceiver and offers laser, optimized set of drives, CDR and TIA in one complete solution, with unique performance, power consumption, size and cost advantages.
The M37046 and M37049 MACOM is the lowest power, smallest four-channel transceiver CDR, with market-leading performance. MAOM-002301 and MAOM-002304 is the market's lowest-power single-channel and four-channel DML drivers, due to ease of assembly into the TOSA, they have been widely used in the market. In addition, MACOM of 127/129/131/133D-25C-LCG11 series covers CWDM DFB lasers and PSM4 wavelength, with a very wide operating temperature range. M03002 and M03102 are single-channel and four-channel TIA, 28G applications for the industry's lowest noise and power consumption. The complete solution is fully supported by a team of experts MACOM application to help transceiver designers shorten product time. In addition, the economies of scale but also bring significant cost advantages for transceiver manufacturers who use MACOM chipset.
High-speed Internet strategy VivekRajgarhia vice president, said: "This reflects the MACOM chipset for end users and the industry bring value by providing a comprehensive solution, we can reduce costs, improve energy efficiency and help customers deal with various high-speed network. challenge. "
In order to meet market demand for high-speed data communications, the new large data centers continues to expand. Number 100G transceivers will grow exponentially, and the need for lower power consumption, smaller, lower-cost components. MACOM has been integrated into the high-speed semiconductor devices 100G transceiver and offers laser, optimized set of drives, CDR and TIA in one complete solution, with unique performance, power consumption, size and cost advantages.
The M37046 and M37049 MACOM is the lowest power, smallest four-channel transceiver CDR, with market-leading performance. MAOM-002301 and MAOM-002304 is the market's lowest-power single-channel and four-channel DML drivers, due to ease of assembly into the TOSA, they have been widely used in the market. In addition, MACOM of 127/129/131/133D-25C-LCG11 series covers CWDM DFB lasers and PSM4 wavelength, with a very wide operating temperature range. M03002 and M03102 are single-channel and four-channel TIA, 28G applications for the industry's lowest noise and power consumption. The complete solution is fully supported by a team of experts MACOM application to help transceiver designers shorten product time. In addition, the economies of scale but also bring significant cost advantages for transceiver manufacturers who use MACOM chipset.
High-speed Internet strategy VivekRajgarhia vice president, said: "This reflects the MACOM chipset for end users and the industry bring value by providing a comprehensive solution, we can reduce costs, improve energy efficiency and help customers deal with various high-speed network. challenge. "
Infinera's latest 100G DCI equipment to win Singapore's A*STAR deployment
Infinera has announced its Cloud Xpress DCI Interconnect won the National Super Computer Center in Singapore NSCC and Science and Technology Bureau of A*STAR research park is located between the deployment of Biopolis and Fusionopolis. This is the new 100Gbps Cloud Xpress Infinera equipment for the first time publicly announced orders.
A*STAR is a public research institution, with biomedical and physics research center in Biopolis and Fusionopolis 18 other places. Its network to more than 800 scientific users provide supercomputing resources.
Infinera express, A*STAR select Cloud Xpress equipment mainly for its installation density, ease of operation and low power consumption advantages. Its aim is 2RU size metro zone applications market.
A*STAR is a public research institution, with biomedical and physics research center in Biopolis and Fusionopolis 18 other places. Its network to more than 800 scientific users provide supercomputing resources.
Infinera express, A*STAR select Cloud Xpress equipment mainly for its installation density, ease of operation and low power consumption advantages. Its aim is 2RU size metro zone applications market.
Eagleyard Release 780nm 3W tapered amplifier
Fu Tai Technology (Hong Kong) Limited together the world's leading high-power semiconductor laser tube manufacturers Eagleyard Photonics, officially launched 780nm 3W tapered amplifiers for such product series has added a new member.
Tapered amplifier is composed of a tapered single-mode ridge waveguide cross-sectional structure of design, combined with high beam quality and high output power characteristics, inherited the source characteristics of all seeds, is the best master oscillator power amplifier (MOPA) system choice.
Recently, Eagleyard introduced a more powerful tapered amplifier, the output power up to 3W, tunable range of 770 ~ 790nm.
"This new product can meet complex applications, such as rubidium atomic spectroscopy, Bose - Einstein condensates bring obvious benefits of power can greatly enhance the flexibility of multi-channel program of life and the whole system." Eagleyard The Chief Technology Officer Dr. Thomas Laurent said.
Eagleyard rich product portfolio not only covers the 780nm 1W and 2W tapered amplifier, can also provide a wavelength of 650nm, 670nm, 690nm, 765nm, 795nm, 808nm, 830nm, 850nm, 870nm, 915nm, 925nm, 980nm different output power tapered amplifier.
Tapered amplifier is composed of a tapered single-mode ridge waveguide cross-sectional structure of design, combined with high beam quality and high output power characteristics, inherited the source characteristics of all seeds, is the best master oscillator power amplifier (MOPA) system choice.
Recently, Eagleyard introduced a more powerful tapered amplifier, the output power up to 3W, tunable range of 770 ~ 790nm.
"This new product can meet complex applications, such as rubidium atomic spectroscopy, Bose - Einstein condensates bring obvious benefits of power can greatly enhance the flexibility of multi-channel program of life and the whole system." Eagleyard The Chief Technology Officer Dr. Thomas Laurent said.
Eagleyard rich product portfolio not only covers the 780nm 1W and 2W tapered amplifier, can also provide a wavelength of 650nm, 670nm, 690nm, 765nm, 795nm, 808nm, 830nm, 850nm, 870nm, 915nm, 925nm, 980nm different output power tapered amplifier.
Ekinops help Russia ER-Telecom to deploy 100G wavelengths
France Ekinops optical transport equipment manufacturers in Russia on Friday announced three Internet and pay-TV provider ER-Telecom will deploy the 100G DWWM Ekinops equipment for expansion in the country.
ER-Telecom's services throughout 56 cities in eastern and southern Russia, is now facing growing traffic demand from customers. Due to set up their own costly DWDM network, ER-Telecom began to hire third-party network of wavelength and using Eknipos equipment for transmission. Such an approach can help ER-Telecom quickly and economically increase the capacity.
ER-Telecom said they Tumen from Moscow in the east to the west, carried out extensive testing of 100G architecture, Ekinops equipment is the best choice. They are expected to complete the deployment of the equipment within two weeks.
Ekinops company CTO Francois Xavier Ollivier said that many service providers are reluctant to use outside of the wavelength plan, fearing operability and interoperability. Over the past eight years, Ekinops has accumulated a lot of experience outside the wavelength deployment that can support every DWDM vendor. Ekinops to ER-Telecom successfully demonstrated the technology and the ability to solve this problem.
Ekinops 360 system provides support through a wavelength outside miniaturized equipment, support 10*10 a muxponder and 100G Transponder within 1RU size.
ER-Telecom's services throughout 56 cities in eastern and southern Russia, is now facing growing traffic demand from customers. Due to set up their own costly DWDM network, ER-Telecom began to hire third-party network of wavelength and using Eknipos equipment for transmission. Such an approach can help ER-Telecom quickly and economically increase the capacity.
ER-Telecom said they Tumen from Moscow in the east to the west, carried out extensive testing of 100G architecture, Ekinops equipment is the best choice. They are expected to complete the deployment of the equipment within two weeks.
Ekinops company CTO Francois Xavier Ollivier said that many service providers are reluctant to use outside of the wavelength plan, fearing operability and interoperability. Over the past eight years, Ekinops has accumulated a lot of experience outside the wavelength deployment that can support every DWDM vendor. Ekinops to ER-Telecom successfully demonstrated the technology and the ability to solve this problem.
Ekinops 360 system provides support through a wavelength outside miniaturized equipment, support 10*10 a muxponder and 100G Transponder within 1RU size.
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