Showing posts with label ECI. Show all posts
Showing posts with label ECI. Show all posts

Wednesday, September 5, 2018

Ericsson to integrate ECI's optical transport for 5G

ECI announced a business and technology partnership under which its optical transport solutions will be integrated into Ericsson’s mobile transport offering.

ECI said the partnership is a result of previous collaboration and follows a thorough process of due diligence. The decision was further solidified by a number of joint wins in Denmark, Greece, USA and Brazil. The companies cited a growing pipeline of new opportunities worldwide.

ECI’s packet/optical solutions provide a scalable transport solution for radio access network (RAN) to core connectivity, offering an optimized feature set for mobile backhaul, environmentally hardened for any condition as required. ECI’s programmable transport products enable operators to tailor connectivity based on the use case or service profile, via network slicing. Moreover, ECI’s implementation of open APIs, interfaces and SDN controllability ensure full functionality in the Ericsson ecosystem. The ECI optical solutions will be integrated into Ericsson’s end-to-end mobile transport solutions, supporting 5G and IoT use case introductions.

Nishant Batra, Head of Product Area Networks at Ericsson says, “By combining our leading transport portfolio with ECI’s optical solutions, we will boost our transport offering and complement the critical building blocks of next-generation transport networks. This will bring benefits to our customers today and when introducing 5G and IoT use cases tomorrow.”

“Telecommunications networks are changing faster than ever before with the new functionalities and demands brought on by 5G. ECI’s open, elastic solutions are designed for the changing, more complex demands and complement Ericsson’s offering perfectly. This partnership will enable both parties to address a growing customer base with a more competitive and comprehensive offering,” said Darryl Edwards, CEO and president of ECI.

http://www.ecitele.com

Wednesday, July 11, 2018

ECI selected for Lithuanian National Research and Education Network

Kaunas University of Technology has selected ECI to upgrade and modernize the current national optical backbone network of LITNET, the Lithuanian national research and education network (NREN).

ECI will provide a full turnkey solution which includes design, installation and migration of legacy services. The advanced network will feature ECI’s Apollo 96XX family of high speed optical transport solutions.

“Research and education is the foundation of any country’s economy. Just a few months ago, we announced the establishment of the CERN Baltic Group to promote our cooperation and collaboration in CERN experiments and initiatives. Our research and education network makes this type of networking and collaboration possible,” said Raimundas Tuminauskas, head of computer network center at KTU. “Our networks serve a wide variety of constituencies, each with their own needs and requirements. As a result, they are designed to support a broad range of applications – like ultra-fast, high-performance computing, classroom teleconferencing and more. We’ve known ECI for quite some time. Of special importance was ECI’s experience in our sector, and the recommendations of our counterparts.”

“We are delighted to partner with LITNET to provide this new, next-generation network. The Apollo 96XX family affords a winning combination of 1G/10G/100G/200G/400G rates, Alien lambda support and flex-grid ROADMs. This future-proof set of deliverables are all part of ECI’s ELASTIC Network solution, chosen time and again by the NREN community worldwide,” said Christian Erbe, VP Sales EMEA at ECI.

Wednesday, June 13, 2018

ECI expands Muse portfolio with multivendor NMS

ECI announced today the availability of its Muse multivendor network management system (NMS) module of its Elastic Services Platform to aid in simplifying operations in multivendor environments.

ECI's Muse enables customers to onboard, provision and manage network elements from different vendors simply and easily all from a single-seat, network management system. The multivendor NMS provides a comprehensive visual status of all network elements. It also accelerates mean time to repair (MTTR) by allowing operators to localize faults quickly and perform right-first-time repair procedures.

ECI said its new multivendor NMS module provides end-to-end visibility and control of network elements and even provides a centralized management system for network elements that do not currently have their own management systems deployed.  Devices can be managed directly under the module or elements can be managed under ECI’s LightSOFT network management system. With the multivendor NMS, management of resources is made simple with an advanced ergonomically designed GUI (graphical user interface) and on-screen tools which accelerate operational activities. Integrated network assurance allows operators to rapidly identify network failures and initiate the correct actions the first time, to maintain maximized service continuity and availability.

“Today’s telecommunications networks are becoming more and more multivendor as customers are increasingly demanding best in class solutions for each aspect of their network. Now, 5G is around the corner and this will place added pressures on the network. Network operators need to meet this demand while building the network towards the future, all while maximizing current network investments and resources,” said Gali Malkiel, head of software line of business at ECI. “Operators should not be limited to deciding on an investment solely based on the technology currently being deployed. They need to be empowered to build a network using the best technologies available to provide the best experience to customers while ensuring the best return on investment.”

The new module is made available through the Muse modular software suite and ECI’s overarching Elastic Services Platform launched earlier this year with the purpose of introducing increased functionality and automation, better performance and faster time to market.

http://www.ecitele.com/muse-applications



Wednesday, April 4, 2018

ECI intros packet transport edge device for utilities

ECI introduced a compact, managed, packet transport edge device designed for cloud-based distributed energy resources (DER) network environments of power utility companies.

The NPT-1010D serves as an MPLS/Ethernet switch and is hardened to handle extreme conditions in locations without continual monitoring and maintenance and can be installed in compact or non-assisted cabinets.

“Revolutionary market shifts are looming, presenting a new host of challenges. The NPT-1010D is the most compact device available, about the length of a ballpoint pen. Moreover the appliance is fully hardened, meaning utilities can place it anywhere, even in non-assisted cabinets. It is one of the few solutions on the market with full management and monitoring capabilities due to Ethernet/MPLS support, which makes it a perfect DER gateway,” said Moshe Shimon, VP product management at ECI Telecom.


Thursday, March 15, 2018

ECI brings 100G and 2x200G upgrades to Neptune and Apollo platforms

ECI introduced network interface upgrades for its Neptune packet/optical and Apollo optical transmission product lines.

ECI's Neptune (NPT) packet-optical product provided an end-to-end metro solution for high-performance Layer 1 to Layer 3 services through the convergence of IP, Elastic MPLS (IP, TP, and Segment Routing), Ethernet (MEF CE 2.0 certified) and other services.

With this announcement, ECI is adding 100GE interfaces to its entire packet portfolio, which started with the high capacity NPT1800 aggregation platform and has now been expanded to the Neptune (NPT) 1200. Customers with ECI's best-selling Neptune system can upgrade their networks to provide a 100GE solution with a maximum capacity of 560G (versus the previous 320G). ECI will then roll out this 100GE capability to the smaller Neptune access systems in the next release later this year.

ECI's Apollo (OPT) product line offers a family of optical transport and switching platforms which interwork seamlessly to provide scalable, high-density and energy-efficient solutions from access to core with up to 400G transmission and 16T of OTN switching.

ECI is now introducing a new Apollo TR200-2 compact pluggable optical interface that provides two separate 200G transponder/muxponders in a single slot, instantly doubling the capacity of any Apollo 9600 shelf. Not only is the TR200-2 about half the size of other available solutions, it also provides best-in-class power consumption (less than 0.2W/GHz). Importantly, ECI's 200G solution can operate on the same 50GHz grid as 100G signals, allowing simple and cost-effective network bandwidth expansion.

Said Moshe Shimon, VP product management, global portfolio, "In preparation for ongoing – and increasingly rapid – market evolution, ECI enables customers large and small to upgrade their current Apollo and Neptune systems with more capacity and speed. We have traditionally built our solutions to enable pay as you grow flexibility, a much more beneficial and cost-effective option that also minimizes operational complexities. Apollo and Neptune are future ready, and have inherent evolution paths to 5G, SDN and NFV."

Tuesday, February 27, 2018

ECI presents its connectivity fabric for 5G

At Mobile World Congress, ECI is presenting its dynamic, intelligent connectivity fabric for 5G networks.

At the core of ECI’s solution is its newly launched Elastic Services Platform, which consists of its: Apollo Optical family, Neptune Packet-Optical family and Mercury NFV-based solutions.

ECI has developed an open, modular SDN software suite for eal-time network control and optimization of service delivery.

The company says its solution brings together the latest in IP and Optical interworking (including new technologies such as FlexE and Path Computation), intuitive service orchestration and network automation. Highlights of ECI’s 5G solution:

Scalable Transport – provides the basis for a highly dynamic, distributed 5G architecture. ECI’s Neptune and Apollo product lines deliver scalable transport for RAN to Core connectivity, offering an optimized feature set for mobile backhaul. The solution is also environmentally hardened.

Adaptive Network Slicing – ECI’s Elastic Services Platform creates and supervises end-to-end network slicing, enabling dynamic latency adaptation and policy-driven bandwidth assignment for ultra-high bandwidth and low latency services, so slices can be customized according to required network performance metrics.

Assured Service Delivery – ECI’s Muse software suite enables a simple and intuitive way to define, profile, monitor and enforce SLAs to ensure current and future 5G services e.g. autonomous cars, are optimized, always on and running at peak efficiency.

Integrating (MEC) Multi-Access Edge Computing – ECI’s Mercury NFV-based solutions, operators can simply and easily add compute power, speed or capacity while preparing for 5G.

Open Architecture – ECI's ELASTIC network strategy promotes and supports open APIs, interfaces and SDN controllability to ensure full functionality in multi-vendor environments.

“5G promises to change the way we live, offering unprecedented services and an unparalleled user experience, but 5G goes beyond capacity. It is not just another G, nor is it simply about radio, rather it will change networking as we know it,” said Darryl Edwards, CEO and president of ECI. “However, we must remember 5G will still need to operate in conjunction with 4G LTE, and even 3G. It is paramount that network infrastructure be ELASTIC enough to enable the interworking and coexistence of generations.”


Ide

Wednesday, January 10, 2018

India's Idea Cellular upgrades optical network with ECI

Idea Cellular, the third largest mobile operator in India and sixth-ranked in the world, has selected ECI to upgrade its optical network.

Under the project, ECI’s access DWDM solution will be rolled out across more than half of the operators’ network. ECI said its solution will ensure maximum utilization of Idea’s existing infrastructure while creating a future-proof solution that already accounts for additional upgrades.

“Idea is a pan-India wireless broadband operator offering high-speed mobile internet and digital content services to our customers. ECI has long been our partner and has supported us in rolling out 3G/4G networks with optimum solutions. We will be able to enhance capacity and meet the ever-growing demand for data with the new solution,” stated Mr. Anil Tandan, Chief Technology Officer, Idea Cellular.

Thursday, October 19, 2017

ECI delivers its Universal CPE solution

ECI, a global provider of Elastic Network solutions for service providers, critical infrastructures and data centre operators, began shipping a new line of "Mercury" uCPE (universal customer premises equipment) -- the first member of a new family of products enabling virtualization across CPE and the service provider’s PoP.

The Mercury uCPE  delivers on-demand virtualized business services by streamlining multiple customer premises networking functions into a single software-configurable appliance.  Network functions can then be delivered virtually (VNFs) via centralized management and orchestration (MANO).

ECI said it developed its solution with the goal of reducing operational complexities and lowering both CapEx and OpEx for service providers. ECI’s Mercury uCPE supports self-installation. Users are able to control the service directly via a self-service portal. Service providers can allow their business customers to select and combine best-of-breed VNFs from a library of ECI or certified third-party VNFs, supporting internet access, VPN services, voice services, cyber security (such as universal threat management), WAN optimization, LAN monitoring, storage services, etc.

  • In July, ECI announced the launch of its Hybrid Virtualization Platform, designed to support multiple NFV-based use cases to help communication service providers simplify operations, reduce opex and enhance SLAs. By supporting delay-sensitive services and enabling improved security and termination of flows at the network edge, the new ECI platform is designed to support a variety of applications including modernised business services, as well as future Internet of Things (IoT) and 5G services. The platform features ECI's vE-CPE family, which is set to provide virtualisation across customer premises (uCPE) and service provider Edge PoP (MEC). The Hybrid Virtualization Platform comprises the Mercury NFVI platform, open source NFV management and orchestration (MANO), which runs ECI's carrier-grade PaaS system, and a suite of virtualised network functions (VNFs) that includes edge routing, session border control, WAN optimisation, LAN monitoring and caching functions.

Wednesday, September 13, 2017

ECI's Apollo OPT9904X extends OTN/packet switching to network edge

ECI, launched of its Apollo OPT9904X  for extending the benefits of OTN switching to metro networks that often have fluctuating, variable demand.

ECI said its new platform enables metro optical networks to deploy OTN switching exactly where, when, and in the amount required to enjoy improved efficiency and flexibility.

The OPT9904X is a part of ECI’s OTN switching line, designed to meet the unique switching requirements of metro networks. The OPT9904X offers a unique expandable OTN interface and switching block that
can be deployed on an as-needed basis. This “fabric-less” design enables smooth switching capacity expansion in 200Gbps increments up to 800Gbps per shelf, scaling up to 1.6Tbps in the future, making
the OPT9904X the most elastic and cost-effective overall solution for OTN in the metro.

The OPT9904X also integrates packet services, generating savings by aggregating L2 traffic and reducing the number of costly router ports.

“OTN switching can greatly improve the overall efficiency of optical networks, which can be challenging in metro networks with varying demand where planning the location and size of OTN networking equipment becomes difficult,” said Jimmy Mizrahi, Head of Global Portfolio at ECI. “The Apollo OPT9904X is our OTN switching option designed specifically to meet these needs, and we’ve already had our first orders. It joins our bigger 9914 and 9932 platforms to offer scalable OTN switching capacity where and when it is needed in a network, end-to-end from metro access to core.”

http://www.ecitele.com/media/2104/apollo-9904x-release-sept-6-2017.pdf

Friday, July 28, 2017

ECI launches Hybrid Virtualization Platform for the edge

ECI, a global provider of Elastic Network solutions for service providers, critical infrastructures and data centre, announced the launch of its Hybrid Virtualization Platform, designed to support multiple NFV-based use cases to help communication service providers simplify operations, reduce opex and enhance SLAs.

By supporting delay-sensitive services and enabling improved security and termination of flows at the network edge, the new ECI platform is designed to support a variety of applications including modernised business services, as well as future Internet of Things (IoT) and 5G services. The platform features ECI's vE-CPE family, which is set to provide virtualisation across customer premises (uCPE) and service provider Edge PoP (MEC).

ECI noted that modern networks feature a complex array of customised hardware, making it potentially costly for service providers to maintain. In addition, launching new services may require significant investments in planning and provisioning hardware and infrastructure. The adoption of virtualised infrastructure, where key network functions run as software (VNFs) on commercial computing platforms, addresses these issues.

The Hybrid Virtualization Platform comprises the Mercury NFVI platform, open source NFV management and orchestration (MANO), which runs ECI's carrier-grade PaaS system, and a suite of virtualised network functions (VNFs) that includes edge routing, session border control, WAN optimisation, LAN monitoring and caching functions.

ECI's new hybrid solution is designed to offer service providers the following capabilities:

1.         Flexibility via support for application delivery on fixed, mobile and converged networks, with ability to evolve to address the future needs of IoT and 5G backhaul.

2.         Agility, with the ability to mix and match multiple functions on the same platform to create new service packages delivered in pay-as-you-grow models.

3.         Faster time to market via the Mercury NFVI solution that allows remote service life cycle management, from provisioning to turn up.

4.         Reduced opex by streamlining service creation using software-driven processes.


ECI's Mercury platform is designed for fixed, mobile and converged networks, and alleviates the demands on the network core by increasing the capabilities and intelligence of MEC (Mobile Edge Computing) to the customer premise via uCPE or to the eNodeB. The Mercury NFVi platform is available as both a stand-alone appliance and as a blade that can be integrated into ECI's Neptune packet-optical transport system.

Thursday, July 13, 2017

ECI Cites Multiple Deployments of 400G Apollo Systems

ECI announced the continued deployment of its 400 Gbit/s solution to enable faster connectivity and meet growing bandwidth demand, with projects at key customers across Europe that have upgraded their networks using ECI's Apollo family of optical products with integrated 400 Gbit/s flex-grid blade.

ECI's Apollo platform is designed to enable service providers to meet current and future demand. The platform combines high-capacity, low-latency OTN transport and switching with software configurable, colourless, directionless and gridless optical routing, for enhanced efficiency. Equipped with the 400 Gbit/s blade, the solution allows for the flexible allocation of transmission rate and spectrum in accordance with service type, preference or distance.

In addition, the ability to configure a mix of rates on both client and line sides provides customers with improved efficiency and flexibility and reduced costs.

ECI cited companies that have recently implemented its 400 Gbit/s solution including:

  • The Dutch National Research and Education Network SURFnet, which established a 400 Gbit/s connection between Utrecht and Breda as part of an upgrade of its next generation network, SURFnet8. The link provides a direct connection, with high capacity to support the transfer of information between educational and research organisations at two major university cities.

  • German service provider NetCom BW, which already operates a major Apollo network, launched the 400 Gbit/s platform to provide a link between Stuttgart and Frankfurt, which will serve as the basis for a direct connection to Internet Exchange Frankfurt; the solution also allows for future growth via up to 88 parallel connections.

  • Romanian cable TV operator UPC, which has deployed the Apollo platform in its core ring that services the main cities in Romania such as Bucharest, Brasov, Cluj, Oradea and Timisoara. The Apollo 88 channel ring provides 400 Gbit/s connectivity with 100 Gbit/s service interface, replacing 10 Gbit/s interfaces.

  • German data centre operator New Telco, an ECI customer for nearly a decade, which deployed ECI's Apollo DWDM technology across the Frankfurt metro area to upgrade the existing 100 Gbit/s interfaces to 400 Gbit/s to provide higher port density and throughput.

Wednesday, April 26, 2017

ECI Apollo Selected for Lepida Regional Network in Italy

ECI, a global provider of Elastic Network solutions, announced that it has been selected to upgrade Lepida SpA's regional broadband network in northern Italy.

Lepida, based in Bologna, is a communications provider that was established in 2007 by the Emilia-Romagna regional government to design, implement and manage broadband infrastructures for the public administrations and public entities in the region.

ECI has been selected to provide a turnkey, end-to-end, 10/100/200 Gbit/s regional WDM network featuring 96 channel, tunable flex grid and high-capacity OTN cross-connect functionality in the main network PoPs, based on its Apollo packet-optical solution.

ECI noted that its solution met the technical requirements of Lepida's tailored approach, while the service provider will also be able to select from a range of pay-as-you grow options to expand network capacity and capabilities in the future.

ECI's Apollo platform provides transparent and flexible DWDM transport for a range of customer requirements. The platform combines low latency with software configurable, colourless, directionless and gridless optical routing, OTN switching and grooming and is designed to enable efficient and fully programmable networking.

In addition, ECI's planning tools and management platforms can provide Lepida with independence when planning and provisioning its network in the future. ECI also offer an evolution path across its platforms enabling customers to prepare for the transition to SDN technology.


Lepida operates a network linking local administrations in Emilia-Romagna that includes 2.700 km of infrastructure and 64,000 km of fibre with more than 720 points of access. The NGN network supports minimum 2 Gbit/s bandwidth at fibre points with backbone connectivity to MIX Milan, AmsIX Amsterdam, DECIX in  Frankfurt, LINX in London, FRANCEIX in Paris, LUCIX in Luxemburg, VSIX in Padoa, TOPIX in Turin and SIX in the U.S.

Thursday, April 20, 2017

Media Commerce Deploys ECI for Optical Network in Colombia

ECI, the Elastic Network company, announced that in partnership with Media Commerce based in Bogota, the largest operator of optical network infrastructure in Colombia, it has completed the deployment of packet-optical metro and aggregation networks nationwide.

Media Commerce of Colombia, founded around ten years ago, has subsequently expanded through both the acquisition of local operations and building out networks for operators. The company also has a history of investing in the upgrade of its fibre infrastructure to improve coverage for business and private networks regionally.

The new Media Commerce infrastructure features a combination of ECI's Apollo (OPT) and Neptune (NPT) family of products, with management provided by the LightSOFT NMS solution.

ECI's Apollo suite is designed to provide transparent and flexible DWDM transport with integrated packet services. The platform combines low-latency OTN transport and OTN switching with software-configurable optical routing for enhanced efficiency. For the project with Media Commerce, a combination of the Apollo 9603 and 9608 solutions provides the foundation for the optical backbone.

The Neptune family of products, supporting packet transport with integrated optics, will provide transport in the metro rings. Neptune offers a MPLS-based, multi-service packet transport solution for metro networks, and via a range of interfaces is designed to enable cost-optimised, multi-service packet transport of both packet and TDM-based services over a converged packet infrastructure.

http://www.ecitele.com/media/1987/media-commerce-pr-april-19-2017-final.pdf

Thursday, April 6, 2017

ECI selects Microsemi as Primary OTN Provider

Microsemi, a provider of semiconductor solutions, announced that ECI has appointed the company as its primary OTN solutions provider, and recently selected the DIGI-G4 fourth generation products for its Apollo family of packet optical transport platforms.

Microsemi's DIGI OTN processors are designed to enable ECI to leverage a single software development model to address diverse end market hardware configurations, helping to reduce R&D costs and speed product development.

Microsemi noted that despite the rapid adoption of packet services, client services are often at rates of 10 Gbit/s and below, requiring OTN switching to make the wide deployment of 100 Gbit/s optical connectivity cost-effective. In addition, cloud service providers require high capacity, low latency connectivity between geographically distributed data centres. ECI's Apollo solution uses Microsemi's DIGI OTN processors to address these challenges and meet a range of market requirements.

The DIGI offering enables ECI to deliver solutions including: high-density 100/400 Gbit/s capacity client and line-side cards for P-OTPs; multi-terabit OTN and packet/MPLS switching platforms; fabric-less switching platforms for metro networks; 100 Gbit/s transponders and muxponders; and wavelength and sub-wavelength level encryption solutions.

Microsemi's DIGI family of OTN processors have been implemented in service provider and hyperscale data centre WANs worldwide, with the DIGI-G4 designed to address the needs of 400 Gbit/s designs while consuming a claimed 50% of the power per 100 Gbit/s port of other solutions. DIGI-G4 can also support encrypted 100 Gbit/s OTN connections for a new generation of software-defined networking (SDN)-ready solutions.

The Microsemi OTN processors also provide the capacity, security and flexibility required for line cards within packet optical transport platforms (P-OTPs), ROADM/WDM and data centre interconnect (DCI) platforms. Combined with a field-hardened SDK, the integrated DIGI solution provides a common hardware and software platform for multi-terabit OTN packet optical equipment.

Microsemi claims that the common software architecture for DIGI OTN processors allows OEMs to reduce the development cost for multiple 100 and 400 Gbit/s hardware platforms by over 25%.

Further key features of the DIGI-G4 solution include: single-chip 4 x 100 Gbit/s solution for OTN switched line cards; 100 Gbit/s gearbox for connection to CFP2/4 and QSFP28 transceivers; high density 10/40/100 Gbit/s multi-service support, including Ethernet, IP/MPLS and SONET/SDH; 25 Gbit/s granularity framer to DSP interface enabling line rates to match programmable modulation capabilities in coherent DSPs; multi-chip Interlaken interconnect for compact chassis DCI applications; OTN-SDK with adapter layer software.

https://www.microsemi.com/\

Friday, March 10, 2017

ECI introduces Layer 1 optical encryption as-a-service solution supporting 200 Gbit/s

ECI, a global provider of Elastic Network solutions for service providers, critical infrastructure and data centre operators, has announced the introduction of its first optical encryption as-a-service solution, which supports per-service encryption at rates up to 100 Gbit/s and line rates of up to 200 Gbit/s.

The new ECI optical encryption service is designed to meet interoperability, scalability and flexibility requirements and targets service providers, the financial sector, medical and government institutions. The company noted that optical encryption provides no information about underlying services to a potential hacker, introduces minimal latency and can be used to encrypt any type of service.

ECI's solution offers encryption on a per-service basis at up to 200 Gbit/s, which is claimed to make it one of the fastest encryption solutions available. The solution also enables service providers and other institutions to offer Layer 1 encryption as-a-service. The new offering expands ECI's security portfolio for service providers that was launched earlier in 2017.

ECI noted that its encryption method is certified FIPS 140-2 Security Level 2. Additionally, the Layer 1 encryption can be delivered as an alien lambda over other optical networks, thereby providing a more flexible and economical solution.

In February, ECI announced enhancements to its LightSEC cyber security solution that enable service providers to utilise their infrastructure to deliver managed security services to customers, in addition to consolidating their security and connectivity operations. The NFV-based cybersecurity suite LightSEC, featuring technology from partner Check Point Software Technologies, was launched in 2014.

Also in February this year, ECI introduced LightCARE, a proactive network maintenance app, to its LightAPPS family of applications. LightCARE continuously and proactively monitors the health of the network and is designed to pre-empt potential failures and ensure network reliability.

http://www.ecitele.com

Tuesday, February 28, 2017

Mellanox and ECI partner to deliver virtual CPE platform for NFV

Mellanox Technologies, a supplier of interconnect solutions for data centre servers and storage systems, and 'elastic networking' company ECI have announced the introduction of an advanced virtual CPE (vCPE) platform at the Mobile World Congress 2017.

The joint platform is designed to provide enhanced performance and efficiency and enable service providers to cost-effectively implement network function virtualisation (NFV) deployments. The solution is based on ECI's Mercury NFVi platform and uCPE solution, accelerated by Mellanox's Indigo network processor delivering over 400 Gbit/s of L2-7 packet processing. Compared to un-accelerated platforms, the ECI-Mellanox solution is claimed to deliver more than a 30x performance improvement for virtual router, L4-7 firewall and L7 QoS applications.

The ECI Mercury NFVi platform and uCPE technology converge multiple customer premises networking functions onto an elastic, software-configurable platform, with the uCPE solution enabling service providers to combine networking functions flexibly to create new value-added service mixes.

In addition, the advanced network processing capabilities of Mellanox Indigo constitute an integral part of the NFV Infrastructure to enhance the performance of virtualised network functions, particularly those requiring guaranteed throughput, packet rate, latency and jitter for SLAs.

The companies noted that compared to conventional platforms, the joint ECI-Mellanox solution can enable flexible service creation more cost-effectively together with enhanced infrastructure efficiency and in a more compact footprint.

Separately, Mellanox unveiled the IDG4400 6WIND Network Routing and IPsec platform based on the combination of Indigo and 6WIND's 6WINDGate packet processing software, which includes routing and security features such as IPsec VPNs. The IDG4400 6WIND 1 U platform supports 10/40/100 Gigabit Ethernet connectivity and can deliver sustained rates of up to 180 Gbit/s encryption/decryption while providing IPv4/v6 routing functions at rates up to 400 Gbit/s.

http://www.mellanox.com

Thursday, August 27, 2015

ECI Supplies SDN App to Swedish Govt Agency

Trafikverket, the Swedish Transport Agenby, has selected ECI's LightAPPS SDN applications to automate and optimize its network operations. The deployment includes two SDN apps: LightINSIGHT and LightTIME.

LightINSIGHT offers in-depth insights into network resources and their utilization. The APP provides a 360 degree view of the network inventory, utilization trends, network health, as well as the status of new service penetration. LightINSIGHT's management dashboard significantly improves visibility of network resources and customer SLAs by tracking KPIs.

LightTIME enables customers to schedule services in advance. Via an intuitive GUI, service providers are able to book network resources in advance and know that the allocation will commence as planned. LightTIME also intelligently reduces network bottlenecks and shortens new service introduction.

Trafikverket is the government agency responsible for the long-term planning of the transport system in the country. Trafikverket is also in charge of the state road network and national railway network.

"Trafikverket had very clear goals in mind when selecting LightAPPS. In order to optimize our current network resources, we

http://www.ecitele.com

Wednesday, May 27, 2015

ECI Announces ElastiCLOUD DCI Solution

ECI announced its ElastiCLOUD data center interconnect solution.

The company said its platform will support more than 25T on a single fiber, offer low power consumption at less than 85W/100G,  and offer a mix of packet and optical interfaces in the same platform with extremely high density. ElastiCLOUD also support ECI’s LightApps SDN applications for dynamic bandwidth allocation, service scheduling and network automation.

“Data traffic continues to grow exponentially. In fact, according to industry reports, the amount of data traveling between data centers is expected to quadruple between 2013 and 2018. Clearly the cloud connectivity infrastructure, as we know it today, must evolve.  This is the main reason why ElastiCLOUD is a key addition to the ECI family of solutions. It is also extremely important as it supports ECI’s current focus on the US market, which is home to many cloud service providers and data center operators,” said Mr. Andreas Hegers, Head of Marketing at ECI.

http://www.ecitele.com

Wednesday, April 16, 2014

Tera Santa Consortium Demos 1 Tbps with ECI, Finisar, Technion

ECI Telecom, Finisar, MultiPhy, and the Technion Israel Institute of Technology have successfully demonstrated 1Tb/s transceiver transmission with the Tera Santa Consortium.

In the trial, the consortium transported non-regenerated 1Tb/s coherent super channel signal through the German Research Network - Deutsches Forschungsnetz e.V. (DFN-Verein) optical network. The trial, which took place at the Technische Universit√§t Dresden, ran over DFN’s live X-WiN network, and used the 1Tb/s transceiver developed by the Tera Santa Consortium, as part of its research on 1Tb/s adaptive coherent channel behavior. It demonstrates the advanced capabilities of the Tera Santa 1T transmission system and technologies in compensating for channel impairments and chromatic dispersion utilizing advanced QAM16 and OFDM modulations and algorithms.

The Tera Santa Consortium was established in 2011 as an initiative of the Israeli Chief Scientist Office in the Ministry of Economy, through the Magnet Program which promotes cutting-edge technologies for the future. The Tera Santa Consortium brought together Israeli technology companies and universities to develop the world’s first Orthogonal Frequency Division Multiplexing (OFDM)-based optical transceiver. The members of the consortium are ECI Telecom, Finisar Corporation, MultiPhy, Cello, Civcom, Bezeq International, the Technion Israel Institute of Technology, Ben-Gurion University, the Hebrew University in Jerusalem, Bar-Ilan University and Tel-Aviv University.

For the trial, ECI deployed its Apollo family of packet-optical transport solution across DFN’s X-WiN’s network in 2012, and has since upgraded it to support the delivery of 100G services

Finisar demonstrated the software-defined 1 Terabit optical transceiver, which hosted the different algorithms developed by the consortium, in an end-to-end transceiver platform utilizing Finisar Flexgrid™ - WSS used to add/drop the 200GHz super channel signal. The OFDM algorithms were developed by both MultiPhy (128 OFDM carriers) and the Technion (1024 OFDM carriers), using two different implementation approaches.
"ECI and our technology partners Finisar, MultiPhy and the Technion, members of the Tera-Santa consortium, demonstrated the power of 1-terabit optical link coherent technology. With such high transmission rates, DFN can exponentially increase its network capacity and provide its users better and more cost effective services," stated Shai Stein, CTO, ECI Telecom and Consortium Chairman.

http://www.ecitele.com/

Tuesday, December 3, 2013

Swiss Research Net Picks ECI for MultiLayer Transport

SWITCH, the non-profit organization providing backbone services to Swiss universities’ networks, has selected ECI to deploy a next-generation optical network based on its Apollo family of Optimized Multi-Layer Transport (OMLT) platforms.  The network will offer both 10G and 100G connectivity to universities and educational institutes in the country.

ECI will deploy a multi-degree colorless and directionless ROADM WDM network, with 88 channels supporting 10G/100G customized services.

"With the new ECI Apollo transport system running on a substantially extended core backbone, SWITCHlan will be in a comfortable position to quickly provide Terabits of capacity between its backbone nodes all over the country. The Apollo system’s inherent optical switching capability allows to easily reroute our traffic streams in case of damage to a backbone fiber. We are particularly pleased to see how well the new system is able to coexist with local links sharing the fibers – using an unusual but simple setup of versatile, passive optics along the existing backbone fiber routes," stated Felix Kugler, Network engineer, SWITCH.

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