Showing posts with label Edge. Show all posts
Showing posts with label Edge. Show all posts

Wednesday, July 18, 2018

SWIM.AI raises $10m for edge intelligence

SWIM.AI, a start-up based in San Jose, California announced $10 million in Series B funding for its edge intelligence software.

SWIM.AI combines local data processing/analytics, edge computing and machine learning to efficiently deliver real-time business insights from edge data on edge devices. The goal is to help customers analyze high volumes of streaming edge data and deliver real-time insights that can easily be shared and visualized.

The company said the funding will be used to launch a Cambridge UK based AI R&D center.

The funding round was led by Cambridge Innovation Capital plc (CIC), the Cambridge-based builder of technology and healthcare companies, with a strategic investment from Arm, and further participation from existing investors Silver Creek Ventures and Harris Barton Asset Management.

“Demand for the EDX software is rapidly increasing, driven by our software’s unique ability to analyze and reduce data, and share new insights instantly peer-to-peer, locally at the ‘edge’ on existing equipment. Efficiently processing edge data and enabling insights to be easily created and delivered with the lowest latency are critical needs for any organization,” said Rusty Cumpston, co-founder and CEO of SWIM.AI. “We are thrilled to partner with our new and continuing investors who share our vision and look forward to shaping the future of real-time analytics at the edge.”

Monday, April 30, 2018

Verizon simplifies with multiservice edge

Verizon is using SDN to combine all of its existing service edge routers for Ethernet and IP-based services onto a single platform. Verizon is working with Cisco and Juniper on this new multi-service edge. The solution features a disaggregated control plane and leverages external compute to enhance the capabilities of that control plane beyond that of a traditional router.

“Software defined networking continues to deliver on its promise to improve network management and also enables us to be more nimble in the ways we serve our customers,” said Michael Altland, director, Network Infrastructure Planning, at Verizon. “By decoupling the control plane from a carrier-grade provider edge routing platform and moving it to general compute servers, we can serve our consumer and enterprise customers from the same platform, giving them all the functionality they need, while running our networks far more efficiently. This will also allow us to take advantage of future advances in server technology as our networks continue to grow.”

“Verizon continues to cross key milestones in transforming its networking practices to maximize performance and simplify operations,” said Sumeet Arora, senior vice president of engineering, Service Provider Business, Cisco. “With this new flexibility, Verizon can develop and launch innovative services for its customers faster, with improved efficiency.”

“Next-generation services that require low latency and real-time response are moving closer to users at the network edge, creating new gains in performance and business agility,” said Bikash Koley, chief technology officer, Juniper Networks.

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.


Tuesday, March 20, 2018

FogHorn partners with Google Cloud for Industrial IoT

FogHorn Systems, a start-up based in Mountain View, California, announced a collaboration with Google Cloud IoT Core to simplify the deployment and maximize the business impact of Industrial IoT (IIoT) applications.

FogHorn has built a complex event processing (CEP) - driven edge analytics software for on-premises edge computing. The software has a very small footprint enabling it to deliver real-time analytics to resource-constrained edge devices such as PLCs, gateways and industrial PCs. FogHorn recently enhanced its CEP platform with a new "Lightning ML" edge machine learning solution that can be used to train and execute machine learning algorithms and other advanced data science models on streaming sensor data. FogHorn says this facilitates the creation and iterative enhancement of “digital twins” and other sophisticated machine learning and AI models without the need to send all the sensor data to a cloud or data center for processing.

Under the partnership with Google, FogHorn’s edge analytics and machine learning platform will be integrated with Google Cloud IoT Core, which is a fully managed service that for connecting, managing, and ingesting data from globally dispersed devices.

“Cloud IoT Core simply and securely brings the power of Google Cloud’s world-class data infrastructure capabilities to the IIoT market,” said Antony Passemard, Head of IoT Product Management at Google Cloud. “By combining industry-leading edge intelligence from FogHorn, we’ve created a fully-integrated edge and cloud solution that maximizes the insights gained from every IoT device. We think it’s a very powerful combination at exactly the right time.”

"Our integration with Google Cloud harmonizes the workload and creates new efficiencies from the edge to the cloud across a range of dimensions,” said David King, CEO at FogHorn. “This approach simplifies the rollout of innovative, outcome-based IIoT initiatives to improve organizations’ competitive edge globally, and we are thrilled to bring this collaboration to market with Google Cloud.”

 FogHorn raises $30M for industrial IoT edge computing
FogHorn Systems, a start-up based in Mountain View, California, announced $30 million in Series B funding for its software stack designed for the industrial IoT (IIoT) edge computing segment.

FogHorn has built a complex event processing (CEP) - driven edge analytics software for on-premises edge computing. The software has a very small footprint enabling it to deliver real-time analytics to resource-constrained edge devices such as PLCs, gateways and industrial PCs. FogHorn recently enhanced its CEP platform with a new "Lightning ML" edge machine learning solution that can be used to train and execute machine learning algorithms and other advanced data science models on streaming sensor data. FogHorn says this facilitates the creation and iterative enhancement of “digital twins” and other sophisticated machine learning and AI models without the need to send all the sensor data to a cloud or data center for processing.

FogHorn's “edge intelligence” software targets industrial and commercial IoT application, such as complex machinery packed with sensors. For performance and cost reasons, FogHorn argues data from industrial equipment mostly should be processed locally and not sent to a distant cloud. On-premises computing provides better latency for near real-time feedback. It can also minimize the volume of data to be uploaded to the cloud. FogHorn's software is being used by OEMs and systems integrators. The company is also working directly with end customers in manufacturing, oil and gas, power and water, transportation, renewable energy, mining and agriculture, as well as Smart Building, Smart City and connected vehicle applications.

The new funding round was led by Intel Capital and Saudi Aramco Energy Ventures with new investor Honeywell Ventures and all previous investors participating, including Series A investors March Capital Partners, GE Ventures, Dell Technologies Capital, Robert Bosch Venture Capital, Yokogawa Electric Corporation, Darling Ventures and seed investor The Hive. The company has raised $47.5 million to date.

Wednesday, February 7, 2018

Intel intros Xeon D-2100 for edge

Intel introduced a system-on-chip processor in its Xeon line that is architected to address the needs of edge applications and other data center or network applications.

The new Intel Xeon D-2100 processors include up to 18 “Skylake-server” generation Intel Xeon processor cores and integrated Intel QuickAssist Technology with up to 100 Gbps of built-in cryptography, decryption and encryption acceleration.

Intel said this processor will be supported by system software updates to protect against the Spectre and Meltdown security exploits.

In addition to edge deployments in communications service provider networks, other use cases for the Intel Xeon D-2100 processor include:
  • Storage: The Intel Xeon D-2100 processor is an option for density-optimized, lightweight hyperscale cloud workloads such as dynamic web serving, memory caching, dedicated hosting and warm storage.
  • Content Delivery Networks (CDNs): The processors can bring higher performance to content delivery at the network edge, which is critical to keep latency low for streaming media to viewers and those working in media fields with massive files.
  • Enterprise networks: The processor family also targets entry enterprise SAN and NAS storage, midrange routers, network appliances, security appliances, wireless base stations and embedded midrange IoT usages, among others.
“To seize 5G and new cloud and network opportunities, service providers need to optimize their data center and edge infrastructures to meet the growing demands of bandwidth-hungry end users and their smart and connected devices,” said Sandra Rivera, senior vice president and general manager of the Network Platforms Group at Intel. “The Intel Xeon D-2100 processor allows service providers and enterprises to deliver the maximum amount of compute intelligence at the edge or web tier while expending the least power.”

Thursday, February 1, 2018

Vapor IO adds to Advisory Board: Strickland, Mockapetris and Tarazi #datacenters

Vapor IO, a start-up specializing in edge computing and edge data centers, announced three new members of its advisory board: Robert Strickland, former CTO of Leap Wireless and Cricket Communications (acquired by AT&T), Paul Mockapetris, inventor of DNS, and Ihab Tarazi, former CTO of Equinix.

Last year, Vapor IO announced Project Volutus, an edge co-location and data center as a platform service that will stitch together a network of fully-managed micro data centers at the base of cell towers.

“Interest and demand for edge computing and Project Volutus continues to accelerate. As we push forward to roll out our first Kinetic Edge cities, we’re thrilled to welcome Robert, Paul and Ihab as advisors and look forward to working closely with them. Each has uniquely pioneered success and innovation within their respected fields time and again, and we look forward to their valuable insights,” said Cole Crawford, founder and CEO of Vapor IO.

Sunday, November 26, 2017

Edgecross Consortium gets underway in Japan

A new Edgecross Consortium has been established by NEC, Advantech, Omron Corporation, IBM Japan, Oracle Corporation Japan and Mitsubishi Electric Corporation with the goal of accelerating the market for edge computing.

The Consortium aims to contribute to the promotion of IoT in support of the "Society 5.0" vision proposed by the Japanese government. The mission is to enable data collection from all types of industrial equipment and devices regardless of vendor or network.

Initial activities of the Consortium will begin with the development of specifications for the Edgecross open software platform.

A meeting is scheduled for November 29, 2017 in Tokyo.

Monday, November 7, 2016

ADVA Debuts One Network Edge Portfolio

ADVA Optical Networking unveiled its One Network Edge portfolio of devices designed to help service providers respond to growing demand for high-value communication solutions.

ADVA's One Network Edge, which utilizes the ADVA FSP 150 product family, combines a mixture of hardware and software that ensures quick and easy service implementation with low operational impact. One Network Edge simplifies the challenge of security, synchronization and service demarcation. The portfolio will include edge devices to suit various edge applications.

“When we talk to service providers, there’s always one issue, one frustration – the network edge is too fragmented, too complex; it’s limiting their ability to meet customer demands and new business opportunities. This is the genesis of One Network Edge,” commented Stephan Rettenberger, VP, marketing and investor relations, ADVA Optical Networking. “Ultimately, One Network Edge is the next step of the journey for our FSP 150 product family. It’s the evolution of a technology that has continually garnered industry praise and topped analysts’ charts of Ethernet access devices (EADs). Our FSP 150 has the highest installed base of any EAD in the industry. We’ve taken all of this experience, all of this knowledge and created something game changing. One Network Edge offers customers something unique in the industry, something that will help them to take their next steps. It’s all about building one network together.”

http://www.advaoptical.com/en/newsroom/press-releases-english/20161107-adva-optical-networking-introduces-one-network-edge

Wednesday, April 6, 2016

Vasona Raises $14.6 Million for Mobile Edge Platform

Vasona Networks, a start-up based in San Jose, California with R&D in Tel Aviv, secured $14.6 million in series C funding for its platform for mobile network capacity, resource management and edge intelligence.

Key Vasona Networks offerings include the SmartAIR edge application controller and SmartVISION analysis suite. These platforms leverage edge locations between core and radio access networks, which is a key position for precise traffic management and monitoring at scale. SmartAIR assesses each cell’s conditions and acts on congestion in real time, taking into account the cause and the subscriber’s location. SmartVISION gives unprecedented live and historical visibility into networks at the level of individual cell performance.

The company said it is deployed by several tier-one mobile network operators in four of the world’s largest cities, including announced use by Telefónica UK in its London O2 system.

Participants in the funding round include Bessemer Venture Partners, New Venture Partners and NexStar Partners.  This brings total funds raised by the company to $48 million.

“We are working with the world’s top mobile network operators on pressing and emerging needs, including the constant pursuit of better mobile experiences,” says Vasona Networks CEO Biren Sood. “As operators turn their focus to edge-based traffic management for the most value, flexibility and control, our capabilities best meet business and network demands in any market.”

http://www.vasonanetworks.com/

Tuesday, September 22, 2015

Alcatel-Lucent Debuts 7750 SR-e Service Routers

Alcatel-Lucent introduced a new series of IP routers designed for smaller locations in large-scale IP networks, or to serve as a full-service router for smaller networks.

The new 7750 SR-e service router, which is based on the company's 7750 Service Router (SR) family, FP3 silicon and Service Router Operating System (SR OS) software , delivers full IP edge routing capability in a mid-size form factor. The new 7750 SR-e platform is also cloud-ready and a key element in Alcatel-Lucent’s portfolio supporting the evolution of networking to NFV and SDN.

Some highlights:

  • Three form factors are being introduced: SR-1e (400 Gbps), SR-2e (800 Gbps) and SR-3e (1.2 Tbps). Supports GE, 10GE and 100GE interfaces. 
  • The routers sit between the 7750 SR and 7750 SR-a. The SR-e series fills the demand for a lower end 100G-capable box but offers more capability than the SR-a variant.
  • The 7750 SR-e is cloud-ready and a key element supporting the evolution of networking to NFV and SDN
  • Has a unique chassis air flow design for efficient cooling and reduced fan noise while paving the way for future capacity growth. Higher capacity systems run hotter, so a future-proof thermal design is critical for continued investment protection. With these advances, the SR-e platforms have a fully NEBS-compliant design purpose-built for the most stringent central office and co-location facilities.
  • Enables a converged IP-optical network with GMPLS UNI

“We continue to evolve our IP hardware and NFV portfolio in anticipation of our customers’ requirements. Our ‘Network Function Optimization’ approach recognizes that virtualized and integrated routing solutions will be required for different applications, and that choice will be dictated by the economics and architectural preference of each network operator. The success of our 7750 SR-a series affirms that we are on the right track and that customers will require even higher-performance, high-function, QoS-intensive IP services on specialized hardware routing platforms. With our cloud-ready 7750 SR-e series, customers have even more flexibility to strike the right balance for their network,” stated Basil Alwan, president of Alcatel-Lucent’s IP Routing and Transport business.

https://www.alcatel-lucent.com/

Tuesday, June 23, 2015

Freescale Intros Multicore Processors based on ARM Cortex-A53

Freescale Semiconductor introduced its QorIQ LS1088A octal and LS1048A quad multicore processors based on the performance-optimized and power-conscious 64-bit capable ARM Cortex-A53 cores for network edge applications.

The devices integrate Freescale’s second-generation datapath acceleration architecture (DPAA2), delivering datapath offload with software developers in mind, and providing networking engineers with the processing resources to deliver low power, flexible and cost-efficient solutions for new virtualized networks as envisioned by ARM and others.

The new processors feature Cortex-A53 cores running up to 1.5 GHz, along with DDR4 memory controllers and up to two 10 Gbps and eight 1 Gbps Ethernet interfaces with L2 switch capabilities. These ultra-low-power processors are specifically designed for intelligent edge access equipment, NFV and virtual CPE solutions, industrial control systems and intelligent NIC applications.

“Last year we announced the QorIQ LS2 family for the new virtualized network, and today we are in full execution mode and are uniquely positioned for even greater portfolio expansion with the upcoming integration of Cortex-A72 core technology,” said Tareq Bustami, vice president of Freescale's Digital Networking group. “Continuing this momentum, we’re making the network more personal by bringing data closer and more accessible to consumers. The QorIQ LS1088A processor pairs our offload datapath with ARM’s most advanced 64-bit capable Cortex-A53 core, providing an excellent balance of low power and high performance, and bringing an advanced architectural solution to the value tier and the intelligent edge.”


Freescale has also announced plans to use the ARM Cortex-A72 core in a forthcoming communications processor. Planned for integration into an upcoming QorIQ LS2 processor product line, the Cortex-A72 core is the highest-performance and most advanced ARMv8-A processor core. Cortex-A72 technology simultaneously reduces overall power consumption while delivering best-in-class performance.

Freescale’s QorIQ LS1088A and LS1048A devices are planned for availability in Q1 2016.

http://www.freescale.com

Thursday, November 6, 2014

Juniper Virtualizes its Flagship MX Edge Router

Juniper Networks introduced a virtualized version of its flagship MX Series 3D Universal Edge Routing platform, enabling it to operate as software on x86 servers.  The move brings the full feature set and functionality of the company's edge routers to cloud infrastructure.

Juniper said it expects customers will combine the new vMX with its existing physical router portfolio in a common operations model. The virtualized MX implementations bring agility in deployment, scalability and service flexibility, while the physical version powered by the company's proprietary chipsets will deliver highest performance. In particular, the vMX enables new service creation and delivery models by reducing the risks and costs associated with a hardware-centric service roll-out.  Service providers with MX edge routers deployed in their networks can more cost effectively expand the reach of the network by leveraging x86. With the vMX, carrier-grade routing can be deployed in the time it takes to spin up a virtual machine, scaled elastically with virtual capacity, and if the need arises, migrated to the high-performance physical MX Series platforms for high-volume workloads.

"Juniper Networks' heritage is rooted in its willingness to challenge the status quo. Today, Juniper is once again redefining the industry by giving customers the freedom to leverage the benefits of both physical and virtual networking. How committed are we? We've virtualized our number-one selling routing platform so that our customers can increase service satisfaction, improve brand value and protect their profit margins. That's how much we believe in our customer's success," said Rami Rahim, executive vice president of Juniper Development and Innovation, Juniper Networks.

"AT&T is testing vMX for use in its software-defined network architecture. With the rapid pace of innovation required to meet increasing customer demands, our industry needs to shift network infrastructures from hardware-centric to software-centric such that the network behaves as flexibly as the cloud. AT&T's Domain 2.0 initiative embodies this shift," stated Susan Johnson, senior vice president of Global Supply Chain, AT&T.

http://newsroom.juniper.net/press-releases/juniper-networks-redefines-networking-industry-with-first-carrier-grade-virtual--nyse-jnpr-1153458


  • Juniper first launched its MX platform in 2006.
  • In October 2013, Juniper announced line-card enhancements and a new switch fabric for its SDN-ready, MX Series 3D Universal Edge Router portfolio.  The upgrades significantly expand system capacity, subscriber bandwidth and service performance. 
    The new line cards increase per-slot bandwidth up to 520 Gbps and offer hardware support for as many as 128,000 subscribers, enabling cost-effective subscriber concentration. The new switch fabric module more than doubles the capacity of several key MX 3D platforms, including the widely deployed MX960 and enhanced service cards for the entire MX Series portfolio. These new service cards enable up to three times the per-slot capacity and up to four times the service density of similar modules offered by other vendors.

    The enhancements are compatible with tens of thousands of MX Series 3D Universal Edge platforms deployed by service provider, cable and enterprise networks globally. The upgrade path supports SDN capabilities, including those powered by Juniper’s Contrail SDN controller.

Friday, October 31, 2014

Equinix Deploys Juniper's MX Routers for Cloud Exchange

Equinix has deployed Juniper Networks® MX Series 3D Universal Edge Routers in 19 markets to support its Equinix Cloud Exchange, which enables seamless, on-demand and direct access to multiple cloud services and multiple networks across the globe.

Equinix is using the Ethernet VPN capabilities of Juniper's MX Series routers to simplify cloud access, creating private environments between cloud providers and their customers -- both present at Equinix colocation data centers.

Juniper said Equinix chose its MX Series for the advanced architecture that separates control, management, services and forwarding planes to provide maximum scale and intelligent service-delivery capabilities. Juniper also noted that its MX Series routers provide Equinix and its customers with access to SDN and NFV architecture.

"The MX Series allows Cloud Builders like Equinix to remove the barriers that currently hinder innovation, like manual provisioning, and the difficulty of managing multi-cloud deployments. Juniper's High-IQ solution allows Equinix to automate operations and virtualize network functions to enable agile service creation, reduce operations complexity and capture greater market opportunities," stated Shaygan Kheradpir, chief executive officer, Juniper Networks.

http://newsroom.juniper.net/press-releases/equinix-innovates-for-the-future-of-cloud-based-solutions-with-juniper-networks-nyse-jnpr-1155259



Wednesday, October 29, 2014

Algeria Telecom Picks Ericsson SSR Provider Edge Router

Algeria Telecom has chosen Ericsson to upgrade its broadband aggregation network. Under the deal, Ericsson will consolidate the existing network using its SSR 8000 platform with Provider Edge (PE) and BNG functionality.

The network will support residential broadband connectivity and IPTV as well as high-speed virtual private network (VPN) services for enterprise customers.

The agreement includes Broadband Network Gateways (BNG) and Provider Edge (PE) applications based on the Ericsson SSR 8000 family and professional services such as project management, solution architecture, deployment and migration services. Financial terms were not disclosed.

http://www.ericsson.com

Friday, September 5, 2014

Dell’Oro: Service Provider Edge Router Market Reaches Record

The Service Provider Edge Router market grew to its highest level ever, gaining four percent in the second quarter of 2014 versus the year-ago period, and contributing to a record quarter for the Service Provider Router market overall, according to a new report published by Dell’Oro Group.

Some highlights:

#1 Cisco Systems:  Remained the first-ranked vendor with increased revenue into EMEA and Asia.
#2 Alcatel-Lucent:  Achieved record Service Provider Edge Router sales, increasing revenue in every major region.
#3 Juniper Networks:  Delivered a record quarter in Edge Router revenues driven primarily by sales into North America.
#4 Huawei Technologies:  Saw a shift in demand as Service Providers in its domestic market, China, focused on mobile backhaul and cut back on routers for fiber deployments.

“Demand drivers varied by country as all regions grew versus last year,” said Alam Tamboli, Senior Analyst at Dell’Oro Group.  “In the United States, demand for routers in the backhaul for LTE networks has been one of the primary motives for investment in recent years, however this quarter service providers in the region also invested heavily into fixed networks.  In much of the world, routers used for LTE mobile backhaul networks continued to drive investment in the edge,” Tamboli added.

http://www.delloro.com

Wednesday, February 5, 2014

Dell'Oro: Service Provider Edge Router Market Forecast

The demand for routers in mobile backhaul networks is expected to propel the worldwide Service Provider Router market to almost $9 billion by 2018, according to a new report from Dell'Oro Group.

“As LTE networks are being deployed in China and across Europe, router demand in mobile backhaul networks is taking off, with service providers expanding capacity to handle data traffic generated by LTE users,” said Alam Tamboli, Business Analyst at Dell’Oro Group.  “In North America, we witnessed a rapid deployment cycle, whereas in the case of Europe, we expect the cycle to be longer due to differences in the competitive landscape and a larger population size,” added Tamboli.

http://www.delloro.com

Wednesday, October 23, 2013

Ericsson Adds Multi-App Blade to Smart Services Router

Ericsson introduced a multiple-application card for its Smart Services Routers (SSR).  The board, which is powered by the custom SNP 4000 ASIC introduced earlier this year, can support various services concurrently without compromising performance.

Ericsson is positioning its enhanced SSR for new application and service models, such as network slicing, driven by the adoption of SDN, virtualization and cloud technologies in the network.  The new SNP 4000 board is designed to provide granular and personalized services with tens of millions of traffic flows.  Highlights include:

  • high-touch services, such as advanced subscriber management, IP routing and new SDN-driven applications
  • flexible allocation of resources using a patented architecture
  • Layer 2 to Layer 7 applications running concurrently on the board without compromising on performance
  • a standard programming environment with GNU C/C++ tool chain on Linux, making it easier and faster to add new applications.

http://www.ericsson.com/news/1737619


  • In March 2013, Ericsson introduced a network processing chipset that integrates thousands of processing cores to enable products that can scale from 100Gbps to 1Tbps and applications that support millions of subscribers.   The SNP 4000 ASIC, which was developed in-house, features a hyper-threaded, completion architecture that runs the Linux OS with full support for GNU based C/C++ tool chain.

Tuesday, October 15, 2013

Juniper Upgrades its MX Series Edge Routers

Juniper Networks announced line-card enhancements and a new switch fabric for its SDN-ready, MX Series 3D Universal Edge Router portfolio.  The upgrades significantly expand system capacity, subscriber bandwidth and service performance.

The new line cards increase per-slot bandwidth up to 520 Gbps and offer hardware support for as many as 128,000 subscribers, enabling cost-effective subscriber concentration. The new switch fabric module more than doubles the capacity of several key MX 3D platforms, including the widely deployed MX960 and enhanced service cards for the entire MX Series portfolio. These new service cards enable up to three times the per-slot capacity and up to four times the service density of similar modules offered by other vendors.

The enhancements are compatible with tens of thousands of MX Series 3D Universal Edge platforms deployed by service provider, cable and enterprise networks globally. The upgrade path supports SDN capabilities, including those powered by Juniper’s Contrail SDN controller.

Juniper said the programmability of its Junos Trio chipset gives its MX platform unmatched flexibility and hardware investment protection in even the fastest-growing markets while enabling virtualized application support through Juniper's SDN strategy.

The MX Series allows service providers and cable operators to further improve operational efficiently by consolidating appliances and applications directly on the router. Not only is the increased performance of the MX Series 3D important for new customers, but it is also gives every existing MX customer, including those that deployed the first 480G capacity MX960 six years ago, a seamless path to upgrade.

“Leveraging the common, feature-rich Junos operating system and the powerful Trio chipset, the MX portfolio offers customers the ability to create revenue-generating services with complete operational consistency. The MX 3D family serves the entire spectrum of needs from the smallest access aggregation needs with the MX104, up through the very high-end aggregation and core applications with the MX2020, which is the highest capacity single chassis router in the industry at 10.4Tbps. This gives network operators a single family of best-in-class products that can be leveraged in mobile and fixed businesses, and for residential and business applications,” stated Paul Obsitnik, vice president, product marketing, Platform Systems Division, Juniper Networks.

http://www.juniper.net


Monday, July 15, 2013

Telefónica Deploys Juniper MX Edge Routers in Spain

Telefónica has deployed Juniper Networks' MX Series 3D Universal Edge Routers in Spain.

The project, known as Telefónica's "Next Generation Access Center" and built around a fiber optic deployment, will provide high-speed residential and business services throughout Spain. Financial terms were not disclosed.

Juniper said its platform was selected for its flexible architecture and rich feature set which enable optimized functionality of Telefónica Spain's network edge.

http://www.juniper.net

Sunday, July 14, 2013

OVH.com Picks Cisco Aggregation Services Routers for its Data Centers

OVH.com, which claims to be the world's third-largest hosting provider, has selected Cisco's Aggregation Services Routers to expand its cloud and hosted services.

OVH.com operates data centers in Europe and Canada, with more than 150,000 physical servers and 500,000 virtual machines serving more than 700,00 customers.  With a dedicated fiber optic network, OVH.com is able to provide speeds of up to 2 Tbps in Europe and 8 Tbps in North America, crossing 33 global peering points, which ensures superior customer experiences when accessing its servers from anywhere in the world.  The company is based in Roubaix, France.

The expansion will use the Cisco ASR 9922 Router, part of the ASR 9000 Series, to enable highly resilient IP connectivity and robust support for both IPv4 and IPv6 across the OVH.com network.

Cisco said the platform was selected largely due to its ability to support such capacity with an extensive number of 10 Gbps and 100 Gbps connections. In addition, the Cisco IOS XR modular software operating system and full compliance with IPv6 enables OVH.com to meet customer demand for IPv6 based services.

"OVH.com has sought to deploy one of the most advanced networks in the world. By leveraging our own data center technology for our servers and our IP network from Cisco, we're able to deliver a faster, lower latency solution for our costumers while minimizing our power consumption and carbon footprint. No other Cloud and hosting company has our combination of flexible service offerings and global reach to so many Internet service providers," stated Octave Klaba, C(E/T)O of OVH.com.


  • Earlier this year, Infinera confirmed that OVH.com had selected its DTN-X platform to interconnect its data centers via its pan-European network. The OVH pan-Eureopan network links data centers throughout 10 major European cities in seven countries.
  • OVH is also expanding to Canada and the U.S., including a massive new facility on the outskirts of Montreal with a record capacity of 360,000 physical servers. The Montreal BHS data center is powered by a hydro-electric dam located just 300 meters from the building.
  • OVH is known for building its own data centers and for building its own water-cooled servers. Key technology partners include Infinera, Cisco, Intel, vmWare, Kingston, Seagate, Level 3, T-Systems and tata.