Tuesday, August 25, 2015

ONUG to Host NSF-Supported Workshop on SDN

The Open Networking User Group (ONUG) will host a National Science Foundation-supported workshop on “SDN in Large Enterprise Networks” in conjunction with the upcoming ONUG Fall 2015. The workshop will take place November 3-4 at New York University’s Kimmel Center.

“The goal of ONUG has always been to advance SDN and open cloud infrastructure by facilitating a higher level of engagement between IT business leaders, standards organizations, and members of the academic, research, and vendor communities,” said Nick Lippis, ONUG co-founder and co-chairman. “Hosting the NSF-supported workshop at ONUG Fall takes this one step further, providing an invaluable opportunity to strengthen the relationship with researchers and incorporate their expertise as the industry forges ahead with SDN deployments.”

http://www.OpenNetworkingUserGroup.com

Windstream Carrier Deploys in Zayo’s NY Data Centers

Windstream will deploy its core network infrastructure within Zayo’s colocation facilities in the New York metro market.

The deployment was driven by Windstream’s 100G long haul express network expansion that upgraded and modernized its Northeast regional and metro DWDM network.

Specifically, Zayo will deploy colocation infrastructure for Windstream at zColo facilities located at 60 Hudson Street in New York City, and 165 Halsey Street in Newark. Combined, the two carrier-neutral colocation facilities provide connectivity to more than 300 customers and key carriers, enabling Windstream Carrier Solutions to offer its metro and long haul wave services to an extended customer base in the Northeast.

http://zayo.com/services/colocation

IEEE Forms NG-EON and Ethernet-over-Backplanes Study Groups

IEEE announced the formation of two new study groups: IEEE 802.3™ Next Generation Ethernet Passive Optical Network (NG-EPON) study group and IEEE 802.3 2.5 Gb/s and 5 Gb/s Ethernet over Backplane and Copper Cable study group.

“The telecommunications industry is faced with three main components that drive increasing access network speeds: number of subscribers, number of connected devices (and applications) per subscriber, and bit rate required by those devices and applications. All are increasing simultaneously, and these three growth areas combined lead to an exponential increase in bit rates over the fiber access network,” said Dr. Curtis Knittle, chairperson of the IEEE 802.3 NG-EPON study group and director of Network Technologies at CableLabs, Inc. “The NG-EPON Study Group will explore market drivers, existing and projected technologies, and consolidate the industry around the objectives for the next generation Ethernet Passive Optical Network architecture to address the future needs of network operators.”

“IEEE 802.3 Ethernet standards are evolving to address broader markets, such as supporting automotive and industrial networks,” said Yong Kim, chairperson of the IEEE 802.3 2.5 Gb/s and 5 Gb/s Ethernet over Backplane and Copper Cable Study Group and senior director, CTO Office, Networking Broadcom Corporation. “We are now seeing the evolution of the mainstream object storage market as it transitions to take advantage of the benefits from the use of Ethernet. This study group will explore the objectives and criteria to serve the 2.5 Gb/s and 5 Gb/s Backplane and short reach copper cable applications.”

http://ieee802.org/3/NGEPONSG/index.html
http://ieee802.org/3/CU4HDDSG/index.html
http://www.ieee.org

Mellanox Supplies End-to-End EDR 100Gb/s InfiniBand to KTH Royal Institute

Sweden's KTH Royal Institute of Technology has selected Mellanox Technologies to supply its end-to-end, EDR 100Gb/s InfiniBand solutions for use in their PDC Center for High Performance Computing (PDC Center), whose scientific research work includes advanced modeling for climate changes, brain functions and protein-drug interactions.

The PDC Center is the latest deployment of Mellanox EDR InfiniBand technology to validate the expanding global adoption of this high-performance interconnect solution. Mellanox’s EDR InfiniBand solution offers higher interconnect speed, lower latency and smart accelerations.

The PDC Center for High Performance Computing at the KTH Royal Institute of Technology provides HPC services to Swedish academia as part of the Swedish National Infrastructure for Computing (SNIC), as well as internationally via the Partnership for Advanced Computing in Europe (PRACE) infrastructure. Those services include supercomputing and storage resources plus assistance from a range of application experts.

http://www.mellanox.com

Compass Networks Joins the Consortium of On-Board Optics

Compass Networks, which offers a high-performance routing platform based on its icPhotonics chipsets, has joined the Consortium of On-Board Optics (COBO), which is developing interoperable specifications to lower power consumption and increase bandwidth for optics within enterprises and data centers.

“We are pleased to have chip companies that provide solutions for 100G and 400G join the consortium,” said Brad Booth, chair of COBO. “CMOS semiconductors will continue to play a major role as the COBO ecosystem develops for cloud and enterprise datacenters.”

Compass Networks will work with other industry leaders in defining standards that will reduce power consumption and faceplate area in data center networking equipment.



Monday, August 24, 2015

Intel Leads Another $100 Million Investment Round in Mirantis

Intel led a $100 million funding round and spending in Mirantis, which specializes in OpenStack solutions.  The funding round included new investor Goldman Sachs and existing investors August Capital, Insight Venture Partners, Ericsson, Sapphire Ventures (formerly SAP Ventures) and WestSummit Capital.

The funding round builds on the $100 million in Series B funding that Mirantis raised in 2014.  Last year, Mirantis also announced the largest public sale of OpenStack software ever ($30 million with Ericsson). The start-up says its top line revenue grew 150 percent year-over-year and the company added more than 70 new enterprise customers. Mirantis is based in Mountain View, California and has also opened new offices in Amsterdam, Austin, Grenoble, Hong Kong and Tokyo.

Mirantis is undertaking technical collaboration with Intel as part of Intel’s recent announcement focused on creating tens of thousands of new clouds, the Cloud for All initiative. Specifically the two companies will address: performance at scale, storage, network integration and support for big data.  Addressing these technology challenges will expand the use of OpenStack and ease adoption for Mirantis and Intel customers.

“With Intel as our partner, we’ll show the world that open design, open development and open licensing is the future of cloud infrastructure software. Mirantis’ goal is to make OpenStack the best way to deliver cloud software, surpassing any proprietary solutions,” said Alex Freedland, co-founder and president of Mirantis. “Every industry is being disrupted by software. Smart enterprises are embracing the cloud to grow top line revenues and get new services to market faster. Mirantis is the only vendor 100 percent committed to only OpenStack.”

“Our investment in Mirantis is the next step in bringing open cloud infrastructure to the entire industry as part of Intel’s ‘Cloud for All’ initiative,” said Diane Bryant, senior vice president and general manager, Data Center Group, Intel. “As enterprises embrace public, private and hybrid cloud strategies, they need choices in their infrastructure software. OpenStack is an ideal open solution for cloud-native applications and services, and our collaboration with Mirantis is well placed to ensure the delivery of critical new enterprise features helping to create of tens of thousands of clouds.”

http://www.mirantis.com

Latest Windows Server Preview Adds Container Capabilities

Microsoft released  a new preview of Windows Server 2016 and System Center 2016 includes the first public preview of Windows Server Containers, new Nano Server functionality, and software-defined data center enhancements.

Microsoft says Windows Server Containers create a highly agile Windows Server environment, enabling developers to work with the languages of their choice – whether.NET, ASP.NET, and PowerShell or Python, Ruby on Rails, Java, etc..

The release builds on a partnership with Docker to offer container and DevOps benefits to Linux and Windows Server users alike. Windows Server Containers are now part of the Docker open source project. These containers can be deployed and managed either using PowerShell or the Docker client.

In addition to working with Docker to deliver Windows Server Containers, Microsoft plans to support choice and flexibility around containers through:

  • Ensuring a first-rate experience for containers on Azure. Microsoft recently released Docker VM Extensions for Linux on Azure, Docker CLI support on Windows, and Visual Studio Tools for Docker. Contributing to the open source development of the Docker Engine for Windows Server with a goal to enable the Docker client to manage multi-container applications using both Linux and Windows containers, regardless of the hosting environment or cloud provider.
  • Joining the Open Container Initiative to deliver an open, universal container image format and runtime under the Linux Foundation.
  • Expanding the ecosystem, through work with Canonical around the LXD REST API, a cross-platform container management layer that will bring new container innovation to Windows and Ubuntu developers.
  • Updates to Visual Studio and Visual Studio Online for Windows Server Container.
  • A future preview of Windows Server 2016, will include Hyper-V Containers, a second container deployment option that will provide higher isolation using an optimized virtualization and Windows Server operating system that separates containers from each other and from the host operating system. 

The latest preview of Windows Server 2016 also includes new Azure-inspired software-defined datacenter features, extending the functionality of our leading operating system and application platform:

  • Enhanced Nano Server functionality: adds a  new Emergency Management Console.
  • Simplified software-defined networking: we are delivering a scalable network controller, for centralized network configuration as well as a software load balancer for high availability and performance.
  • Extended security: Shielded VMs, which enable isolation between the underlying host and virtual machines, help protect resources in shared environments. 
  • Management: System Center feature enhancements make it easier to manage virtualized environments including support for rolling upgrades, shielded VM’s and guarded host support, and automated maintenance windows.


http://www.microsoft.com/en-us/evalcenter/evaluate-windows-server-technical-preview

Talari Expands SD-WAN Deployment Options

Talari introduced new Software Defined WAN (SD-WAN) appliances -- including both physical and virtual models -- along with an update to its Adaptive Private Networking (APN) operating system.

Some highlights:

  • Talari Virtual Appliance VT500: The Talari Appliance VT500 is a virtual software-only appliance that runs on VMWare’s vSphere. It’s a lightweight edge appliance that enables Talari’s Software Defined THINKING WAN capabilities to be installed by end users on commoditized hardware or embedded in a service offering from another vendor or service provider, giving the enterprise the power of choice in network infrastructure.
  • Talari Appliance T5200: The Talari Appliance T5200 is a new appliance with support for 10G Fiber-Optic interfaces, expanding the deployment scale of data centers that can benefit from Talari’s solution. The Talari Appliance T5200 can serve the role of network controller for a Talari SD-WAN and has multiple high availability options including fail to glass ports, active/active high availability pairs and geographic redundancy.
  • Expanded cloud capabilities in Talari APN 4.4: Talari has also released a new version of its Adaptive Private Networking (APN) software, Talari APN 4.4, which includes several new capabilities to support the increasing adoption of cloud within the enterprise. Customers now have the option of moving the Talari SD-WAN controller to the cloud, simplifying the management of the virtual WAN. Talari APN 4.4 also includes features to expand the control of traffic in the cloud, allowing Talari’s solutions to exercise more granular control over where SaaS and Internet traffic enters and exits the WAN edge.
  • Expanded security options in Talari APN 4.4: With the growing concern around network security, Talari APN 4.4 strengthens the security profile of its SD-WAN deployments with the optional use of third-party certified FIPs compliant IPsec tunnels as the Talari virtual WAN connection. This enhancement is in addition to the 128-bit and 256-bit encryption that is already included in Talari’s SD-WAN solution, enabling Talari customers to choose the best security options for specific applications across a virtual connection overlaid on their existing infrastructure. 

“Rather than force our customers to fit within a proscribed network architecture or vendor-defined deployment model, Talari’s goal is to provide a comprehensive solution that allows companies with a range of network architectures and deployment models to take advantage of the benefits of SD-WAN. This release increases our target market opportunity and will help us maintain and extend our current lead in the SD-WAN market,”said Emerick Woods, president and CEO, Talari.

http://www.talari.com

Dell Launches Datacenter Scalable Solutions

Dell is launching a new line of business within its Enterprise Solutions organization targeting the fast growing data center market and designed to meet the specific needs of web tech, telecommunications service providers, hosting companies, oil and gas, and research organizations.

Dell Datacenter Scalable Solutions (DSS) leverages the company's enterprise portfolio as well as global support and supply chain capabilities to build new and unique solutions.

"Dell Datacenter Scalable Solutions is a prime example of how Dell, as a private company, is able to be more nimble, make faster decisions and – most importantly – drive innovation on behalf of its customers," said Ashley Gorakhpurwalla, vice president and general manager, Server Solutions, Dell. "While others in the IT industry have been focused on marketing hype or reducing capex costs only, we’ve created a new operating model that is centered around flexibility. DSS is about understanding customers’ goals and enabling them to achieve those objectives by giving them purpose-built solutions that are designed when and how they want it."

Dell DSS has partnered closely with Dell Financial Services to further enable and enrich the customer experience. With more flexible warranty and financing options, Dell is helping customers acquire technologies that allow them to future-proof their business while driving business value.

http://www.dell.com

Australia Japan Cable Reroutes Around Subsea Cable Fault with Infinera

The Australia Japan Cable recently experienced a network path failure following a subsea cable fault in 7,000 meters to 8,000 meters water depth, but was able to quickly reroute 400 Gbps of traffic to alternate paths.  The fast reroute capability was enabled by capabilities of the Infinera DTN-X platform featuring Infinera’s new on-demand Time-based Instant Bandwidth technology. 

The rerouting of the lost traffic was able to commence within minutes after receipt by AJC of the Time-based Instant Bandwidth license. This avoided a route outage while the cable repair ship was mobilized, transited to the repair site, and implemented in the challenging deep water repair.

AJC is a private submarine cable network and operates a 12,700 km link from Sydney to Tokyo via Guam. AJC experienced a subsea fault affecting services operating on the optical fiber route between Maruyama, Japan and Tumon Bay, Guam, including services on the Infinera DTN-X and other vendor platforms. Using Infinera’s new Time-based Instant Bandwidth technology, AJC in collaboration with Infinera was able to quickly respond by activating network capacity over an alternate route consisting of one terrestrial and two subsea AJC segments to recover over 400 Gb/s of affected traffic.

“We are pleased to continue our successful partnership with AJC,” said Lonny Orona, executive vice president for customer support at Infinera. “Customer satisfaction is of utmost importance to us and we are committed to help in any way possible so they can, in turn, fully meet their customers’ needs. Both the AJC and Infinera teams worked jointly with urgency to recover network capacity, minimizing disruption to the AJC network and services.”

Sunday, August 23, 2015

Swisscon Implements 3-Carrier LTE FDD and TDD

Swisscom has tested an LTE-Advanced three-carrier aggregation solution combining LTE in both FDD and TDD modes. The demonstration used three carriers in two bands in a radio access network and used commercial-grade chipsets.

The Swiss operator deployed the solution on August 18, 2015 in a Swisscom shop in Zurich and connected to its live, commercial network.  Two LTE TDD carriers, each with 20 MHz bandwidth in the 2.6 GHz frequency band (B41), and one LTE FDD carrier with 15 MHz in the 2.1 GHz band (B1) were used. The live demonstration in Zurich was supported by Ericsson Radio Access Network software 15B and hardware as well as by Qualcomm's Snapdragon X12 LTE modem.

Swisscom plans to roll out this solution to subscribers in Swiss metropolitan areas by summer 2016 to coincide with three-carrier FDD/TDD smartphone availability.

Ericsson said the combination of the three carriers in FDD-LTE and TDD-LTE will significantly enhance the future capacity of the network. The new technology will allow more users to benefit from peak data rates for downloads and uploads when using mobile internet, entertainment or enterprise services. In this specific set-up, a maximum 335 Mbps in the downlink was achieved.

http://www.swisscomm.com
http://www.ericsson.com

ADTRAN Commits to Open FTTH

ADTRAN is delivering on its open interface commitment and decoupling the closed equipment “lock-in” from fiber broadband access solutions.

The company said it is providing a standards-based carrier-grade set of products and solutions spanning the entire access network from the central office to the cabinet and the customer premises. Until now, carriers have been forced to choose  the same vendor for the fiber aggregation and the optical network terminal (ONT) equipment, limiting the available solution set.

ADTRAN multi-service access nodes (MSAN) seamlessly interoperate with its portfolio of ONTs, residential and business gateways, as well as MDU switches. The open interfaces of the ADTRAN MSANs also support third-party developed ONTs and Wi-Fi integrated residential gateways. ADTRAN G.fast Fiber-to-the-Distribution Point and 10G FTTH MDU solutions supporting TR-301 defined YANG and RESTful interfaces and making them both interoperable within an open multi-vendor MSAN network.

Finally, the ADTRAN customer premises equipment portfolio – which includes FTTH-enabled IP business gateways, FTTH Wi-Fi integrated residential gateways and micro ONTs – are compliant to BBF.247 in order to deliver a higher level of interoperability across multi-vendor access networks.

“The pace of network innovation and new services introduction has been slowed due to proprietary network connections and disparate operational models between different vendors. This is driving the need for a fully open, software defined programmable network,” said Chris Thompson, director, customer device portfolio, ADTRAN. “ADTRAN has helped build more open residential, business and backhaul networks than any other access supplier in the world and is committed to delivering the framework that will support the next-generation of broadband network deployments and services.”

http://www.adtran.com

Vonage to Acquire iCore Networks

Vonage, which offers cloud communications services for businesses and consumers, agreed to acquire privately-held iCore Networks for $92 million.

iCore offers a broad range of voice, video, mobile and collaboration services. iCore sells its solutions primarily through its large, direct field sales force, adding significant scale and a national footprint to Vonage's existing sales force. iCore supports more than 85,000 customer seats, with monthly ARPU per customer of more than $4,000, and derives more than 60% of its revenue from customers with 100 or more seats. Monthly revenue churn is less than one percent as a result of three-year contracts that include Quality of Service ("QoS") guarantees.

iCore leverages the same BroadSoft BroadWorks call processing platform used by Vonage, resulting in ease of integration for iCore's customers. iCore has a subset of customers running on BroadSoft's M6 platform.

"iCore is an excellent strategic fit and a natural complement to Vonage's rapidly expanding UCaaS business. This acquisition will deepen our penetration at the higher end of the business market and further strengthen our industry leadership," said Alan Masarek, Vonage Chief Executive Officer. "iCore has a proven track record of delivering the innovative UCaaS solutions required by mid-market and enterprise companies, and has been particularly successful combining hosted communications with complementary cloud services to create a robust unified communications experience."

Thursday, August 20, 2015

Europe's GEANT Deploys ONOS

GEANT, the European research network formed last year through the integration of the TERENA and DANTE initiatives, has deployed the Open source SDN Network Operating System (ONOS) on its pan-European testbed network. The ONOS installation allows researchers to define, build, test and rebuild highly scalable, high capacity virtual networks quickly, easily and cost-effectively.

Specifically, GEANT is running a new Inter Cluster ONOS Network Application (ICONA) – developed by CREATE-NET and the University of Rome Tor Vergata/CNIT in collaboration with the ONOS project – to efficiently manage the intercommunication of geographically distributed ONOS clusters and deliver faster controller response time during network events such as failures or congested links.

GEANT's GTS network is currently comprised of four points of presence (PoPs) located in Amsterdam, Bratislava, Lubiana and Prague, creating a software-defined network entirely based on OpenFlow. Each external entity (e.g. CREATE-NET and University of Rome) connected to the testbed exposes a "legacy" Border Gateway Protocol (BGP ) router that peers directly with the border router placed in the Amsterdam PoP of the GTS network, thus exchanging IP routes with the rest of the global network IP prefixes. This enables the entities connected to communicate together and with the rest of the universities and the research institutions attached to the global network. In fact, the Amsterdam PoP connects GTS directly with Internet2 in the U.S. Through ONOS' application intent framework, the ONOS clusters are able to provide L2 connectivity between all the "legacy" routers connected at the edge of the network.

"ON.Lab and its ONOS network operating systems are a great example of emergent network paradigms that would be difficult or impossible to test or evaluate at full European scale without the infrastructure provided by the GEANT network and the virtualization capabilities provided by the GEANT Testbeds Service," said Jerry Sobieski, GTS Activity Leader. "We are excited to work with ON.Lab to deploy ONOS across our GTS facilities as this allows us to showcase both the advanced capabilities ONOS delivers as well as the advanced capabilities of our testbed. GEANT's mission is to facilitate this type of leading edge global network research to help deliver the next generation of networking."

"We are very excited to participate in this worldwide SDN testbed deployment," said CREATE-NET Research Director Elio Salvadori. "It gave us the perfect setting to test our ICONA application and it opens up even more opportunities for controlled testing of further SDN apps that we are currently developing on top of ONOS."

"ONOS' deployment on GEANT's GTS is another major milestone for the ONOS project," said Bill Snow, Vice President of Engineering at ON.Lab. "With the GTS connecting to Internet2 in the U.S. and, through them, to South America we now have the best and brightest minds from three continents linked together via pure OpenFlow-based networks running ONOS software. Drawing from a global collaborative community provides us with resources that can't be matched and accelerates the pace of open SDN innovation by providing valuable insight, testing and feedback for ONOS to deliver the benefits of true SDN."

http://www.geant.org
http://www.onlab.us


FIU/AmLight Deploys ONOS and SDN-IP Across the Americas

Florida International University (FIU) has deployed the Open source SDN Network Operating System (ONOS) on Americas Lightpaths (AmLight), creating a software-defined networking (SDN) facility entirely based on OpenFlow. Five Latin American research and education networks (RENs) – Academic Network at Sao Paulo (ANSP), Brazilian National Research and Education Network (RNP), Latin American Advanced Networks Cooperation (RedClara), National University Network of Chile (REUNA) and the Caribbean Knowledge and Learning Network (CKLN) – interconnect Brazil, Chile and the Caribbean with the U.S. via a virtual slice of the AmLight network.


This implementation takes advantage of AmLight's ability to create virtual network slices using Internet2's FlowSpace Firewall. Symmetrically to a previously announced OpenFlow-based Internet2 ONOS deployment, the AmLight network can communicate with the Internet2 ONOS slice through a shared (legacy) BGP router deployed at FIU in Miami. Through Internet2, AmLight is linked to other ONOS network facilities such as GEANT in Europe.

The solution deployed is able to: provision L3 connectivity without using legacy routers in the network core; transform ASs running OpenFlow into IP (BGP) transit networks; allow an SDN network to seamlessly connect to the rest of the Internet using BGP thus providing a powerful migration strategy; and aggregate different SDN administrative domains into BGP confederations, making the control plane more scalable.

"The deployment of ONOS represents groundbreaking work in the field of SDN and networking," said Dr. Julio Ibarra, Assistant Vice President for Technology Augmented Research at FIU. "We're not just connecting one organization to another, but are connecting a dynamic global software-defined REN to create an open instrument for collaboration. This accelerates research discovery, advances education, and improves the delivery of public services while offering the benefits of ONOS' next-generation networking technology for improved learning, collaboration and innovation."

"The production deployment provides invaluable real-world insight from end users and network engineers, and the testbed aspect of the deployment enables experimentation to further improve and harden ONOS," said Guru Parulkar, Executive Director and Board Member at ON.Lab. "The ONOS project values collaboration with R&E network operators and their users, and the ONOS platform enables R&E network operators to rapidly innovate and better serve their communities."

http://www.fiu.edu
http://www.onlab.us

Kaminario's K2 All-flash Array Goes Under $1/GB with 3D TLC

Kaminario unveiled its K2 v5.5 all-flash primary storage array, bringing the average cost/GB usable to less than $1/GB and introducing 3D TLC drives.

Building on its earlier K2 all-flash array, the new system also includes native array-based replication and the company’s Perpetual Array program, enabling customers to seamlessly phase in new hardware and phase out old to deliver on the evolving needs of enterprise storage.

Kaminario's average price of under $1/GB usable represents a reduction of 50% in the cost/GB from its v5 system introduced in May 2014.

The company said it is also the first vendor to offer 3D MLC NAND, allowing enterprises to double effective capacity to more than 360TB per K-block and scale one K2 array to multiple petabytes in a single rack unit while providing consistent performance. Customers can expect higher data endurance and increased scalability, and therefore the ability to move all active data to all-flash arrays.

“In developing our transformative v5.5 all-flash array, we listened to our customers and kept a close eye on the market trends driving the evolution of the modern data center now and will through the next decade,” said Dani Golan, CEO of Kaminario. “The result is our best K2 yet; a truly dynamic and scalable storage system that allows any business to quickly, and extremely cost efficiently, expand its data center. Our new K2 makes all-flash storage lower cost than hybrid arrays.”

http://kaminario.com/blog/press-releases/kaminario-cuts-flash-storage-costs-less-1gb-introduction-k2-v5-5/

See video:  Kaminario Launches K2 V5.5 - https://youtu.be/VkgyTPVTawY


Mesosphere and Microsoft to port Apache Mesos to Windows Servers

Mesosphere and Microsoft have agreed announced to port Apache Mesos to Windows Servers.

Mesosphere, which is a start-up based in San Francisco, offers a Datacenter Operating System (DCOS) that provides a highly elastic, and highly scalable way of deploying applications, services and big data infrastructure on shared resources. The company is a major contributor to the Apache Mesos project and is the primary organization writing open source services for Mesos.

Mesosphere provides:

  • Application scheduling and scaling
  • Application fault-tolerance and self-healing
  • Under load application prioritization of applications
  • Application service port unification
  • Application service discovery
  • Application service end-point elasticity

https://mesosphere.com/blog/2015/08/20/mesos-everywhere-apache-mesos-for-windows-server/

Seagate to Acquire Dot Hill for SAN Arrays

Seagate agreed to acquire Dot Hill, a supplier of SAN solutions based in Longmont, Colorado, for approximately $694 million ($9.75 per share).

Seagate said Dot Hill’s external storage array-based systems and software products will complement its own storage systems offerings and be offered as part of Seagate’s Cloud Systems and Electronics Solutions business.  Seagate will leverage Dot Hill’s storage technology IP portfolio and software capabilities to drive innovation and provide incremental value to their combined OEM customer base.

“Dot Hill’s innovative storage systems and IP portfolio are a strategic addition to our storage technology portfolio, enabling us to accelerate the growth of Seagate’s OEM-focused cloud storage system and solutions business,” said Phil Brace, President of Cloud Systems and Electronics Solutions at Seagate.  “We are focused on providing the highest quality storage systems for our OEM customers and Dot Hill’s storage solutions will enable us to advance our strategic efforts.  We look forward to welcoming Dot Hill’s strong team, which has proven experience in developing and delivering best-in-class storage solutions that are trusted by the world’s leading IT manufacturers and their channel partners, and we expect the transaction to be accretive to non-GAAP earnings in fiscal 2016.”

https://www.dothill.com/storage-arrays/overview/

Brocade Posts Q3 Revenue of $552 Million

Brocade reported Q3 revenue of $552 million, up 1% year over year and up 1% sequentially. The company reported GAAP diluted earnings per share (EPS) of $0.21, up from $0.20 in Q3 2014 and up from $0.18 in Q2 2015. Non-GAAP diluted EPS was $0.27 for Q3 2015, up from $0.23 in Q3 2014 and up from $0.22 in Q2 2015.

"I am pleased with our Q3 2015 financial results as we delivered improved profitability and higher revenue year over year," said Lloyd Carney, CEO of Brocade. "Our IP Networking revenue growth of 16% continues to outpace the market with strong performance from both service provider and U.S. federal customers. As the storage market evolves, our SAN business continues to demonstrate the vital role of Fibre Channel as customers connect both traditional disk storage and next-generation flash arrays. Brocade is well positioned with our customers, partners, and products heading into the final quarter of our fiscal year."

Some highlights:

  • SAN product revenue was $309 million, down 5% year over year. The decline was primarily the result of softer demand for embedded and fixed-configuration Fibre Channel switches, partially offset by growth in director revenue. The sequential revenue decline of 1% was consistent with normal fiscal Q3 seasonality.
  • IP Networking product revenue was $154 million, up 16% year over year. The growth was across each product category with router sales up 35%, switch sales up 6%, and higher software networking revenue. The increased revenue year over year was primarily from service providers, up 43%, and U.S. federal, up 32%, partially offset by a decline in enterprise revenue of 3%. Sequentially, IP Networking revenue increased 6% due to higher switch revenue, which was up 26%, as well as higher software networking revenue, partially offset by lower routing revenue, which was down 23% primarily due to the timing of large service provider orders. Q3 2015 included a full quarter of revenue from the virtual application delivery software acquired in Q2 2015. 


http://www.brocade.com

Wednesday, August 19, 2015

Intel Network Builders Fast Track Targets 5G

Intel intends to leverage its unique combination of computing, networking and wireless communications assets "to develop 5G solutions that integrate intelligence across the entire network, end-to-end, from the data center to device and throughout systems in between."

Intel has launched a Network Builders Fast Track to guide its efforts with the networking industry in accelerating innovation in the 5G ecosystem. Under the program, Intel is collaborating with equipment and device manufacturers, network operators, service providers, academic institutions. Intel Capital will alos make strategic investments in disruptive companies that are part of the Intel Network Builders program.

At this week's IDF15 in San Francisco,  Intel executives Aicha Evans and Sandra Rivera hosted a panel discussion with Dr. Alex Choi, CTO of SK Telecom, Bin Shen, Verizon’s VP of Strategy and Paul McNamara, VP in Ericsson’s Corporate Strategy Group to discuss how computing and communications will converge in 5G network.

The underlying theme is that 5G connections to cloud-based computing, data services and other connected devices, will enable self-driving automobiles with intelligent traffic routing, smart cities, connected health innovations, etc..

Some outtakes from Intel:

  • Computing and Communications Will Converge: 5G will not be about simply increasing speed and capacity, but will also be about intelligence throughout the network to enable devices and the network to communicate more efficiently, transport data and content more quickly, and share computing resources. Devices and the network will also need to work together to establish intelligent service awareness. They will need to prioritize actions based on level of importance and be flexible enough to accommodate many devices that have widely varying connectivity, processing, power and latency requirements.
  • Devices and Sensors Get Smaller and Smarter: Devices will evolve in size, form, function and computing capability on the road to 5G. Networks and devices will need to intelligently manage connections as users move in to, out of and between cell coverage areas, as well as suppress interference from neighboring cells. They will also take a greater role in sharing contextual information, creating opportunities for developing new breeds of video, web browsing, gaming and interactive cloud-based applications.
  • Building a Network for the Future: Increasingly, networks must be designed to be flexible, efficient and scalable in order to accommodate the rapid growth in number and variety of connected devices in the Internet of Things, including wearables and immersive services like augmented reality. This will require new wireless spectrum and greater network efficiency. 

http://download.intel.com/newsroom/kits/idf/2015_fall/pdfs/Intel-5G_MegaSession_Factsheet.pdf

A replay of the session video
http://intelstudios.edgesuite.net/idf/2015/sf/megasession/150819_aesr/index.html