IBM System Networking Wins Golden Bridge Award for Business Innovation
I am delighted to report that IBM received the 4th Annual Golden Bridge Award for Business Innovation. The award was given for System Networking’s IBM RackSwitch G8264 with OpenFlow. IBM is leading the way in driving one of the foremost innovations in business technology -- Software Defined Networking (SDN). IBM is one of the first vendors to implement a new data center networking protocol known as OpenFlow for the enterprise. Software Defined Networking using OpenFlow has been standardized through the Open Networking Foundation (ONF) with the collaboration of global network and cloud operators, universities and research labs, and led by IBM and other industry leaders.
SDN enables the separation of network intelligence from the underlying network hardware -- using interoperable software to make the system network more agile, optimized and responsive. The IBM RackSwitch G8264 with OpenFlow supports the rise of Big Data, in which applications, workloads and systems are continuously generating vast amounts of information. Today’s networks are based on hardware, and thus can be too static to support today’s torrent of information. Software Defined Networking promises innovations to turn today’s networks into programmable infrastructure with the flexibility of today’s computers.
With the new IBM Programmable Network Controller
and OpenFlow-enabled RackSwitch G8264, IBM is one of a very few vendors to offer a complete SDN solution. IBM’s SDN solution is enabling greater control over data center infrastructures. This enables data center and network operators to employ a software-defined network fabric with workload-prioritized performance, optimized quality of service and pattern-based system integration.
Congratulations are in order to everyone on the IBM System Networking team who work so hard to deliver innovation every day for the world’s most demanding clients.
For more information about the IBM RackSwitch G8264, OpenFlow, Software Defined Networking and the coming new breed of Virtual Application Networks (VANs), please see:
IBM delivers smarter virtual networks with new OpenFlow controller
Industry pundits are calling software defined networking the most exciting and disruptive enterprise networking technology in decades. With the announcement of the new IBM System Networking Programmable Network Controller, IBM now provides a complete OpenFlow solution (the new controller plus IBM switch).
Just as IBM was first to market with a 10/40GbE OpenFlow-enabled switch, IBM is now leading the market with a complete SDN OpenFlow solution for the agile data center. By aggressively adopting, and contributing to, this new design paradigm, IBM is again demonstrating its commitment to innovation in order to meet and exceed customers’ needs for increased IT and business efficiency, competitiveness and creativity.
As one of the few Tier 1 vendors with any kind of SDN solution, we’re very excited to bring this complete solution to companies and organizations worldwide. And, to demonstrate IBM’s commitment to IT and business innovation.
IBM’s new software defined networking (SDN) controller is an addition to our enterprise networking portfolio. It provides intelligent software using the OpenFlow standard for the IBM RackSwitch G8264 and other OpenFlow-enabled switches. Using OpenFlow, our clients can create virtual networks with the scalability and flexibility required to respond to changes in cloud and mobile services environments.
Customers tell us that IBM’s commitment to interoperability and standards enables them to significantly reduce cost and time-to-value by increasing their networking intelligence. Now that SDN and OpenFlow are not just for research institutions anymore; financial services, software companies, cloud providers and web enterprises are increasingly adopting these new technologies to increase performance and user control.
Listening to what customers need, we’ve designed our new controller to dramatically simplify what is a very complex and expensive management task today. It also allows enterprise data centers to:
- Squeeze out costs from network administration.
- Mitigate business risk with flexible controls and management of network flows based on business policy.
- Deploy a “pay as you grow” scalable fabric that can be cost-effectively implemented with immediate benefits, accelerating time-to-market.
- Use all resources efficiently.
The controller’s technical advantages include:
- An OpenFlow-based network fabric with centralized control of network flows and virtual machine mobility, simplifying management.
- Increase in operational efficiency by automating network changes rather than requiring an admin to make CLI changes.
- Ability to transform traditional networking into an open, flexible model, dramatically increasing business agility and resource productivity while reducing costs.
- A pay-as-you-grow option allowing new applications or growth to leverage the advantages of IBM’s Programmable Network Controller
- Ideal solution for multi-tenant environments and those where business continuity is critical.
- A resilient network for self-healing after an outage.
SDN and virtual networks are opening a new world of possibilities - what new or improved capabilities and services do you see SDN and OpenFlow providing?
Yes, The Network Fabric in IBM PureSystems Is Interoperable With Existing Network Infrastructures
Since the recent introduction of IBM PureSystems
with network components developed by System Networking, clients are expressing great interest in the advantages of Expert Integrated Systems. One of their first questions is invariably: “Will IBM networks work with my existing data center and core network infrastructures?”
The answer is a resounding YES. When deploying an IBM PureFlex or PureApplication System, IBM’s standards-based approach to system networking ensures interoperability with existing network infrastructures across the edge, aggregation layer and core. Data centers with equipment from Cisco, Juniper and other network providers can benefit immediately – without any fear that IBM is somehow endeavoring to foist a “rip and replace” Trojan Horse strategy on our valued client.
With that said, here are four clear-cut reasons why IBM System Networking
delivers clear advantages:
- IBM’s Standards-Based Approach – Our mature and battle-tested IBM Networking OS is developed based on a standards-compliant philosophy driven by IBM’s leadership role in key international standards bodies, such as the IEEE, IETF and Open Networking Foundation.
- Certified Cisco Interoperability – Our clients in the world’s largest enterprise, financial services and cloud operators, know that network topologies implemented using our gear will work flawlessly with Cisco infrastructures. IBM System Networking products have been certified by The Tolly Group to deliver interoperability with Cisco Catalyst and Nexus switches. IBM and Juniper Networks recently collaborated to test the new IBM PureFlex System with Juniper products to build and run a cloud-based data center.
- Administrator-Friendly Operation – A common IBM Networking OS runs on IBM Ethernet products across our IBM PureSystems, BladeCenter, and RackSwitch lines. IBM system and network management tools such as Tivoli work with IBM Networking Element Manager. And, a Cisco-like command line interface is familiar to any Cisco-trained administrator.
- Proven Worldwide – With more than 14 million Ethernet switch ports connecting servers, storage and core networks, IBM System Networking has emerged as one of the industry’s foremost, innovative and focused data center networking providers. We estimate that nearly two million IBM switch ports are working with Cisco aggregation and core networks today in the world’s largest and most demanding network environments. Beyond the already significant performance, low latency and energy efficiency advantages delivered by IBM System Networking solutions, our clients know they can have a multi-vendor approach to data center networking, if that is what best suits their need.
Bottom line, clients will implement IBM PureSystems to harness the flexibility of a general-purpose system, the elasticity of cloud and the simplicity of an appliance tuned to the workload. However, as they move to fundamentally change the experience and economics of IT, they do not want to rip and replace their existing investment in networking or implement a proprietary fabric architecture that only works with a single vendor’s components.
Those are simply the realities of data center networking today. And, that’s why IBM has invested in ensuring that Expert Integrated Systems implemented with IBM networking are purpose built for the needs of the modern data center –interoperable, fast, intelligent, virtual and tuned to the task.
In a coming post, I’ll drill down into just how to implement an IBM PureSystems network to achieve the greatest performance and latency advantages.
IBM Delivers Standards-Based Virtualization Awareness and Automation for Large-Scale, Highly Virtualized Data Centers
With the vast majority of IT organizations now implementing virtualization, clients are seeking to dramatically reduce cost and complexity in highly virtualized data centers. In today’s data center environments, server virtualization is often managed separately from physical infrastructure, requiring the collaboration of server, network, storage, and security administrators. Data center managers are seeking a consistent networking environment across virtual and physical environments, so that virtual and physical servers can use the same configurations, policies and management tools. Network policies should migrate automatically along with mobile virtual machines to ensure that security, performance and access remains intact as virtual machines move from server to server.
To address the need for massively scalable, highly virtualized data centers, key standards have emerged for network virtualization automation. IBM System Networking
has developed and delivered the new IBM Distributed Virtual Switch (DVS) 5000V
™ alongside switch-resident IBM VMready®
, so clients can implement standards-based network virtualization in today’s I/O-intensive virtual switch environments. Using IBM’s innovative VMready virtualization-aware networking on IBM RackSwitch™
, as well as embedded Ethernet switches for IBM BladeCenter®
and IBM FlexSystems®
, along with IBM’s DVS 5000V as the virtual switch in VMware environments, clients can radically simplify and automate virtualization management. VMready works with all the major hypervisors and supports the IEEE 802.1Qbg standard for automating Virtual Machine mobility. VMware clients can further optimize and automate virtualization management with more advanced capabilities using the new IBM virtual switch.
The IBM System Networking Distributed Virtual Switch 5000V is an advanced, feature-rich distributed virtual switch developed by IBM in cooperation with VMware with policy-based virtual machine (VM) connectivity. The IBM Distributed Virtual Switch (DVS) 5000V enables network administrators familiar with IBM System Networking switches to manage the IBM DVS 5000V just like IBM physical switches using advanced networking, troubleshooting and management features so the virtual switch is no longer hidden and difficult to manage.
Support for Edge Virtual Bridging (EVB) based on the IEEE 802.1Qbg standard enables scalable, flexible management of networking configuration and policy requirements per VM and eliminates many of the networking challenges introduced with server virtualization. The IBM DVS 5000V works with VMware vSphere 5.0 and beyond and interoperates with any 802.1Qbg-compliant physical switch to enable switching of local VM traffic in the hypervisor or in the upstream physical switch. No fork lift of physical edge switches is required -- a simple firmware upgrade enables IEEE 802.1Qbg support on IBM physical switches. Virtual Machine (VM) traffic is switched at the device -- virtual or physical -- nearest to the VM in the traditional vSwitch EVB mode or in the transparent or reflective relay VEPA mode. IBM System Networking DVS 5000V is highly recommended for VM switching in VMware vSphere enterprise data center solutions – it is designed from the ground up to automate and scale any highly virtualized enterprise workload.
The standards-based network virtualization awareness, automation and “Virtual Vision” provided by IBM’s DVS 5000V and VMready demonstrate the healthy ecosystem in virtualization-aware networking and ensures that clients have freedom of choice to implement a multi-vendor network infrastructure that is equipped, enabled and scalable for massive virtualization.
Our standards-based approach enables clients to implement an integrated network across physical and virtual networks so the entire system-level network is aware of Virtual Machines and can automate their live mobility as workload requirements change. It’s truly a comprehensive solution that many clients are seeing as the way forward as they continue to embrace and extend virtualization across servers and workloads.
How do you see data center networks evolving to keep pace with the demands of massive virtualization?
A Fundamental Change in the Economics of IT – Innovation, Agility, Flexibility Massive Scalability through IBM’s New Expert Integrated PureSystems
The introduction by IBM of a new category of expert integrated systems sets the stage for a new, simpler era of computing and a fundamental change in the economics of IT. As 10,000 online viewers heard key IBM executives extol our vision of expert integrated systems and announce the introduction of the new PureSystems family – it is indeed a watershed day for IBM and our customers, as well as our Systems and Technology Group – and, for IBM System Networking.
We are delighted that IBM’s new PureSystems family, which results from $2 billion in R&D and acquisitions over the past four years, including IBM’s acquisition of BLADE Network Technologies and our talented team of BLADErs in October 2010, integrates networking components from IBM System Networking. Without these investments, the integration of IBM systems using IBM ”house brand” networking components would simply not have been possible less than just two years ago!
IBM’s new PureSystems are factory-built, tuned-to-the task, workload-optimized solutions that integrate server, storage and networking. IBM’s watershed approach to expert integrated systems took four years to define, develop and deliver, resulting in a single integrated, purpose-built system that doubles the computing power previously achievable per square foot of data space.
As organizations worldwide are challenged to deliver and harness innovation and business agility, and achieve massive scalability through integration, interoperability and standardization, IBM’s vision of expert integrated systems, and our new PureSystems family reflect this new economic reality. For example, by cutting months from costly deployments and time-consuming and manually intensive provisioning practices– new compute, storage and network capacity can be deployed up to 30 to 40 times faster.
Integrated systems require less manual intervention, consume much less precious space and power, and operate and scale far more efficiently. The results are ready-to-go systems that enable IT organizations to focus on, achieve and accelerate the innovation that their businesses and end users are looking for them to deliver.
This dense packing of compute power in PureSystems is exactly why the network will be so important to the future of this system. Before this, large amounts of servers and storage would have to be spread out across the data center; network latency and physical distance would ultimately limit performance. Now that multi-core processors, advanced storage technology, and other features have made it possible to fit this much processing power into a few racks, we can take full advantage of Ethernet running up to 40 Gigabit and Fibre Channel running up to 16 Gigabits per second
to realize very high bandwidth and low latency over short distances.
I am particularly pleased that IBM’s vision of expert integrated systems is aimed at realizing a fundamental change in the economics of IT. This vision of integration, scalability and standardization at the rack, row, data center and beyond echoes and reinforces customers’ needs for open, integrated systems that improve business efficiency, innovation and competitiveness I am truly excited as we set the stage for a new category of expert integrated systems and introduce a new era of value in the economics of IT.
Do you think that expert integrated systems can meet your organization’s requirements for innovation, flexibility, agility, and scale? How would viewing all of IT through a single pane of glass enhance IT ability to realize business goals?
IBM System Networking Sets the Pace with Standards-Based Network Virtualization Automation
With the vast majority of IT organizations now implementing virtualization, clients are seeking to dramatically reduce cost and complexity in highly virtualized data centers. In today’s data center environments, server virtualization is managed separately from physical servers, requiring the collaboration of server, network, storage, and security administrators. Data center managers are seeking a consistent networking environment across virtual and physical environments, so that virtual and physical servers can use the same configurations, policies and management tools. Network policies should migrate automatically along with mobile virtual machines to ensure that security, performance and access remains intact as virtual machines move from server to server.
To extend IBM’s industry-leading innovation in network virtualization management and automation, I am happy to report that IBM System Networking has delivered the new IBM Distributed Virtual Switch (DVS) 5000V to solve these emerging client needsUsing this server-based technology, clients can implement standards-based network virtualization in today’s I/O-intensive virtual switch environments. Using IBM’s innovative VMready virtualization-aware networking on the IBM RackSwitch and BladeCenter switches along with the IBM DVS 5000V as the virtual switch in VMware environments, clients can radically simplify and automate virtualization management. VMready works with all the major hypervisors and supports the IEEE 802.1Qbg standard for automating Virtual Machine mobility. VMware clients can further optimize and automate virtualization management with more advanced capabilities using the new IBM Distributed Virtual Switch 5000V.
Key aspects of our new IBM Distributed Virtual Switch 5000V include:
• Large-scale server virtualization by providing enterprise-level switch functionality in the hypervisor
• Advanced networking features not available through base vSwitch
• Mobility of VM security and network properties
• 802.1Qbg standards-based unified management of VM network policies across the virtual and physical network
• Network administrators can manage and provision network settings at the virtual machine level
• Flexible and scalable to a large number of ports
The IBM System Networking Distributed Virtual Switch 5000V is an advanced, feature-rich distributed virtual switch for VMware environments with policy-based virtual machine (VM) connectivity. It enables network administrators familiar with IBM System Networking switches to manage the IBM DVS 5000V just like IBM physical switches using advanced networking, troubleshooting and management features so the virtual switch is no longer hidden and difficult to manage.
Support for Edge Virtual Bridging (EVB) based on the IEEE 802.1Qbg standard enables scalable, flexible management of networking configuration and policy requirements per VM and eliminates many of the networking challenges introduced with server virtualization. The IBM DVS 5000V works with VMware vSphere 5.0 and beyond and interoperates with any 802.1Qbg-compliant physical switch to enable switching of local VM traffic in the hypervisor or in the upstream physical switch.
Do you see your clients’ initiatives to implement massively virtualized infrastructures requiring a new level of network virtualization automation and management? Do you see standards-based networking as a key enabler for their next-generation network topologies?
IBM System Networking Delivers Comprehensive 10GBase-T Solution for Cost-Effective Data Center Networking
Our clients know that the cost of owning and operating networking infrastructure is a key factor contributing to the overall ROI of IT. For example, when clients upgrade their data center environments, they vastly prefer to avoid the expense of ripping out and replacing existing cabling infrastructures. In the cabling world, the majority of today’s data center networks use 1000Base-T (Gigabit Ethernet) running on Cat5e, Cat6 and Cat6a twisted pair structured cabling.
Now, increasing demand for user, device-generated and machine-to-machine bandwidth is driving a shift to 10 Gigabit Ethernet. Until now, however, the migration from 1GbE to 10GbE and beyond has been hampered because existing 10G links are based on optical transceivers or SFP+ Direct Attach copper, neither of which is compatible with Gigabit Ethernet. Now, technology advances have reduced the price and power consumption of 10GBase-T to enable a seamless migration from Gigabit to 10GbE Ethernet using existing cabling infrastructures. Both 1000Base-T and 10GBase-T use RJ45 connectors and a structured cabling model with twisted-pair wiring, 100-meter maximum spans, and standards-based auto-negotiation for backward compatibility.
That’s why we’re getting such a positive response to our new IBM RackSwitch G8264T, a new top-of-rack switch from IBM System Networking that is part of a comprehensive 10GBase-T solution offering from IBM, which includes servers, storage and networking, providing better virtualization, better management, and smarter connectivity options for next-generation data centers.
Designed with top performance in mind, the IBM RackSwitch G8264T is ideal for today’s big data, cloud and optimized workloads leveraging cost-effective 10GBase-T connectivity. The IBM RackSwitch G8264T incorporates 48 10GBase-T connections plus four 40Gb QSFP+ connections in a 1U form factor for flexible and low-cost connectivity at distances up to 100m for 10G environments. The IBM RackSwitch G8264T delivers line-rate, high-bandwidth switching, filtering, and traffic queuing without delaying data. Large data-center grade buffers keep traffic moving. Redundant power and fans along with numerous high-availability features equip the IBM RackSwitch G8264 and G8264T for business-sensitive traffic.
The IBM RackSwitch’s 10 Gigabit interfaces and 40 Gigabit Ethernet for upstream connectivity and future expansion are the ideal complement to new IBM System x M4 servers, which utilize Intel’s “Romley” Xeon E5 processors that were designed with 10G Ethernet as the preferred interconnect for today’s high-performance computing workloads.
While there’s a whole new world of opportunity for Ethernet-everywhere data center network infrastructures with next-generation capabilities, clients never prefer to rip out and replace their existing and significant investments in connectors and wiring. Our new IBM RackSwitch G8264T is the “poster child” for next-generation networking that leverages existing client investments.
Do you see the maturity of 10GBase-T as an important catalyst for the migration from Gigabit Ethernet to 10 Gigabit in the data center network?
IBM and NEC Team Up to Enable Industry Innovators to Transform their Networks with OpenFlow
On Tuesday, IBM and NEC jointly announced several customers who are adopting a new networking technology called OpenFlow. As you may know, many CEOs and CIOs are hearing the hype around the new OpenFlow protocol for data centers, but what should they know about this technology and how can it benefit their organizations beyond the IT department?
If you have not yet heard of it, OpenFlow is a disruptive networking technology that offers a new level of interoperability and user control and which can ultimately transform the very economics of data centers. OpenFlow has been developed over the past several years at Stanford University as a new way to implement what is known as Software-Defined Networking or SDN.
It was initially created for researchers and universities as a tool to allow experimentation with new protocols and is now showing great promise for today’s highly virtualized enterprise and cloud computing networks.
OpenFlow is being promoted by the Open Networking Foundation founded by six companies that own and operate some of the largest networks in the world — Deutsche Telekom, Facebook, Google, Microsoft, Verizon and Yahoo! — as well as close to 50 member companies, including IBM and NEC, as well as other major equipment vendors, software suppliers and IC technology providers. OpenFlow promises a level of benefits to the network similar to what virtualization brings to servers.
I am extremely pleased that IBM and NEC are teaming up to help leading innovators adopt OpenFlow-based networking to transform their networks. Using a new IBM-NEC OpenFlow solution that integrates the OpenFlow-enabled IBM RackSwitch G8264 with NEC’s pFlow controller, these innovators are harnessing OpenFlow to power dynamic networks, manage massive amounts of information and deliver new services.
Stanford University, the originators of the OpenFlow protocol, will deploy IBM and NEC’s solution in a parallel network to test OpenFlow’s applicability to the university’s production environment.
Tervela, provider of a market-leading, distributed data fabric, has validated that this solution delivers a breakthrough in dynamic networking to ensure predictable performance of Big Data for complex and demanding business environments, such as global trading, risk analysis and e-commerce, by automatically segregating network traffic based on real-time statistics.
Selerity, provider of ultra-low latency event data, will employ IBM and NEC’s OpenFlow solution to accelerate real-time decision-making for global financial markets, distributing data across a global low-latency network in an innovative way that can be as much as 1,000 times faster than a conventional server-based application.
OpenFlow has evolved rapidly beyond research and academia to enterprise and IT, and IBM and NEC are leading the industry in building an open ecosystem for OpenFlow innovation and delivering the industry’s first, complete high-performance commercial OpenFlow solution.
This collaboration reflects the reality that the data center network is vital to business, driving new ways for users to control the functionality of networks to meet application requirements, for cloud, Big Data/analytics and high performance computing, more simply, flexibly and intelligently.
For more information about this innovative new solution, please view the following resources:
•IBM White Paper: OpenFlow-The Next Generation in Networking Interoperability
• ESG Tech Brief: IBM and NEC Bring SDN/OpenFlow to Enterprise Data Center Networks
How do you see data centers taking advantage of OpenFlow’s capabilities to make networks smarter by enabling users with greater control over network security, performance and complexity?
IBM Leads All in 40G Ethernet Shipments
I am proud to report that IBM holds the leadership position in the emerging market for 40 Gigabit Ethernet in the data center. According to research firm Dell’Oro Group, which recently began tracking the 40G Ethernet market, IBM is the market leader. This leadership position is due to the continued growth of 10G Ethernet, which necessitates 40G uplinks and aggregation switches as delivered by our innovative IBM RackSwitch G8264 and IBM RackSwitch G8316 top-of-rack switches.
In Dell'Oro's first 40G market report for the third calendar quarter of 2011, IBM RackSwitch products held a market share of more than 69%, more than 4 times greater than any other vendor.
The market for 40G Ethernet is still in its infancy. However, as data centers and cloud operators increasingly deploy servers equipped with 10G Ethernet, this drives the need for 40G upstream connectivity. The IBM RackSwitch G8264 and G8316 are ideal in this regard because they can be equipped with 10G server interconnects and 10G uplinks that can be easily upgraded to 40G as requirements demand.
The IBM RackSwitch G8264 is a 10/40G top-of-rack switch specifically designed for applications requiring the highest performance. It combines 1.28 Tbps throughput with up to 4 40G ports or up to 64 10G ports. The RackSwitch G8316 is a 40G top-of-rack aggregation switch that can be configured with either 16 40G ports or up to 64 10G ports. These switches set IBM apart and our leadership position in the emerging market for 40G Ethernet demonstrates that our innovative products are being well received in the marketplace.
OpenFlow Gets Traction at SC11
Seattle, SC11 was the scene for the unveiling of IBM's new Blue Gene/Q supercomputer project to solve the most challenging problems facing engineers and scientists, such as predicting the path of hurricanes, analyzing the ocean floor to discover oil, simulating nuclear weapons performance and decoding gene sequences. SC11 attendees could challenge IBM’s Watson supercomputer in a game of Jeopardy and see the most innovative network research projects in “programming the network” using OpenFlow.
OpenFlow allows the implementation of software-defined networking to enable significant innovation in High Performance Computing, which is highly reliant on network infrastructure. At SC11, the SCInet Research Sandbox (SRS)
gave researchers access to over 100 Gigabits per second of capacity to demonstrate the promise of OpenFlow on a software-programmable testbed network running on the SCinet infrastructure. The SC11 SRS will feature for the first time a 10 Gigabit Ethernet, multi-vendor OpenFlow network testbed to provide OpenFlow capabilities for wide area networking. I am pleased to report that our OpenFlow-enabled IBM RackSwitch G8264
will play a major role in this landmark demonstration of OpenFlow capabilities.
As part of the SRS, Indiana University (IU) deployed a 100 Gigabit Ethernet network for its high-speed Lustre WAN between the IU data center in Indianapolis and the convention center in Seattle utilizing OpenFlow technology for path selection and OpenFlow-based IBM RackSwitch G8264s. IU’s Global Research Network Operations Center at Indiana University has extensive network expertise and is the home of the recently announced Network Development and Deployment Initiative based on OpenFlow. IU deployed two Lustre filesystems at the ends of a 100Gb network connecting Bloomington, Indiana and the SC11 show floor. The IU demo executed real-world scientific applications that will saturate this 100Gb link. At the saturation point, application traffic will be dynamically routed over an alternative network using OpenFlow, to tune traffic based on need, priority and capacity.
The SRS utilized IBM RackSwitch G8264s in multiple other OpenFlow demos including load balancing, dynamic circuits, 802.1ag fault management, and the Steroid OpenFlow Service (SOS) for end-to-end application throughput over long-range networks.
For a complete list of OpenFlow demos in SCInet, visit: SC11/SRS.org
Also at SC11, IBM System Networking showcased our new smarter networking solutions including products our IBM System Networking RackSwitch G8316, a 40 Gigabit Ethernet (GbE) aggregation switch optimized for High Performance Computing and other applications requiring high bandwidth and low latency. The IBM System Storage SAN768B-2 and SAN384B-2 fabric backbones are among the industry's newest Fibre Channel switching infrastructure, providing reliable, scalable, high-performance foundations for private cloud storage and highly virtualized environments. The IBM System Storage SAN48B-5 SAN switch is designed to meet the demands of hyper-scale, private cloud storage environments by delivering 16 Gbps Fibre Channel technology and capabilities that support highly virtualized environments.
SC11 was a singular gathering of the High Performance Computing community, and it was a privilege for the IBM System Networking team to have the opportunity to meet with so many innovators in the engineering and science community.
IBM System Networking’s Vijoy Pandey Named IBM Distinguished Engineer
I am extremely please to report that my esteemed colleague and long-time collaborator Vijoy Pandey, IBM System Networking’s CTO for our Network OS and Switching, has been named an IBM Distinguished Engineer. I have had the pleasure of working with Vijoy across the past decade at Alteon Networks, Nortel, BLADE Network Technologies, where he joined me as one of our original employees, and now IBM, where he continues to lead the development of the IBM Networking Operating System and champion innovations such as our VMready virtualization automation software.
Vijoy’s recognition as an IBM Distinguished Engineer recognizes his outstanding technical contributions and leadership and puts him in the illustrious community of 500 other IBM Distinguished Engineers. Vijoy serves as a key link between IBM System Networking and the rest of our Systems and Technology Group, and has become a key "go-to" networking expert. Vijoy and his team help IBM drive innovation at the systems networking level, enabling clients to speed the delivery of key information from system to system -- for workloads such as analytics and cloud computing -- while also reducing data center costs. Vijoy is clearly a technical leader of the networking field, is well known across the industry and has proven to be a critical resource to IBM.
Vijoy holds a Ph.D. in Wireless and Cellular Networks from the University of California, Davis and a technical degree in Computer Science and Engineering from the Indian Institute of Technology, Kharagpur. In addition to his exceptional technical acumen, Vijoy is an accomplished photographer. You can see some of the wonderful images captured by Vijoy and his wife Rachna at varp.net. Please join me in congratulating Vijoy for his well-deserved recognition as an IBM Distinguished Engineer.
IBM System Networking on Track
As we pass the one-year anniversary of IBM’s acquisition of BLADE Network Technologies, I am pleased to report that IBM System Networking is on track in our focus to deliver “Smarter Networking for Smarter Data Centers.” We have exceeded our business objectives across the past four quarters, delivered an enhanced and expanded portfolio of data center networking solutions, and are succeeding in our goal to bring intelligence and speed to the essential access, distribution and aggregation layers where server and storage systems are connected to the data center network.
Gartner’s recent report: “Competitive Landscape: Data Center Ethernet Switches, Worldwide, 2011 Update” validates our growing market impact. Gartner places IBM System Networking as the number-two vendor in the data center networking market that has grown to $6.1 billion and 22.5 million ports.
Gartner reports that users now recognize the need for a "significantly new type of Ethernet switch for their data centers. As more and more data centers are affected by trends like consolidation, virtualization and automation, this has given rise to a set of new problems that network managers have to address.” As a result, Gartner asserts that data center networking must address:
• Growing east-west network traffic
• Growing need for 10 Gigabit Ethernet switches at every layer of the data center network
• Redundant design at various levels of the network
• Flat topologies to bring down the number of hops and reduce network latency
• Effectively providing interconnects and network services like security authentication, load balancing/failover, virtual LAN (VLAN) administration and traffic shaping to virtual machines.
• Overcoming the topological, failover and scalability limits imposed by spanning tree protocol (STP)
• Low power consumption with front to rear airflow design.
IBM System Networking delivers across all these requirements, which is why we are playing a leadership role in the data center networking market. Clients who deploy Smarter Computing using IBM System Networking solutions realize improved economics, better network performance, lower latency, less complexity, greater energy efficiency and streamlined management. These advantages become paramount as clients deploy a new class of switches specifically designed for the data center in ever-growing numbers.
What Makes A Good Network Fabric?
As I wrote in my earlier blog post, the data center network is going through a major transformation to support server virtualization and cloud computing, convergence of data storage, application-to-application traffic and new high-performance applications. To address these needs, the data center network fabric, the system network architecture that interconnects server devices and storage devices in a data center environment, has become a critical lynchpin of data center architecture. I am frequently asked the question, “What makes a good network fabric?” The term “fabric” has nearly as many definitions and permutations as “cloud,” so I would like to suggest the top 10 attributes that a data center network fabric should possess.
- Open and Interoperable – Modern data center networking is best accomplished when it is standards-based, when multiple vendors equipment can co-exist and interoperate, and clients can choose between multiple vendors’ wares without paying a pricing penalty or needing to rip-and-replace to meet growth needs and implement next-generation approaches. Standards-based Ethernet is a fabric essential.
- High Speed – To meet the performance needs of big data, cloud computing and workload-optimized systems, data centers are increasingly implementing 10 Gigabit Ethernet on the server and in the access and aggregation layers, which is driving interest in 40 Gigabit Ethernet with 100 Gigabit Ethernet on the horizon.
- Low Latency - Applications such as high-frequency trading require the lowest possible latency. The race to zero latency is enabled by ultra-low-latency switches that deterministic with the same connection speeds across every port combination.
- Loss-less – To meet the needs of machine-to-machine applications and converged data and storage networking, Ethernet networks must be loss-less. Network equipment supports the Data Center Bridging (DCB) standards to ensure loss-less operation.
- Flat – Clos and fat tree network designs are becoming increasingly prevalent for the flow-based, non-blocking, shortest path network fabrics required in highly virtualized and cloud data centers and for converged data and storage traffic. With standards such as Transparent Interconnection of Lots of Links (TRILL) and Shortest Path Bridging (SPB) on the horizon and other alternatives for flat networks requiring proprietary implementations, network architects favor existing approaches to meshed networking such as Virtual Link Aggregation (vLAG) to maximize network efficiency, reduce congestion and address Spanning Tree limitations by creating active/active Layer 2 network paths for load balancing and redundancy.
- Virtualization Aware – To ensure that network security, performance and access policies move dynamically when live virtual machines migrate from server to server anywhere in the virtualized data center or private cloud, the Edge Virtual Bridging (EVB) 802.1Qbg standard specifies the interaction between virtual switching environments in a hypervisor and the first layer of the physical switching infrastructure. The EVB 802.1Qbg standard addresses the conventional vSwitch’s lack of network management, monitoring and security.
- Scalable – Linearly scalable is a requisite of network fabric design, which can be achieved by non-blocking, non-oversubscribed topologies implemented using top-of-rack switches.
- User Control – The emerging OpenFlow specification enables network infrastructure providers to deliver open virtual networking systems that that are easy for users to control, optimize performance dynamically and minimize complexity. OpenFlow-based networks enable the network administrator to easily configure and manage virtual networks that control traffic on a per-flow basis. The administrator can easily program an OpenFlow controller to create or delete multiple independent virtual networks and related policies that span the system network without having to deal with the complexities of the underlying physical network and protocol details.
- Unified Management – Network devices that make up the fabric should be managed, configured and provisioned as if they were a single logical device, including the ability to can track virtual machines by switch or IP address, and pre-provision network characteristics for VMs.
- Low Lifecycle Costs – And finally, per-switch costs should be affordable so networks can scale on an incremental basis, the need for expensive chassis switches should be minimized, and low power requirements and cooling efficiencies should enable low energy costs particularly for massive networks fabrics that interconnect thousands of server and storage systems.
We have designed IBM System Networking’s Unified Fabric Architecture, our fast, smart, interoperable and proven data center Ethernet network fabric, to deliver across all 10 of these attributes. Unified Fabric Architecture along with the ability to replicate pre-provisioned racks and integrated systems, enables clients that have already invested billions of dollars in their data centers to take advantage of the best innovations in the industry and achieve the lowest possible cost of ownership for their IT infrastructure.
New IBM System Networking Innovations Address CIOs’ Pain Points
As I meet with CIOs around the world, the key issues they are working to address are invariably similar. Across the board, they are seeking to implement data center solutions that enable scalability, density, simplicity of management and provisioning, IT efficiency and virtualization, enhanced security, big data and analytics and low lifecycle costs. IBM System Networking is introducing a range of innovative new products that address these requirements. With these new offerings, CIOs can:
Scale SAN fabrics for private clouds. IBM System Networking is delivering new, high-performance 16Gbps Fibre Channel storage area networking (SAN) backbone, switch and management solutions designed to help enterprise clients migrate smoothly to private cloud architectures through faster data transfers, fewer links needed to accomplish the same task and fewer devices managed overall, with energy consumption seven times more efficient than competitive solutions.
Increase density and flatten networks. The new IBM Rackswitch G8316 is IBM System Networking’s new 40 Gigabit Ethernet aggregation switch with 16x 40G ports to aggregate multiple racks of servers or 64x 10G ports using breakout cables and a powerful control plane for higher performance. The IBM RackSwitch G8316 supports fat-tree networks for higher bandwidth and lower latency, provides an affordable alternative to expensive core switches, delivers predictable low latency through its single-chip design, and enables an end-to-end standards-based integrated solution using IBM switches and servers for easy management and provisioning.
Simplify management and provisioning. A unified management software solution for mixed SAN and FCoE environments, IBM Network Advisor provides greater insight for end-to-end network management to help reduce costs and simplify operations. IBM Networking Element Manager (formerly BLADEHarmony Manager) now includes better integration with Tivoli, topology discovery and support for additional managed devices.
Increase IT efficiency and virtualization. The IBM Networking Operating System (formerly BLADEOS) is a best-in-class data center network operating system for IBM RackSwitch and BladeCenter switches that incorporates the innovative VMready capability with support for the IEEE’s Edge Virtual Bridging (EVB) 802.1Qbg standard to bring scalable virtualization awareness to the data center network. With VMready, clients can confidently deploy and manage production application workloads in private clouds consisting of hundreds of physical servers and thousands of virtual machines.
Enhance security. IBM iFlow Director is a purpose-built flow distribution system that enables high-performance and low-cost BladeCenter-based appliance solutions. IBM iFlow Director provides flow-based load balancing for security appliances, such as deep packet inspection devices, firewalls and IDS/IPS systems, anti-virus and anti-spyware appliances and lawful intercept devices as well as wireless Internet mobile gateway appliances.
Power big data and analytics. IBM System Networking’s top-of-rack, blade and SAN smarter networking solutions deliver the massive amounts of bandwidth required for today’s big data systems.
Reduce lifecycle costs by increasing network control and flexibility. Using the OpenFlow-based IBM RackSwitch G8264 10/40 Gigabit Ethernet switch, user-controlled virtual networks are easy to create, optimize performance dynamically and minimize complexity. OpenFlow is a network protocol that has been developed over the past six years at Stanford University. The new OpenFlow solution enables the network administrator to easily configure and manage virtual networks that control traffic on a per-flow basis.
CIOs can count on IBM for smarter data center solutions that address their most pressing pain points. You can learn more about our exciting new IBM System Networking innovations by visiting ibm.com/networking.
Networks Go Flat So Data Can Go Faster
Today’s application requirements place new demands on the data center network fabric to deliver non-stop, ultra-low latency traffic flows. This traffic is increasingly “east-west” in nature to enable server-to-server communications versus the “north-south” traffic that characterizes conventional client/server and Web-based application environments. In fact, today, as much as 80 to 85 per cent of the traffic in cloud and virtualized server infrastructures – moves from server to server.
Deployment of the network fabric to serve these “east-west” requirements ideally begins at the edge of the network, close to servers, applications, users and innovation. So, today’s evolving data center architectures start with building out the fabric at the edge, connecting multiple blade servers, racks or systems, and eventually connecting multiple data centers. This is all about allowing clients to take advantage of fabric technology without expecting them to undertake an expensive and resource intensive forklift upgrade. That’s why starting at the edge makes a lot of sense.
For the intensive machine-to-machine communications required for server virtualization, cloud computing and high performance computing applications such as high-frequency trading, latency should be as close as you can possibly get to zero. There is the basic latency associated with the speed of light and the transmission medium, so as close as you can possibly get to zero defines the ideal. People in the industry have used the term the race to zero latency as a way of describing this insatiable quest for driving latency out of the system.
Clients are deploying IT infrastructure on an unprecedented scale. For example, data centers that were deploying five to six thousand servers on an annualized basis are now are routinely looking at deploying an order of magnitude more server infrastructure. So the scale at which these clients are deploying server infrastructure and storage capacity is huge. And if the network fabric that is connecting these servers and storage devices does not scale along with servers and storage, then you’ve got a problem.
While on one hand, clients are staring down the barrel of deploying an order of magnitude more servers and storage infrastructure than they ever have before, on the other hand they’re also concerned about ineffectiveness as it relates to utilization of their IT infrastructure. A big focus for enterprises is to increase the utilization of their IT infrastructure. The airline industry calls this yield management. The hospitality industry calls this occupancy rates. In the context of the data center, this is all about maximizing the utilization of IT infrastructure.
We in IBM System Networking agree with The Register’s Timothy Prickett-Morgan who in an insightful article “No More Tiers for Flat Networks,” writes, “For companies that need network traffic to move more efficiently at higher bandwidth and with lower latencies, then a leaf-spine network that has a flatter architecture, or perhaps a fat tree network inspired by supercomputers or a Clos network inspired by telecommunications, might be just the ticket.”
The definition of an ideal fabric is one that does not require clients to jump through hoops, change out servers or add unnecessary complexity. A good fabric should be one that can provide connectivity for the client’s existing infrastructure. That’s why IBM is a big proponent of standards, because we fundamentally believe that standards can bring not only the most innovative solutions to marketplace, but also deliver solutions that don’t lock clients into a particular type of technology or a specific vendor.
The data center network is going through a major transformation to support server virtualization and cloud computing, convergence of data storage, server-to-server traffic and new high-performance applications. To address these needs, the data center network fabric, the system network architecture that interconnects server devices and storage devices in a data center environment, has become a critical lynchpin of data center architecture. And the move to flat networks is enabling the fabric to help data go faster. And for today’s requirements, faster is most definitely better.
Harnessing the Full Potential of Virtualization
With VMworld 2011 taking place this week in Las Vegas (August 29 to September 1), the industry’s attention is riveted on virtualization. IBM provides deep virtualization expertise and an integrated portfolio of solutions to enable and support business and IT virtualization objectives. IBM approaches transformation from a holistic perspective with smarter systems, software, and services, enabling virtualization not only at the platform level, but also across operating systems and middleware.
Virtualization brings both benefits and drawbacks to the data center: it can maximize underutilized resources and minimize infrastructure spending—but add complexity and administrative overhead for the network administrator.
Today, among the biggest problems clients are facing with their virtual server and storage infrastructures is that when VMs move, the network that connects these server and storage devices is not VM aware, relying instead on conventional physical device awareness. Thus, with a network that is not VM-aware, when VMs move, network addresses, security policies and class of service policies need to be re-configured manually. Enabling the network with awareness of virtualization is what is needed.
This inability of conventional data center networks to understand the language of virtualization and see Virtual Machines (VMs) as they move from server to server and even from data center to data center poses a major impediment to the use of virtualization, particularly for production application workloads, where performance, availability, and security are bottom-line priorities. Those who manage physical and virtual infrastructures know that the network must keep pace with virtualization, and they are increasingly vocal about their desire for scalable, secure and open solutions for building a virtualization-aware network.
To fulfill the promise of smarter computing, Virtual Machines (VMs) need to be supported by an intelligent network. IBM System Networking’s switch-resident VMready® with Virtual Vision is a unique solution that enables the network to be Virtual Machine aware, so that the network can be configured, managed and secured for 1000s of virtual ports (v-ports).
With VMready, as VMs migrate across physical hosts, so do their network attributes automatically, retaining the same ACLs, QoS and VLAN attributes. VMready will support the emerging Edge Virtual Bridging (EVB) technologies now being defined by the IEEE 802.1Qbg working group to make it easier for businesses to achieve server-network virtualization in the data center.
Our clients have been crystal clear in expressing their desire for networks that can scale, secure and migrate VMs even across long distances between data centers. And, they want to achieve this automated network change management without locking into proprietary stacks or having to rip and replace their existing virtual infrastructures. With VMready and Virtual Vision, IBM is enabling data center operators to maximize their investment in server virtualization.
If you’re attending VMworld 2011, please make sure to learn more about VMready by visiting IBM in Booth #321.
IBM’s “Blue Pods”
With standardized components available for virtually every element of IT infrastructure from server to storage and network to rack, it’s perhaps no surprise that the standardized data center or “Pod” is becoming increasingly popular. For example, IBM’s Portable Modular Data Center is a data center in 20- or 40-foot shipping container that can be located anywhere that power and chilled water can be delivered. Other “Blue Pods” include the Enterprise Modular Data Center, a standardized raised-floor data center that can be built out in modules of 5,000 to 20,000 square feet, and the Modular High-Density Zone, which can convert an existing raised-floor space into an area that can deliver more computing capacity and power density.
As organizations struggle to handle growth in existing data centers, most organizations need to install and operate high-density computing to keep up with IT demands. However, the majority of today’s data centers are not designed to support high-density computing. So, these modular data centers offer a quick-to-deploy high-density solution with exceptional energy efficiency. And these modular approaches are ideal for organizations that want affordable capacity on demand. A Portable Modular Data Center can be designed, built and drop-shipped in as little as a few weeks to any location in the world, and does not require onerous capital outlays.
An IBM Portable Modular Data Center can cost up to 30 percent less to design and build compared to custom raised floor solutions, and can have up to a 50 percent smaller footprint. These Blue Pods are open, using industry-standard 19-inch racks and can house 1,428 blade servers or 1,178 IBM iDataPlex servers per container. This high-density compute power requires equivalent networking capacity. And this is where IBM System Networking is an ideal complement. IBM System Networking RackSwitch products consume power equivalent to standard light bulbs and are designed with server-friendly airflow that matches the hot-aisle/cold-aisle designs of the modular data center. IBM BladeCenter switches consume even less power and are tightly integrated with the BladeCenter architecture. Our VMready switch-resident software provides the networking capability to equip the Pod for the challenges of virtualization.
As CIOs remake IT infrastructures into more agile and automated environments that can respond to complexity with operational flexibility, Blue Pods support change while helping to mitigate associated risks. They help to address the continuing pressure to do more, faster and better – with less. In many cases, Pods enable organizations to accelerate their preparations for increasing complexity without requiring a significant expansion of existing IT operations. And Pods address the imperative to do more, faster and better—with less. Pods enable the data center to perform as the engine of business growth. And that’s what smarter computing is all about.
Take an online tour of an IBM Portable Modular Data Center.
The Transformation of the Data Center Network
Recently, I joined the other networking industry executives in Network World’s Data Center Switching Challenge Series. Host Robin Layland points out that the data center network is undergoing a major transformation as server virtualization, intense storage growth and the increase in east-west traffic – application-to-application and application-to-storage traffic – are placing new demands on the data center networking infrastructure. Layland asserts that to accommodate these changes, data centers must become more cloud-like. That requires running a new Ethernet fabric – a high-throughput, self-configuring, low-latency and self-healing data center network that automatically forwards traffic over the shortest available path. I couldn’t agree more.
Certainly, new technology innovations including the transformation of the data center network, signal that we are entering a new era of computing that IBM calls Smarter Computing. At IBM System Networking, we believe that Smarter Computing can be achieved by connecting servers and storage with a high-speed and intelligent network fabric that is faster, greener, open and easy to manage. In Round One of the Challenge, I describe how evolving to these next-generation data centers, requires organizations to scale their infrastructures while minimizing complexity, achieving virtualization and consolidation with the quality of service required for production application workloads and successfully merging data and storage into a single network.
As organizations drive to transform and virtualize their IT infrastructures to reduce costs and manage risk, networking is pivotal to success. Optimizing network performance, availability, adaptability, security, and cost is essential to achieving the maximum benefit from the data center infrastructure. This in turn addresses CIOs’ key issues, including scalability, density, simplicity, utilization, security, analytics and total cost of ownership.
The value proposition for IBM System Networking is to provide the essential data and storage networking solutions under the IBM brand to connect servers to servers, servers to storage and storage to storage. Clients seeking more efficient data centers with the greatest business value and lowest total cost of ownership for their data center networks can implement an open, standards-based approach to simplify management, flatten and converge the network and optimize and automation virtualization.
In Round Two of the Challenge, Robin and I take a deeper look into the requirements for the data center network fabric in a brief podcast. The best way to look at the attributes of a data center fabric is what we call the four “L’s”. It’s got to be lossless. It’s got to be low latency. It’s got to consume low power and it’s got to have a very low cost of acquisition and operation. These are the essential attributes of a data center interconnect fabric. The problems on a large scale that this sort of a data center fabric is trying to solve are, first and foremost, to help clients scale their infrastructure. Second, to allow clients to increase the density of clients and storage per square foot of raised floor. Third, to make it incredibly simple to provision and manage data center infrastructure. Fourth, to enhance the security of the IT infrastructure. Fifth, to aid in the process of better analytics of a corporation’s information and data repositories. Sixth, to maximize the utilization of the IT infrastructure through technologies like virtualization, and finally, to lower the total cost of ownership of IT infrastructure.
Network World’s Data Center Switching Challenge is a great place to start when you are evaluating your data center networking needs and how leading vendors are taking new and innovative approaches to address next-generation requirements.
IBM Introduces High-Performance Storage Area Networking for Cloud and Virtualized Data Centers
IBM System Networking offers a wide portfolio of smarter networking solutions for next-generation data center solutions, including Ethernet and Fibre Channel. Today, we’re pleased to announce the availability of new, high-performance 16Gbps Fibre Channel storage area networking (SAN) solutions for cloud and virtualized data centers.
This new high-performance Fibre Channel fabric platform implements smarter private cloud computing for today’s most popular virtualized storage environments. With these new 16 Gbps SAN solutions from IBM, clients can unleash the full potential of private cloud storage with improved scalability, performance and reliability, reduced network complexity and costs and centralized management.
Our next-generation IBM System Networking products are designed to help enterprise clients migrate smoothly to private cloud architectures through faster data transfers, fewer links needed to accomplish the same task and fewer devices managed overall, with energy consumption seven times more efficient than competitive solutions.
In addition to high performance and ease of management, IBM System Networking’s new smarter SAN networking solutions also address one of the biggest needs in today’s data centers – the push to provide standards-based solutions that are fast, truly interoperable and efficient. As demand for highly virtualized infrastructures increases, and public, private and hybrid clouds become increasingly popular, the new IBM solutions will consolidate and lower expenses around servers and storage deployments while accelerating and streamlining SAN backbones and switching platforms to accelerate access to the cloud.
IBM’s new 16 Gbps Fibre Channel SAN solutions are orchestrated with leading IBM products, including IBM Tivoli Storage Productivity Center and IBM Systems Director. The portfolio includes:
- Our new IBM® System Storage® SAN768B-2 and SAN384B-2 fabric backbones are among the industry's newest Fibre Channel switching infrastructure, providing reliable, scalable, high-performance foundations for private cloud storage and highly virtualized environments. These new backbones enable simpler, flatter, low-latency chassis connectivity to reduce network complexity, management and costs.
- The IBM® System Storage® SAN48B-5 SAN switch is designed to meet the demands of hyper-scale, private cloud storage environments by delivering 16 Gbps Fibre Channel technology and capabilities that support highly virtualized environments. Our new switch delivers 16 Gbps performance with up to 48 ports in an energy-efficient, 1U form factor, providing great flexibility for diverse deployment and cooling strategies.
- IBM® Network Advisor V11 is a software management platform that unifies network management for storage area networks (SAN) and converged networks. It is designed to provide a consistent user interface across Fibre Channel and FCoE over Data Center Bridging (DCB), along with custom views and controls based on the users' areas of specialization.
Our clients continue to have significant needs for Fibre Channel SANs, and according to Dell'Oro Group, SAN switch market revenues are expected to reach $2.5B in 2011, increasing to $4.7B by 2015.
These new products will be available in August, 2011. For more information, visit www.ibm.com/networking
Modified by Vikram Mehta, VP System Networking vikrammehta_STG@us.ibm.com
IBM System Networking RackSwitch G8264 Wins Communications Solutions Product of the Year Recognition
I am happy to report that the IBM System Networking RackSwitch G8264 is a recipient of TMC’s 2010 Communications Solutions Product of the Year Award. See the press release here.
The RackSwitch G8264 is IBM System Networking’s innovative 10/40 Gigabit Ethernet (GbE) switch specifically designed for the data center to provide speed, intelligence and interoperability, interconnecting highly virtualized servers equipped with 10 Gigabit Ethernet and providing seamless migration to 40 Gigabit upstream networks.
RackSwitch G8264’s is power packed with innovations that include:
Single-Chip Switch Fabric: RackSwitch G8264 uses an innovative switching architecture to operate with low, deterministic latency, consistent bi-directional throughput at line rate across all ports combinations, better microburst absorption, greater reliability and ultra-low power consumption of just 5.8 watts per port.
Massive Scale: RackSwitch G8264 includes 48 SFP+ ports for 10 GbE or 1 GbE operation and four QSFP+ ports for 40 GbE uplinks or 10 GbE use via a breakout cable for a total of 64 10 GbE ports. The terabit-class switch provides massive scalability for highly virtualized data center networks with up to 448 10GbE server ports in a stacked configuration for interconnecting thousands of virtual machines.
Virtual Vision: RackSwitch G8264 integrates VMready with Virtual Vision to secure and automate Virtual Machine migrations across large data center environments. Innovative and proven VMready “sees” virtual machines (VMs) as they move from server to server, protecting virtual machines by automatically synchronizing network policies among switches and hypervisors. With the Virtual Vision central policy database, VMready provides a single point of management for VM traffic and security across an entire data center with hundreds of servers and thousands of VMs, all designed for easy transition to emerging IEEE 802.1Qbg standards.
Next Generation Data Center Networking: RackSwitch G8264 supports the DCB/CEE standards for converged data center networks for FCoE, iSCSI or NAS, IBM Virtual Fabric for flexible vNIC connectivity, HotLinks and Layer 2 failover and standard Layer 2/3 features including stacking, IP PIM multicast, dynamic routing and spanning tree.
Congestion Prevention: Because network traffic between highly virtualized multi-core servers generates large amounts of server-to-server network traffic, virtualized servers need congestion notifications much earlier than enabled by conventional switches. IBM RackSwitch G8264 incorporates Explicit Congestion Notification (ECN) and Weighed Random Early Detection (WRED), which control packet flow from servers to avoid large saw-tooth fluctuations in network throughput that can slow application performance.
The IBM System Networking RackSwitch G8264 tops in top of rack switches, and this latest award is welcome recognition of the innovation that sets it apart.
Cloud Computing for Rethinking IT and Reinventing Business
In IBM’s Global Chief Information Officer Study– “The Essential CIO” – based on a poll of 3,000 global CIOs– shows that cloud computing has come of age with interest in the cloud increasing more than any other CIO priority. As I mentioned earlier, this 2010 study shows that 60 percent of organizations are ready to embrace the cloud over the next five years, an increase that is nearly double that of the 2009 study.
The cloud represents a profound evolution of IT with revolutionary implications for business and society, creating new possibilities and enabling more efficient, flexible and collaborative computing models. The cloud enables “IT without boundaries”—systems and processes that break down traditional silos and simplify access to information in order to deliver better business outcomes. Cloud computing offers organizations dramatic increases in agility and efficiency— innovation to ensure speedy, cost-effective delivery of products and services. To realize the benefits of cloud computing while overcoming the inherent challenges, organizations must take a holistic approach that spans business and innovation, users and applications, systems and networks.
IBM enables Smarter Computing managed in the cloud with a wide range of solutions. For example, IBM Tivoli Service Automation Manager enables users to request, deploy, monitor and manage cloud computing services. IBM SmartCloud Managed Backup
services provide end-to-end, cloud-based managed services to help protect business data, regardless of where it's stored. IBM SmartCloud Enterprise
is an agile cloud infrastructure as a service (IaaS) designed to provide rapid access to security-rich, enterprise-class virtual server environments, well suited for development and test activities and other dynamic workloads. IBM Smart Business Storage Cloud
offers a storage-virtualization solution designed to support storage optimization efforts. The IBM BladeCenter Foundation for Cloud
provides a pre-integrated and preloaded system with software, server, storage, networking and start-up services to help take the guesswork out of establishing a virtualized data center environment.
System networking is essential to the cloud, and our Cloud Ready Network Architecture
addresses the network-related requirements for private and public cloud computing. As enterprises and cloud providers seek to harness the considerable advantages of cloud computing, their networks must be equipped with five essential elements -- high-bandwidth/low-latency switching, convergence to Ethernet, massive virtualization for agile workloads, scalable fabric management and advanced energy efficiency. Cloud Ready Network Architecture is extending the performance and capabilities of data center networks from blade server to switch to SAN that will enable the scale-out performance and economies promised by cloud computing. Our Cloud Ready products
include the industry's first FCoE-ready 10 Gigabit Ethernet blade server switch, a high-performance 10/40GbE top-of-rack switching solution and a massive virtualization solution that supports more than 1,000 virtual ports for the cloud-ready data center.
Cloud computing is a new model of consuming and delivering IT and business services. It enables users to get what they need, as they need it—from advanced analytics and business applications to IT infrastructure and platform services, including virtual servers, storage and networks. The cloud is only as agile and extensible as the underlying network, and IBM System Networking is committed to delivering networking solutions that enable clients to harness the cloud’s transformative potential to rethink IT and reinvent business.
Achieving More with Systems and Networks Tuned to the Task
IBM is the leader in workload-optimized systems that are tuned to the task. Analyst James Clabby of Clabby Analytics defines the workload-optimized system “as one that matches architecture to the needs it is purchased for. Systems performance is no longer defined by the fastest processor or other leading benchmarks, but rather by the ability to deploy new services faster, with higher quality and within financial objectives.”
IBM's leadership in workload-optimized systems spans more than four decades, leveraging significant investments in microelectronics R&D, software integration, and system networking and harnesses IBM’s vast experience of deploying systems to solve industry problems. For example, IBM is working with partners to deliver a comprehensive system to bring the power of analytics and get clients up and running quickly and affordably without risk. IBM provides the industry insight through services to test and tune the system to the client's exact specifications, works with partners to ensure their applications are optimized and offers financing to ensure the systems match clients' budgets.
Workload-optimized systems address many diverse workloads, such as industry-specific applications like Wall Street’s High Frequency Trading, cross-industry applications like business analytics, and configuration-specific IT environments like cloud computing and virtualization. For example, the IBM Smart Analytics System
is a fine-tuned hardware and software platform specifically designed for customized analytics applications in industries such as healthcare, financial markets, energy and retail. The widespread use of virtualization has led to the development of virtualization-optimized systems such as IBM BladeCenter HX5
with MAX5. The BladeCenter HX5 is a scalable blade server designed to provide new levels of utilization, performance, and reliability for virtualized workloads such as database, business intelligence, modeling and simulation, and other enterprise applications.
Workload-optimized systems extend into the networking arena, which is no longer solely defined by general-purpose infrastructures. IBM’s VMready
switch-resident, virtualization-aware networking software is a prime example of IBM System Networking technology developed specifically for today’s highly virtualized workloads, and can be deployed to optimize virtualization-oriented systems such as BladeCenter even further. With VMready, as VMs migrate across physical hosts, so do their network attributes automatically. VMready allows you to manage virtual machines as they are added, moved and removed while retaining the same ACLs, QoS and VLAN attributes anywhere across the data center network. VMready allows for a "define once, use many" configuration that optimizes the data center network infrastructure for broad deployment of virtualization.
James Clabby encourages a look beyond systems specifications and characteristics when choosing where to deploy applications to consider what a particular system is actually intended to do for an enterprise. I couldn’t agree more. I encourage clients to evaluate network infrastructure in terms of its ability to deliver speed and intelligence tuned to the task.
CIOs Look to Big Data to Drive Innovation and Growth
In IBM’s Global Chief Information Officer Study– “The Essential CIO” – based on a poll of 3,000 global CIOs, 83 percent of CIOs surveyed identified analytics, the ability to extract actionable insights from “Big Data,” as their top-priority investment area.
The IBM study looked at what constitutes the fundamental tasks of the CIO and what traits define the outperforming CIOs as they infuse technology into products, services and processes to transform their business, drive profitability and expand into new areas. CIOs are facing an increasingly complex business environment defined by sweeping changes and the need for gaining greater intelligence, insight and visibility. These CIOs increasingly view tackling “Big Data” as a key imperative to both gaining insight and to expanding relationships with customers and partners.
CIOs are looking to invest in technologies such as analytics and data mining that not only help them better utilize structured data, but also unstructured data in the form of videos, blogs and tweets that can be obtained through the social web.
Top trends from the CIO Study:
- CIOs are focused on gaining deeper insight and intelligence (77 percent), people skills (68 percent) and client intimacy (67 percent) over the next five years.
- 72 percent of CIOs are focused on integrating business and technology to drive innovation.
- CIOs are harnessing the following tools and methods to turn data into actionable information: data warehousing (64 percent), visual dashboards (64 percent), master data management (63 percent), client analytics (63 percent).
Big Data is often defined as multi-terabyte data sets, but also implies big complexity, many diverse data sources, types and indexing schemes, and big processing to achieve useful analytic results. Big Data can become cumbersome without specialized systems for capture, I/O and storage, search, sharing, analytics and visualizing. Companies often struggle with drawing intelligence from multiple sources of disparate information. Managers can spend the lion’s share of their time just gathering data and less time acting upon it. With an optimized approach to Big Data, managers can spend more of their time focusing on the data that can make a difference to the business, avoiding excessive costs and duplicating efficient practices throughout the business.
Each of us are affected by the explosion of Big Data – whether it’s through the massive amounts of information generated and aggregated through social networks, the personalization that businesses can achieve from in-depth knowledge of our preferences and buying behaviors or the impact that compelling visualizations can have on business decisions. And as Big Data technologies improve how data is structured, stored, organized and retrieved, and, how complex analytics can help discover entirely new things, Big Data will have a big impact on the way we live, work and progress.
To those of us at IBM System Networking
, amidst all the complexity associated with Big Data, one thing stands clear. The rise of Big Data drives faster and more efficient network connectivity. For example, IBM BNT RackSwitches are vital components of Netezza’s TwinFin Data Warehouse Appliance
. Spend enough time with Big Data, and you’ll need the fastest and most highly optimized networking possible. And you’ll want that speed and intelligence at the edge of the network, close to users, applications and innovation. At IBM System Networking, that’s what we’re all about.
IBM’s Global CIO Study: Cloud is Ready for Prime Time
IBM has conducted its most recent Global Chief Information Officer Study– “The Essential CIO” – based on a poll of 3,000 global CIOs. Published in IBM’s centennial year, it is a definitive study of trends among CIOs from organizations of all types and sizes in 71 countries across 18 industries.
According to the study, one of the more interesting results over IBM’s Global Chief Information Officer 2009 study is that cloud computing has come of age with interest in the cloud increasing more than any other CIO priority. This 2010 study shows that 60 percent of organizations are ready to embrace the cloud over the next five years, an increase that is nearly double that of the 2009 study.
One of the reasons for embracing the cloud is that CIOs reported that their companies are seeking simple, meaningful and direct access to their enterprises’ Big Data –terabytes and petabytes of information, and the applications that cloud computing can deliver in a cost-efficient manner. While early cloud deployments typically addressed inter-departmental requirements, cloud computing has now become more widely used to connect organizations and their partners and customers.
The study research suggests that CEOs and CIOs are increasingly on the same page as CEOs better understand the importance of technology. Thus, They CEOs are increasingly relying on CIOs to turn today’s complex and changeable Big Data into usable information, information into intelligence and intelligence into better decisions. This is bringing CEOs and CIOs increasingly on the same page, as CEOs better understand the critical importance of technology for business success and competitiveness.
As one respondent noted: “Importantly, the role of CIO is not being looked on as ‘Chief IT Mechanic.’ It is recognized as a means to extract value from technology and gain insight from complex systems,” said Mark Hale, Director of IS for Food Retail, The Co-operative Group.
At IBM System Networking, we are focused on optimized systems that remove the barriers to cloud computing so that CIOs can turn vast amounts of data into business insights and enhance services and innovation. By speeding the transfer of data to and from servers to servers, servers to storage, and analytic engines, such as Netezza’s TwinFin Data Warehouse Appliance, IBM’s high-performance, virtual, scalable, standards-based and easy-to-manage system networking solutions are already fueling this cloud revolution in the world’s largest public and private enterprises.
The IBM Global CIO Study makes it clear that we have indeed entered a new era of IT where enterprises are vitally interested in IT infrastructure that is designed for Big Data, tuned to the task, and managed in the cloud – we call this new era Smarter Computing. In upcoming blogs, I’ll take a deeper look at the role that cloud computing, optimized systems and Big Data play in enabling Smarter Computing. Continue the conversation with us at ibm.com/theessentialcio.
IBM System Sets New Low-Latency Record for Real-time Market Data over 10GbE
In the world of High-Frequency Trading (HFT), opportunities exist only fleetingly and therefore trading solutions must run at the lowest latency to be competitive . Low-latency 10 Gigabit Ethernet has become the interconnect
of choice for HFT solutions. IBM and Mellanox have demonstrated a solution that
performs at high throughput rates and low latency to facilitate High-Frequency
I am happy to report that an IBM system has set a new record in low-latency messaging performance for Ethernet networks based on
the latest STAC-M2 benchmark test conducted by
Mellanox. The record was achieved using IBM x3550 servers running IBM’s WebSphere MQ Low Latency Messaging (LLM) technology using
Mellanox ConnectX-2 EN 10GbE NICs with RDMA over Converged Ethernet (RoCE) and the IBM BNT RackSwitch
G8264 10GbE switch.
The IBM and Mellanox solution outperformed the most recent record holder (based on a comparable configuration), achieving a 30% improvement
over results that were announced just two months ago. The benchmark results highlight an enhancement in latency reduction and scaling of messaging
performance, validating IBM and Mellanox’s performance leadership for high-performance connectivity to data centers in the financial services
STAC-M2 is a vendor neutral benchmark set by the Securities Technology Analysis Center (STAC) Benchmark Council, a consortium of
financial and trading industry participants that sets testing standards and supports performance improvements for technology used in capital markets.
This STAC benchmark demonstrates that IBM and Mellanox are addressing the performance requirements of the financial services industry by providing financial services enterprises with innovative server,
storage, software and networking solutions that meet their customers’ needs for fast transactions and value-added services.
STAC Benchmark Council members with a premium subscription can request the full STAC® Report. The report highlights are available to the
public. For more information, read IBM’s white paper about this impressive
low-latency solution for High Frequency Trading. Find more information about IBM System Networking’s low latency solutions here.
Interop Las Vegas is Showcase for IBM’s Collaborative Innovations
Interop is a singular event that galvanizes our industry. This year at Interop Las Vegas May 8-12, IBM System Networking will showcase the latest developments in collaborative innovations for Smarter Computing. For example, the emerging OpenFlow specification promises a greater level of intelligence in Ethernet networks through a new approach called Software-Defined Networking (SDN).
OpenFlow is being promoted by the Open Networking Foundation formed by six companies that own and operate some of the largest networks in the world — Deutsche Telekom, Facebook, Google, Microsoft, Verizon and Yahoo! — as well as 17 member companies, including IBM and other major equipment vendors, networking and virtualization software suppliers and chip technology providers. We are proud to be one of the inaugural members of the Open Networking Foundation, which again demonstrates IBM’s long-standing commitment to open industry standards, which are essential for the Smarter Computing that powers a Smarter Planet.
At Interop Las Vegas, IBM System Networking and NEC will show in NEC’s booth #904, for the first time publically, a proof-of-concept demo of an OpenFlow-enabled high-performance IBM BNT RackSwitch G8264 working in concert with an NEC OpenFlow controller. IBM will also participate in the InteropNet OpenFlow Lab, which will educate attendees on the principles, functions and features of OpenFlow.
IBM is also actively involving in open standards to better equip enterprise data centers for server virtualization. Edge Virtual Bridging (EVB) technologies, including the new Virtual Ethernet Port Aggregator (VEPA) technologies now being defined by the IEEE 802.1Qbg working group can make it easier for businesses to achieve server-network edge virtualization in the data center.
IBM’s Renato Recio is a driving force behind the 802.1Qbg standards, yet another of Renato’s numerous contributions to important industry standards that have dramatically simplified the way virtualized data centers operate. Renato was recently named an IBM Fellow, IBM’s most prestigious technical honor, recognizing his outstanding career of innovation that has so far resulted in 97 patents issued and 80 patents pending. I am proud to have Renato as a key member of our IBM System Networking team.
IBM System Networking’s switch-resident VMready with Virtual Vision is a unique EVB-ready solution that enables the network to be Virtual Machine aware, so that a data center network environment be configured, managed and secured for thousands of mobile Virtual Machines.
If you are attending Interop Las Vegas, May 8-12, please visit IBM in booth #621 to find out more about our leadership in collaborative innovations, such as OpenFlow and Edge Virtual Bridging.
OpenFlow – Next-Generation Networking for a Smarter Planet
We are seeing dramatic shifts as our planet becomes smarter. Every aspect of life is benefiting from the instrumentation, interconnection and the infusion of intelligence into the systems of the world. Networking is no exception, and the emerging OpenFlow specification promises a greater level of intelligence in Ethernet networks through a new approach called Software-Defined Networking (SDN).
OpenFlow is a network protocol that has been developed over the past six years at Stanford University. It was initially created for researchers and universities as a tool to allow experimentation with new protocols and is now showing great promise for today’s highly virtualized enterprise and cloud computing networks.
IBM is an industry leader in network virtualization technology and cloud computing through IBM System Networking's VMready product and is actively participating in the standardization of virtualization in networks through our leadership contribution to the IEEE 802.1Qbg standard. IBM is actively involved in OpenFlow technology.
OpenFlow is being promoted by the Open Networking Foundation formed by six companies that own and operate some of the largest networks in the world — Deutsche Telekom, Facebook, Google, Microsoft, Verizon and Yahoo! — as well as 17 member companies, including IBM and other major equipment vendors, networking and virtualization software suppliers and chip technology providers. OpenFlow is a disruptive technology that enables customers to choose their networking hardware and software separately in order to design best-of-breed data center solutions.
There are many applications for OpenFlow in modern networks. For example:
- A network administrator could create on-demand “express lanes” for voice and data traffic that are time-sensitive.
- Software could also be used to combine several fiber optic links into a larger virtual pipe for temporarily handing a particularly heavy flow of traffic, and then have the channels automatically separate again when the data rush is over.
- Service providers could use OpenFlow to help build a Smarter Planet by offering remote services such as home security or energy management.
- In cloud computing environments, OpenFlow improves scalability and enables resources to be shared efficiently among different services in response to the number of users.
OpenFlow revolutionizes the monolithic model of conventional network devices by managing the flow tables on network switches, routers and access points independently of the device’s software. It removes much of the network decision making, often called the “control plane” from network devices into an external controller that can be implemented using standard server technology.
At Interop Las Vegas, May 8-12, 2011, IBM System Networking and NEC will be showing, for the first time publically, a proof-of-concept demo of an OpenFlow-enabled IBM BNT RackSwitch G8264 working in concert with an NEC OpenFlow controller. IBM will also participate in the InteropNet OpenFlow Lab, which will educate attendees on the principles, functions and features of OpenFlow. The lab will demonstrate OpenFlow in different scenarios, including loop free networking, dynamic load balancing across multiple links and quality of service for VoIP.
We are proud to be one of the inaugural members of the Open Networking Foundation, which again demonstrates IBM’s long-standing commitment to making a difference for customers with open industry standards, which are essential for the Smarter Computing that powers a Smarter Planet.
IBM BNT RackSwitch 8264 Excels in Independent Test
Third-party product testing can provide a valuable resource for determining which networking products are best suited to customer needs. Third-party tests can often be accomplished on a much more extensive level with more products tested, more test equipment used and more test parameters evaluated than any single client could accomplish on their own. Consider a new independent performance test, which validates that the IBM BNT RackSwitch G8264 10/40 Gigabit Ethernet switch demonstrates significant performance and energy efficiency advantages over other top-of-rack switches offered in the market.
In the performance test conducted by The Tolly Group, the IBM BNT RackSwitch G8264 consistently demonstrated 100-percent line-rate throughput, lower latency, and the capability to buffer more packets than similar products in the markets, while providing an additional 16 10GbE ports, or 160Gbps more capacity than all other switches tested.
In addition to the performance advantages, the IBM BNT RackSwitch G8264 consumed up fewer Watts per Gbps than all other switches tested. The IBM BNT RackSwitch G8264 also demonstrated an average of 55% better price/performance than the three other switches.
Kevin Tolly, founder of the Tolly Group had this to say, “Today’s data centers are serving content for fixed and mobile clients across large scale public and private cloud computing clusters. Video rendering, high frequency trading and oil reservoir simulations are just a few examples of the complex applications being served over computing clusters connected at 10 Gigabit Ethernet (10GbE). The IBM BNT RackSwitch G8264 is a high-density 10GbE Top-of- Rack (ToR) switch with a powerful combination of the performance, low latency and energy efficiency required for today’s consolidated networking and storage traffic as well as server virtualization.”
The Tolly Group’s test clearly demonstrates the performance and energy efficiency advantages of the IBM BNT RackSwitch G8264. We are proud that IBM System Networking’s RackSwitch products indeed excel at delivering intelligence and speed at the edge of the network, the essential access, distribution and aggregation layers where essential server and storage systems are connected to the data center network.
The Cloud-Ready System Network
Today’s competitive business needs are driving the development of cloud-based data centers that are more cost-effective, agile, and scalable than ever before. Cloud computing places higher demands on the system network in areas such as speed, flexibility, virtualization, cost-effective operation and scalability. To meet the technical and business requirements of cloud computing, the networking layer of a cloud must offer high bandwidth and low latency, converged communications and storage, agile networks for virtual machine mobility, massive scalability and manageability and advanced energy efficiency.
The essential attributes of a cloud network include terabit scalability, predictable low latency, non-blocking throughput and high-speed interconnects using 1/10GbE and the emerging 40/100GbE. For example, the new IBM BNT RackSwitch G8264 delivers throughput of up 1.28 Terabits per second and with its single-chip architecture, low latency is delivered across all port combinations. To bring even more bandwidth to the cloud, the RackSwitch G8264 is among the industry’s first top-of-rack switches with 40GbE interconnects.
One of the main advantages of cloud computing is on-demand access to resources, and virtualization plays a key role in providing those resources. IBM System Networking's VMready network virtualization software enables cloud computing infrastructures with mobile, active virtual machines. Cloud computing users can gain even greater advantages from mobile virtual machines when they can be moved securely and with predictable performance not only within a cloud, but over greater distances to connect multiple clouds. Movement between clouds enables applications such as disaster recovery and data replication.
Today, cloud computing environments are deploying IT infrastructure on an unprecedented scale – data centers are expanding from 5,000 to 50,000 and 100,000 servers. For such scale-out architectures, the system network must deliver the high-density networking required to support highly consolidated and massively virtualized data center infrastructures. Today’s “flat” network topologies enabled through standards such as TRILL (Transparent Interconnection of Lots of Links) are key to this scalability.
Power and cooling are some of the biggest expenses of operating a cloud data center. A common estimate for data center cooling and distribution costs is two watts for every single watt consumed by data center equipment and networking gear is 10 to 15% of the entire infrastructure —so choosing the most energy-efficient network components is essential. As clouds grow to thousands of servers and beyond, per-component power savings are magnified into hundreds of thousands of kilowatts.
From a business perspective, the system network architecture for today’s cloud computing applications must support incremental deployment that does not require razing an existing facility and building a new one. And as new pieces of the cloud are fitted into place, IT managers don’t want to be locked into a single-vendor implementation for any aspect of the solution. They want the freedom to select best-in-class hardware and software components, and they want to deploy new capacity as rapidly as possible. For example, IBM has extended Tivoli's virtualization management capabilities so that it can provision and deploy hundreds or thousands of virtual machines an hour for large-scale enterprise cloud implementations.
IBM Celebrates 100 Years
IBM is celebrating 100 years - a century of achievements that have changed the world. Across the decades, IBM has had a greater impact on business than any other company. IBM’s tradition of innovation is reflected by its leadership patent portfolio. For the past 18 years, IBM has received more U.S. patents than any other company, holding more than 40,000 patents worldwide. And IBM’s history of outstanding business performance and its strong balance sheet virtually define “blue chip company.”
A wonderful video explores how computers came to “Think” and ultimately change the world. Another fascinating video takes you through IBM’s 100 years of achievements. In 1913, IBM applies the Hollerith tabulating machine to industry for the first time. In 1930, IBM receives its first patent for a traffic signal timing system. In 1939, IBM demonstrates an early form of email at the New York World’s Fair. In 1951, the IBM 701 becomes the world’s first mass-produced electronic computer. IBM’s Deep Blue defeats the world chess champion in 1997. On and on . . .
A host of innovations such as the SABRE airline reservation system, the IBM PC, the invention of DRAM and RISC and IBM’s embrace of Linux helped shape the second half of the 20th century. In 1974, IBM created networking with System Networking Architecture (SNA), the first complete protocol stack for interconnecting computers.
Fast forward to 2011, and TCP/IP and Ethernet have become the de facto means for global business networking. And, IBM's acquisition of BLADE Network Technologies now signals IBM’s reentry into networking as a system networking innovator just as it turns 100 years young!
What will the next 100 years bring? It’s easy to predict computers that that use 10x less power and run 1,000 times faster. Systems are on the horizon that can sequence the human genome and systems that can think like you. Networks can be expected to become ever more virtual. Innovations like the IEEE’s 802.1Qbg Ethernet Virtual Bridging (EVB) standard are being championed by great minds such as IBM’s Renato Recio and Vijoy Pandey to equip system networks with the intelligence to anticipate the movement of Virtual Machines anywhere and everywhere in the enterprise.
The employees of IBM System Networking have gotten off to a great start.
What a momentous time for the accomplished employees coming into IBM through the BLADE Network Technologies acquisition along with networking stars within the IBM company who together formed the System Networking business to become part of IBM’s second century of innovation!
You can learn more by visiting IBM100.
System Networking and Data Center Efficiency Redefined
The value proposition for IBM System Networking is to provide the essential network connectivity solutions under the IBM brand to connect servers to servers, servers to storage and storage to storage. IBM System Networking offers a compelling alternative for customers seeking more efficient data centers with the greatest business value and lowest total cost of ownership for their data center networks.
System networking plays a critical role in customers’ server and storage buying decisions. Today, many customers are deploying IT infrastructure on an unprecedented scale – data centers are expanding from 5,000 to 50,000 and 100,000 servers. For such scale-out architectures, the system network plays a critical role. Consider density; if it requires three data centers to house 5,000 servers, how many data centers will it take to house 50,000 servers? The answer better not be 30! So, the system network must deliver the high-density networking required to support highly consolidated and massively virtualized data center infrastructures.
If you are a CIO undertaking an order of magnitude increase in infrastructure, you want to increase utilization through virtualization, which requires the system network to be virtualization aware. And of course, the system network is vital to the security of this infrastructure.
If you have an order of magnitude increase in infrastructure, much of the functionality required to solve deployment and management issues can reside on data center switches implemented within the system network.
As companies take their businesses online, rapid and accurate business intelligence becomes ever more critical, which requires the system network for fast transport of information to and from analytic engines.
If you are employing an order of magnitude more infrastructure, total cost of ownership is important, and companies spend 15 to 20% of their investment in infrastructure on the network.
To address CIO’s key strategic issues of scaling, density, utilization/virtualization, security, data management and cost ownership, system networking is the common thread. IBM is an incredibly reputable server and storage vendor, and you can see the critical role the network plays.
What (Still) Keeps CIOs Awake At Night?
Last year, I wrote about the Information Technology (IT) related issues that keep the many CIOs I have met around the world awake at night. With 2010 behind us now, I thought it might be interesting to reflect on how IBM System Networking addressed for the issues/ pain points our customers spoke about.
1. An increasing reliance in IT to support the growing needs of the business has made scalability a major concern for CIOs. How do you scale the IT infrastructure in a cost effective manner to keep pace with the growing demands of the business? In 2010, CIOs saw dramatic increases in I/O driven by virtualization, high performance computing, video and other bandwidth-intensive uses and frequently chose IBM System Networking’s 10 Gigabit Ethernet switches to keep pace with this growth. IBM System Networking also delivered a single-chip 40 Gigabit Ethernet switch to bring terabit scale to the data center network.
2. More physical IT infrastructure is impacting data center space, power and cooling. This raises concerns about density – being able to pack more compute and storage capacity per square foot of raised floor so as to get the maximum return on data center building infrastructure. IBM System Networking introduced top-of-rack switches such as our IBM BNT RackSwitch G8052 and IBM BNT RackSwitch G8264 to enable the enterprises to build very high-density data center networks with four main characteristics – low latency, lossless, low cost, and low power.
3. With so much capital being invested in IT infrastructure, the question of maximizing utilization of this infrastructure is also top-of-mind. In the airline business they call this “yield management.” In the hospitality business, they call it “occupancy rates.” Innovations such as IBM System Networking’s VMready with Virtual Vision ensure that customers can virtualize their server infrastructure while maximizing virtual machine security, high availability, and mobility.
5. An increasing amount of sensitive information about businesses (customer and supplier information, costs and prices, contracts, sensitive intellectual property information, etc.), is going online. Protecting such information from getting in the wrong hands is of paramount importance and so security is very high on the CIO’s agenda. Security is increasingly required as an “embedded” characteristic of data center networks. IBM System Networking iFlow Director software enables the creation of wire-speed network security infrastructure and is rapidly gaining momentum in the market place.
6. And finally, more now than ever before, customers are very sensitive to total cost of ownership (TCO) of their IT infrastructure. IBM System Networking delivers a better end-to-end TCO to its customers that encompasses the compute, storage, and network elements of the IT infrastructure. Do a quick calculation on your cost & power savings with our TCO calculator.
I believe our industry indeed made significant progress in 2010 in helping CIOs address the issues that keep them awake at night. And, I am proud that IBM System Networking continues to play a key role in addressing these critical pain points.
IT in 2011: My Predictions
As we enter 2011, businesses are busily refining strategies for harnessing and leveraging IT in the year ahead and beyond. It’s crystal ball time once again, so based on countless interactions with CIOs, industry analysts, vendor executives and other thought leaders over the course of the past year, here are my predictions for the top trends that will impact IT in 2011.
The Need for Speed is Relentless: For IT departments, the need for speed comes in two flavors: How fast can we provision IT infrastructure to process a given workload? And, how fast can we process the workload itself and turn data into actionable information? Cloud computing affects speed of provisioning by enabling rapid deployment of certain application services via the Software as a Service (SaaS) model. Speed does not kill, slow kills. Here is what I mean by that - businesses are going to survive and thrive because their IT infrastructure is fast and agile.
Fabric-based Infrastructure Gains Traction: Converged data and storage network fabrics will move from prototype to deployment as the Data Center Bridging (DCB) standards become well understood and iSCSI and FCoE networks move into the mainstream. Fabric-based infrastructure that abstracts processors, network bandwidth and storage into federated pools of easily deployable IT infrastructure will move from lab trials to mainstream deployment.
Virtualization Deployed for Production Workloads: A recent IDC survey found that customers are looking to not only increase the use of virtual servers, but also to increase the number of virtual machines per physical server. IDC forecasts that virtualized server shipments will grow at twice the rate of the entire server market through 2014. I predict that a significant part of this growth is going to come from virtual servers becoming a popular platform for mainstream applications. And, with solutions like IBM System Networking’s VMready, data center networks that tie together servers running these mainstream applications can now be made Virtual Machine-aware, thus removing a critical barrier that prevented enterprises from not being able to virtualize their mainstream applications.
Time Sharing at a Bureau is Back in Fashion: The tremendous interest in cloud computing is warranted because of the cloud’s promise of greater ROI and improved efficiency. SaaS-based application delivery will continue to gain in popularity in 2011 as a ready means of cost reduction, and simplicity. It’s a proven model, people….remember the 80s when enterprises shared CPU cycles on a large mainframe in a data processing bureau? Driven by privacy and regulatory concerns surrounding mission-critical data and customer information, enterprises will turn to the hybrid cloud model, deploying private clouds for essential information and using hosted and/or public clouds for less-critical data and applications, where the cloud can provide cost reduction and capacity on demand.
The Data Center Becomes Ever More Strategic: With less-essential workloads offloaded to the cloud, the in-house data center will become a highly leveraged business asset. The data center will operate a mix of dedicated processing, virtual servers and private cloud computing, with each considered a strategic IT asset. The in-house data center will be looked to for the advantages of what I have termed “rackonomics” for the greater ROI and improved efficiencies that come from deploying standardized racks of compute, storage and networking infrastructure, and will also be valued for what others have termed “cloudonomics” and “convergonomics.” Regardless of the economic model, for many industries and IT tasks, the in-house data center will remain a strategic business asset.
Security and Mobility will Redefine the Data Center Edge: Enterprises and their customers are using smart devices, such as iPads and smart phones to access corporate applications, in record numbers. This ubiquitous use of mobile computing will require ever greater amounts of bandwidth and place greater demands on the network, both in terms of security and mobility.
2011 is the Year of Smarter Systems: A smarter system is one that is optimized for a given workload and one where all the essential elements – compute, storage, software, and the network that connects all these pieces together is pre-packaged in a rack or multiple racks ready-to-use. All the customer needs to do is plug this system into an electrical outlet and start using it….just like we use our laptops today.
Real-Time Analytics Drive Business Decision Making: More powerful computers and faster networks will enable businesses to make more-informed decisions. It will become increasingly possible to run predictive simulations and real-time business analytics that forecast futures, rather than to simply provide after-the-fact analysis, which promises significant breakthroughs in business results. For example, GM is using high-powered IBM computers to simulate crashes and find ways to both prevent crashes and improve passenger safety when collisions/accidents occur.
Data Centers Will Become the Most Expensive Piece of Real Estate Anywhere in the World: With so much capital being invested in IT infrastructure, the “occupancy rate” of the data center will remain a key concern. Blade servers will increasingly give IT departments the flexibility they need to add incremental compute power and enable higher utilization in the data center. Blade server architectures will continue to gain in acceptance and market share in 2011. I also expect a new wave of blade center technology innovations to take hold in the latter part of 2011.
All-in-all, 2011 is most certainly going to be the year of Information Technology and a very promising one at that.