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NetApp and Cisco Deliver Extreme Performance For Oracle Database

Guest post by Aaron Newcomb, Solutions Marketing Manager, NetApp

FlexPodNo one wants the 2:00 am distressed phone call disturbing a good night’s sleep. For IT Managers and Database Administrators that 2:00 am call is typically bad news regarding the systems they support. Users in another region are not able to access an application. Customers are not placing orders because the system is responding too slowly. Nightly reporting is taking too long and impacting performance during peak business hours. When your business critical applications running on Oracle Database are not performing at the speed of business that creates barriers to customer satisfaction and remaining competitive. NetApp wants to help break down those barriers and help our customers get a good night sleep instead of worrying about the performance of their Oracle Database.

NetApp today unveiled a solution designed to address the need for extreme performance for Oracle Databases with FlexPod Select for High Performance Oracle RAC. This integrated infrastructure solution offers a complete data center infrastructure including networking, servers, storage, and the management software you need to run your business 24×7 365 days a year. Since NetApp and Cisco validate the architecture you can deploy your Oracle Databases with confidence and in much less time than traditional approaches. Built with industry-leading NetApp EF-550 flash storage arrays and Cisco UCS B200 M3 Blade Servers this solution can deliver the highest levels of performance for the most demanding Oracle Database workloads on the planet.

The system will deliver more than one million IOPS of read performance for Oracle Database workloads at sub-millisecond latencies. This means faster response times for end users, improved database application performance, and more overhead to run additional workload or consolidate databases. Not only that, but this pre-validated and pre-tested solution is based on a balanced configuration so that the infrastructure components you need to run your business are working in harmony instead of competing for resources. The solution is built with redundancy in mind to eliminate risk and allow for flexibility in deployment options. The architecture scales linearly so that you can start with a smaller configuration and grow as your business needs change optimizing a return on investment. If something goes wrong the solution is backed by our collaborative support agreement so there is no finger pointing and only swift problem resolution.

So what would you do with one million IOPS? Build a new application that will respond to a competitive threat? Deliver faster results for your company? Increase the number of users and transactions your application can support without having to worry about missing critical service level agreements? If nothing else, imagine how great you will sleep knowing that your business is running with the performance needed for success.

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#CiscoChampion Radio S1|Ep 31 #UCSGrandSlam

cisco_champions BADGE_200x200#CiscoChampion Radio is a podcast series by Cisco Champions as technologists. Today we’re talking with Cisco Marketing Manager Bill Shields and Cisco Principal Engineer Jim Leach, about our recent UCS launch. Amy Lewis (@CommsNinja) moderates and AJ Kuftic and Chric Nickl are this week’s Cisco Champion guest hosts.

Listen to the Podcast.

Learn about the Cisco Champions Program HERE.
See a list of all #CiscoChampion Radio podcasts HERE.

Cisco SME
Bill Shields, @hightechbill, Cisco Marketing Manager
Jim Leach, @JamesAtCisco, Cisco Principal Engineer

Cisco Champions
AJ Kuftic, @ajkuftic, Enterprise Engineer
Chris Nickl, @ck_nic, Cloud Infrastructure Architect Read More »

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World Record Oracle Performance with Cisco UCS

Oracle OpenWorld is a show like no other, with over 60,000 IT professionals convening in San Francisco for a week of all things, Oracle, Java and more. Cisco has a full slate of activities planned, including demos and theater sessions on the many benefits of running your Oracle workloads on the Cisco Unified Computing System (UCS). We’re also teaming with theCUBE to stream three days of live interviews with the industry’s leading thought leaders and Oracle solution experts. All of our activities have a common theme – Unleashing Oracle Performance.

With more than 25 world record benchmarks for Oracle workloads, Cisco has a proven record of delivering record-setting Oracle performance with each generation of server and processor technologies. This week at Oracle OpenWorld, we’re showcasing three recent world record benchmarks for Oracle E-Business Suite and critical Java operations.

Oracle E-Business Suite Applications R12 (12.1.3) Payroll and Order-to-Cash Benchmarks

E-Biz Suite GraphThe Cisco UCS® B200 M4 Blade Server with the Intel® Xeon® processor E5-2600 v3 product family, is the number-one server with top results on the Oracle E-Business Suite Applications R12 benchmark. The Cisco UCS B200 M4 performed over a million employees per hour on the Payroll Extra-Large Model Benchmark, outperforming the IBM Power System S824. UCS also set a world record on the Order-to-Cash workload, processing more than 11,000 more order lines per hour than the same server configured with previous-generation processors. The performance brief has all the details.

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UCS M-Series Design Principles – Why bigger is not necessarily better!

Cisco UCS M-Series servers have been purpose built to fit specific need in the data center. The core design principles are around sizing the compute node to meet the needs of cloud scale applications.

When I was growing up I used to watch a program on PBS called 3-2-1 Contact, most afternoons, when I came home from school (Yes, I’ve pretty much always been a nerd). There was an episode about size and efficiency, that for some reason I have always remembered. This episode included a short film to demonstrate the relationship between size and efficiency.

The plot goes something like this. Kid #1 says that his uncle’s economy car, that gets a whopping 15 miles to the gallon (this was the 1980s), is more efficient than a school bus that gets 6 miles to the gallon. Kid #2 disagrees and challenges Kid #1 to a contest. But here’s the rub, the challenge is to transport 24 children from the bus stop to school, about 3 miles a way, on a single gallon of fuel. Long story short, the school bus completes the task with one trip, but the car has to make 8 trips and runs out of fuel before it completes the task. So kid #2 proves the school bus is more efficient.

The only problem with this logic is that we know that the school bus is not more efficient in all cases.

For transporting 50 people a bus is very efficient, but if you need to transport 2 people 100 miles to a concert the bus would be a bad choice. Efficiency depends on the task at hand. In the compute world, a task equates to the workload. Using a 1RU 2-socket E5 server for the distributed cloud scale workloads that Arnab Basu has been describing would be equivalent to using a school bus to transport a single student. This is not cost effective.

Thanks to hypervisors, we can have multiple workloads on a single server so that we achieve the economies of scale. However there is a penalty to building that type of infrastructure. You add licensing costs, administrative overhead, and performance penalties.

Customers deploying cloud scale applications are looking for ways to increase the compute capacity without increasing the cost and complexity. They need all terrain vehicles, not school buses. Small, cost effective, and easy to maintain resources that serve a specific purpose.

Many vendors entering this space are just making the servers smaller. Per the analogy above smaller helps. But one thing we have learned from server virtualization is that there is real value in the ability to share the infrastructure. With a physical server the challenge becomes how do you share components in compute infrastructure without a hypervisor? Power and cooling are easy, but what about network, storage and management. This is where M-Series expands on the core foundations of unified compute to provide a compute platform that meets the needs of these applications.

There are 2 key design principles in Unified Compute:

1.) Unified Fabric
2.) Unified Management

Over the next couple of weeks Mahesh Natarajan and I will be describing how and why these 2 design principles became the corner stone for building the M-Series modular servers.

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Unlock The Value of Big Data with Cisco Unified Computing System

Big Data is not just about gathering tons of data, the digital exhaust from the internet, social media, and customer records.  The real value is in being able to analyze the data to gain a desired business outcome.  

Screen Shot 2014-09-21 at 8.18.12 PMThose of us who follow the Big Data market closely never lack for something new to talk about. There is always a story about how a business is using Big Data in a different way or about some new breakthrough that has been achieved in the expansive big data ecosystem. The good news for all of us is, we have clearly only scratched the surface of the Big Data opportunity!

With the increasing momentum of the Internet of Everything (IoE) market transition, there will be 50 billion devices connected to the Internet by 2020—just five years from now. As billions of new people, processes, and things become connected, each connection will become a source of potentially powerful data to businesses and the public sector.  Organizations who can unlock the intelligence in this data can create new sources of competitive advantage, not just from more data but from better access to better data.

What we haven’t heard about – yet—are examples of enterprises that are applying the power of this data pervasively in their organizations:  giving them a competitive edge in marketing, supply chain, manufacturing, human resources, customer support, and many more departments. The enterprise that can apply the power of Big Data throughout their organization can create multiple and simultaneous sources of ongoing innovation—each one a constantly renewable or perpetual competitive edge. Looking forward, the companies that can accomplish this will be the ones setting the pace for the competition to follow.

Cisco has been working on making this vision of pervasive use of Big Data within enterprises a reality. We’d like to share this vision with you in an upcoming blog series and executive Webcast entitled, ‘Unlock Your Competitive Edge with Cisco Big Data Solutions’, that will air on October 21st at 9:00 AM PT.

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I have the honor of kicking off the multi-part blog series today. Each blog will focus on a specific Cisco solution our customers can utilize to unlock the power of their big data – enterprise-wide– to deliver a competitive edge to our customers.  I’m going to start the discussion by highlighting the infrastructure implications for Big Data in the internet of Everything (IoE) era and focus on Cisco Unified Computing System initially.

Enterprises who want to make strategic use of data throughout their organizations will need to take advantage of the power of all types of data. As IoE increasingly takes root, organizations will be able to access data from virtually anywhere in their value chain. No longer restricted to small sets of structured, historical data, they’ll have more comprehensive and even real-time data including video surveillance information,  social media output, and sensor data that allow them to monitor behavior, performance, and preferences. These are just a few examples, but they underscore the fact that not all data is created equally. Real-time data coming in from a sensor may only be valuable for minutes, or even seconds – so it is critical to be able to act on that intelligence as quickly as possible. From an infrastructure standpoint, that means enterprises must be able to connect the computing resource as closely as possible to the many sources and users of data. At the same time, historical data will also continue to be critical to Big Data analytics.

Cisco UCS Common Platform Architecture for Big Data from Cisco Data Center

Cisco encourages our customers to take a long-term view—and select a Big Data infrastructure that is distributed, and designed for high scalability, management automation, outstanding performance, low TCO, and the comprehensive, security approach needed for the IoE era. And that infrastructure must be open—because there is tremendous innovation going on in this industry, and enterprises will want to be able to take full advantage of it.

Cisco UCS for Big DataOne of the foundational elements of our Big Data infrastructure is the Cisco Unified Computing System (UCS).  UCS integrated infrastructure uniquely combines server, network and storage access and has recently claimed the #1, x86 blade server market share position in the Americas. It’s this same innovation that propelled us to the leading blade market share position that we are directly applying to Big Data workloads.  With its highly efficient infrastructure, UCS lets enterprises manage up to 10,000 UCS servers as if they were a single pool of resources, so they can support the largest data clusters.

UCS Mini

Because enterprises will ultimately need to be able to capture intelligence from both data at rest in the data center and data at the edge of the network, Cisco’s broad portfolio of UCS systems gives our customers the flexibility to process data where it makes the most sense. For instance, our UCS 240 rack system has been extremely popular for Hadoop-based Big Data deployments at the data center core. And Cisco’s recently introduced UCS Mini is designed to process data at the edge of the network.

Because the entire UCS portfolio utilizes the same unified architecture, enterprises can choose the right compute configuration for the workload, with the advantage of being able to use the same powerful management and orchestration tools to speed deployment, maximize availability, and significantly lower your operating expenses.  Being able to leverage UCS Manager and Service Profiles, Unified Fabric and SingleConnect Technology, our Virtual interface card technology, and industry leading performance really set Cisco apart from our competition.

So, please consider this just an introduction to the first component of Cisco’s “bigger”, big data story. To hear more, please make plans to attend our upcoming webcast entitled,  ‘Unlock Your Competitive Edge With Cisco Big Data Solutions’ on October 21st.  

Register Now

Every Tuesday and Thursday from now until October 21st, we’ll post another blog in the series to provide you with additional details of Cisco’s full line of products, solutions and services.

View additional blogs in the series:

     9/25:    Unlock Big Data with Breakthroughs in Management Automation

     9/30:    Turbocharging New Hadoop Workloads with Application Centric Infrastructure

     10/2:    Enable Automated Big Data Workloads with Cisco Tidal Enterprise Scheduler

     10/7:    To Succeed with Big Data, Enterprises Must Drop an IT-Centric Mindset: Securing IoT Networks Requires New Thinking

     10/9:    Aligning Solutions to meet our Customers’ Data Challenges

    10/14:   Analytics for an IoE World

Please let me know if you have any comments or questions, or via Twitter at @CicconeScott.







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