Recent trends like big data, BYOD, video and Internet of Things are putting more pressure on over all data center design. Enterprise architects are looking for cost effective and innovative platforms to stay competitive in the market place. Each application is unique and the network, storage and compute requirements for scaling and growing these applications are also unique.
Cisco Nexus 5600 product portfolio caters to all your data center needs -- whether you are planning to converge your data center to reduce cost, are interested in programmability and automation for better operation simplification or need better visibility for ease of trouble shooting. Designed for the lifecycle of the data center, the Cisco Nexus 5600 Series enables you to add services and capabilities while preserving your investment, avoiding the costs and risks associated with a complete architectural makeover.
Cisco Nexus 5600 features help you to optimize your next gen dynamic and converged data center design. Listen to this video to learn more about Nexus 5600 Series.
For example take a look at the wide range of Nexus 5600 buffer capabilities- from 150M in Nexus 5672 to up to 800M in Nexus 5696Q. Unlike merchant silicon based solutions, the buffer size increases linearly with chassis bandwidth. Let us examine some of the scenarios, where large buffers and other related features make Nexus 5600 an ideal choice.
It’s been a couple of weeks since the Cisco data center and partner teams wrapped up a terrific Oracle OpenWorld 2014. We had a great week of conversations with customers and partners on how Cisco UCS provides a superior platform for Oracle Data Base and applications. We also announced three record-setting benchmarks for Oracle E-Business Suite and Java operations (SPECjbb2013).
This year, we placed a greater emphasis on communicating beyond our booth via video, digital and social streams. We staged a studio in the Cisco booth that enabled us to stream live video interviews with industry luminaries and Cisco experts hosted by theCUBE, the leading interview format show in enterprise tech. We were honored to host Intel CIO Kim Stevenson immediately following her main stage keynote presentation. Other featured guest included Jim McHugh, Cisco VP of UCS Marketing; Intel VP, Shannon Poulin; Cisco VP of Global Partner Marketing; Sherri Liebo; and Red Hat VP, Mike Evans. The videos are now available for replay here.
The Cisco booth was a hub of non-stop action in our theater where we hosted a terrific line-up of presentations by Cisco experts, customers and partners. We took advantage of this opportunity to record video summaries of these sessions and are pleased to present this video library from Oracle OpenWorld 2014.
House of Brick Technologies on the Advantages of Cisco UCS for Oracle Workloads
Why is Cisco UCS everywhere? Dave Welch, CTO of House of Brick Technologies, highlights the many advantages of UCS for Oracle workloads in this discussion with Jim McHugh, Cisco VP of UCS Marketing.
In my last post I discussed how Cisco UCS Mini is helping us expand beyond the traditional confines of the data center, to deliver desktop and app virtualization with exceptional user experience, manageability and TCO savings – at the enterprise edge.
We’re only going to see more investment and focus in this space, thanks to the general trend towards making VDI and app virtualization more tenable in a wider array of use cases across the enterprise, pushing from data center to enterprise edge. This week, I want to offer a proof point I alluded to in my last post, enabled by our partners Nimble Storage and VMware.
Let’s take a look at the Nimble Storage SmartStack for ROBO (Remote Office / Branch Office) Desktop Virtualization. As you know, we’ve seen incredible traction with our friends at Nimble. Their CS array has seen wide market acceptance, and is now offered as an Integrated Infrastructure solution in the form of SmartStack, delivering the modularity, scale and manageability that IT demands.
I’m pleased to highlight that SmartStack now offers a solution optimized for ROBO. In case you missed it, check out Nimble Storage’s announcement. Bringing together best-of-breed components including VMware Horizon 6, Nimble’s CS300 array, and UCS Mini, this offering delivers on the key attributes critical to the enterprise edge:
Greater Consolidation: dense storage, compute and expansive I/O capacity of the Nimble + Cisco UCS solution, allows for hundreds of users in a small footprint, 50% of what traditional solutions might occupy.
Simplified Management: anchored on UCS Manager, this platform enables centralized IT to remotely spin up desktop and application virtualization capacity at remote/branch offices, without the error-prone, manual intervention required by traditional compute platforms.
High Performance: the combination of Nimble’s large IOPS footprint, low latency and Cisco UCS processing power delivers adaptive, exceptional performance in a compact form factor. This, along with VMware Horizon, allows IT to maintain an exceptional user experience through heavy application use and periods such as boot/login storms, patch operations and upgrades.
For more information on the Nimble SmartStack for ROBO Desktop Virtualization, please check out Sheldon D’Paiva’s blog on SmartStack ROBO.
I recently wrote about how Cisco is helping customers more effective manage massive amounts of data, types of data and unprecedented distribution of data. This will be one of the toughest challenges brought on by the Internet of Everything (IoE) and, with solutions such as Data Virtualization and Big Data Warehouse Expansion, Cisco is enabling our customers to meet the challenge head on of bringing all of this data together in ways that are meaningful to business users.
After the business can access and view all of this data, however, the question becomes…now what? The next challenge is to extract insights from the data to make better business decisions. After all, more data is only good if you use it to make better decisions than you would have made otherwise.
The rules of customer and business relationships are constantly changing due to technological innovation and consumption patterns. Analytics can reveal patterns in customer data that affect business processes and outcomes. Advanced analytics is different than reporting because it prescribes what to do, or predicts what is likely to happen, instead of just reporting what has already happened.
Utilizing the network to securely connect data throughout the IoE, whether in motion (streaming) or at rest (historical), is the future of advanced analytics. For a retailer, it will give them the opportunity to take intelligent actions to engage customers directly at the point of purchase and in real-time. But it’s so much more than that. What can real-time analytics in retail tell us about how to serve customers more effectively? What can real-time analytics in manufacturing tell us about how to make the workplace safer? What can real-time analytics in healthcare tell us about how to better treat cancer patients?
When our customers can accurately predict outcomes by combining years of historical data with real-time information, they can drive better decisions…better outcomes.
Interested in hearing how Cisco is paving the way to the future of analytics? Please join us for a webcast at 9 AM Pacific time on October 21st entitled ‘Unlock Your Competitive Edge with Cisco Big Data and Analytics Solutions.’ #UnlockBigData
To learn more about Data and Analytics, check out our page.
[Note: This is the second of a four-part series on the OpFlex protocol in Cisco ACI, how it enables an application-centric policy model, and why other SDN protocols do not. Part 1 | Part 3 | Part 4]
Following on from the first part of our series, this blog post takes a closer look at some of these architectural components of Cisco ACI and the VMware NSX software overlay solution to quantify the advantages of Cisco’s application-centric policies and demonstrate how the architecture supports greater scale and more robust IT automation.
As called for in the requirements listed in the previous section, Cisco ACI is an open architecture that includes the policy controller and policy repository (Cisco APIC), infrastructure nodes (network devices, virtual switches, network services, etc.) under Cisco APIC control, and a protocol communication between Cisco APIC and the infrastructure. For Cisco ACI, that protocol is OpFlex.
OpFlex was designed with the Cisco ACI policy model and cloud automation objectives in mind, including important features that other SDN protocols could not deliver. OpFlex supports the Cisco ACI approach of separating the application policy from the network and infrastructure, but not the control plane itself. This approach provides the desired centralization of policy management, allowing automation of the entire infrastructure without limiting scalability through a centralized control point or creating a single point of catastrophic failure. Through Cisco ACI and OpFlex, the control engines are distributed, essentially staying with the infrastructure nodes that enforce the policies.