Collaborate 13, the largest independent Oracle user group (IOUG, OAUG, Quest International) event is the launch point for 3 new Oracle-based, Cisco Validated Designs (CVD). With the Joint Cisco/NetApp “FlexPod” as the hardware platform, the new CVD’s include:
Oracle RAC with Oracle Linux as the operating system
Oracle RAC with Oracle VM as the hypervisor
Oracle’s JD Edwards EnterpriseOne with Oracle Linux as the operating system
These CVD’s, Prevalidated for Oracle, give Oracle RAC and Oracle’s JD Edwards EnterpriseOne users the option to select a fully tested and supported solution for their infrastructure.
IT users face a difficult series of challenges; do more and do it better, but do it with lower budgets and staff levels. Prevalidated systems, like these three new FlexPod-based CVDs for Oracle software, can help address these challenges.
Cisco and NetApp, working with software companies such as Oracle, are able to give customers a potent weapon to help IT organizations drive down complexity and deliver prevalidated, converged infrastructure capabilities for their mission critical databases and applications. High availability and fast, reliable performance are benefits of converged infrastructure platforms like FlexPod.
A load generation framework developed by the UCS Solutions SharePoint engineering team at Cisco performed the load tests and measured the performance metrics while keeping the required response time less than the requested one second service level. Our CVD shares the test results and provides guidelines for better understanding the performance impact of different SharePoint workloads. It also assists in sizing and designing the best farm architecture to support different workloads and recommends the best infrastructure elements for an optimal SharePoint implementation.
Also, this CVD delivers detailed information on how the recommended farm architecture supports up to 20,000 users with 10 percent of the total users working concurrently. It describes how to achieve possible sub-second response time and highlights the performance benefits of the Cisco Servers. The virtualized SharePoint Server 2010 small farm was deployed on multiple virtual machines hosted by the Cisco UCS Rack C240 M3 Servers, using Microsoft® Windows Server® 2008 R2 with Microsoft Hyper-V™ instead of a conventional solution deployed on physical servers. The SharePoint Server 2010 medium farm whitepaper describes how it was built and configured on physical servers.
This week , I met Johnny Tung, Systems Marketing Manager for Data Center Solutions, to talk about a very interesting announcement : The Virtualized Multiservice Data Center
” Johnny , can you tell us what Happened to Cisco’s Unified Data Center on Dec 3th?
Well…it just got more interesting! You may have heard of Virtualized Multiservice Data Center. Let me remind you. It is Cisco’s reference architecture for the Unified Data Center. The big news here is that we have just released the 3.0 design. We are introducing Cisco FabricPath into the Unified Data Center network in order to simplify and scale Cloud Ready Infrastructure designs for Private and Virtual Private Cloud deployments.
FabricPath simplifies and expands existing data center network design by removing the complexities of Spanning Tree Protocol (STP), and thus enabling more extensive, flexible, and scalable Layer 2 designs. This release marks the introduction of FabricPath-based designs into VMDC; further FabricPath-related VMDC releases will follow as Cisco develops and evolves its FabricPath offerings.
On this week’s Engineers Unplugged, HDS’s Andrew Nielsen (@virtualkjell) and Cisco’s J Metz (@drjmetz) discuss a recent announcement and validated design, Hitachi UCP on Cisco UCS. Here are the basics:
Andrew Nielsen from HDS and J Metz from Cisco discuss recent announcements.
Welcome to Engineers Unplugged, where technologists talk to each other the way they know best, with a whiteboard. The rules are simple:
Episodes will publish weekly (or as close to it as we can manage)
Welcome back to this series of blogs on Cisco Validated Designs (CVD) for Cloud -- In my first blog, I talked with Tom Nallen on the concept and benefits of CVD for Cloud -- The second interview was with Laszlo Bojtos on a new CVD for Cloud : Cloud Service Assurance - Today we will explore one specific but critical aspect of this work, which is the integration of Cisco Intelligent Automation for Cloud and Zenoss Cloud Service assurance.
So obviously orchestration systems can make better decisions with performance KPIs, and can also be used to provide precise and immediate monitoring for newly created or changed tenant services. For advanced workflow integration, all Zenoss Cloud Service Assurance (CSA) function and data is available using the documented JSON interface.
As mentioned , this CVD also features the integration of Cisco Intelligent Automation for Cloud and Zenoss CSA as an example of how Zenoss’ API can be used with Cisco’s cloud management software. It shows IA for Cloud provisioning VMs while sending information about the tenant and VM to Zenoss to enable the creation of a dependency map.
Zenoss CSA is designed to make it easy to integrate Cisco Cloud infrastructure and cloud management software, Cisco Intelligent Automation for Cloud, into an existing data center. Zenoss CSA will be integrated with client’s MoM system and configured for automated event forwarding.