You know the code, “what happens in Vegas, stays in Vegas”. I’m breaking it. I’ll be joining my Cisco colleagues for COLLABORATE 15 in Las Vegas, but will be sharing all the good stuff we have planned. Even worse, I’ll be taking pictures.
Before you judge, take note of what I’ll be sharing (you would too).
Cisco UCS has earned 37 world records running Oracle database and workloads. Want blazing performance for Oracle E-Business Suite and PeopleSoft without breaking the bank? Cisco UCS delivers. Seriously, this kind of news can’t stay in Vegas.
I’m also looking forward to the preconference bootcamp on Oracle Virtualization and Licensing on April 12th. Dave Welch, CTO and Chief Evangelist with House of Brick Technologies will be joined by Cisco’s John McAbel for a 4 hour deep-dive to help you plan your Oracle deployments and lower licensing costs. Here’s a secret registration tip, send an email to email@example.com to add the bootcamp to your schedule.
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Tags: data center, Oracle, UCS, Women in Technology
Wins, Accomplishments, Fast Action, welcome to the world of Cisco ACI. In this blog, I want to take you closer to the core of ACI excitement. Cisco Insieme Business Unit and Cisco’s premier Partner, World Wide Technology Inc (WWT) have come together in developing an ACI based Business Continuity/Disaster Recovery (BC/DR) solution for the next generation Data Centers. This blog specifically addresses the Disaster Recovery ACI use case implemented in WWT’s Advanced Technology Center (ATC). I will present highlights of how ACI has been implemented at ATC as two fabrics, across two Data Centers with federated controllers implementing an autonomous infrastructure and with replicated tenant configurations that will provide for disaster recovery.
This BC/DR use case couples the storage replication solution by Zert0 on NetApp storage and with a completely integrated and consistent ACI network solution on the primary and secondary sites to enable rapid application bring up on the remote site. Network and security policies are replicated, compute resources are virtualized and synchronized, and storage is continuously replicated. This integrated architectural approach addresses one of the major challenges enterprise customers have in deploying BC/DR solutions – aligning the configuration and deployment of network infrastructure in a simple process with the storage and application teams to achieve the Recover Point and Recover Time Objectives.
Network architecture: The ACI based network architecture is comprised of two independent fabrics with L3 connectivity between them. Each data center has a unique IP addressing namespace scheme and connects to the WAN. In the operational model per diagram-1, the “East” Data Center is termed primary and the “West” Data Center termed the backup (disaster recovery). Each Application Policy Infrastructure Controller (Cisco APIC) controller cluster is identified as the primary or secondary instance, and changes, additions or deletions to the application tenants, are replicated from the primary to the backup controller. Application tenant configurations are managed through a special Python module developed by WWT that programmatically synchronizes the two fabrics.
External WAN connectivity for each Data Center is provided through the common tenant in respective ACI fabrics. By using the common tenant for external connectivity, the network and security administrator can assign the appropriate network configuration policy, security contracts and as well as firewall and load balancing services for the fabrics in each data center. The application (DevOps) teams will reference the common configuration and configure application connectivity for intra- and inter-tanant communications through the Application Network profile (ANP). F5 Gobal Traffic Manager (GTM) allows holistic management of multi-data center application delivery via intelligent DNS.
This ACI based Disaster recovery solution has several other facets like storage replication, orchestration software (developed in-house by WWT) among other solution components. Please watch the YouTube Video for a demo illustration and the whitepaper for design details.
In closing, some key takeaways. Cisco ACI’s innovative architecture enables enterprise apps to treat the Data center as a dynamic, shared resource pool. This pool of resources is managed through a central controller (Cisco APIC) exposing all configuration and management components through a northbound REST API. WWT exploits this programmatic interface of ACI to develop business continuity/disaster recovery solutions for customers.
Tags: APIC Policy Replication, BC, Cisco ACI, DR, Federated ACI Fabrics, WWT
It’s finally here- the new Data Center and Cloud community framework has launched! We created new content spaces for Compute and Storage, Software Defined Networks, Data Center and Networking, and OpenStack and OpenSource Software.
Cisco Data Center and Cloud Community Infrastructure
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Tags: ACI, CiscoUCS, cloud, compute, intercloud fabric, Invicta, MDS, Nexus 1000v, OpenSource, OpenStack, software defined networks, Storage, Unified Computing Systems
How quickly can your organization stand-up a new application or deploy new services? Most customers tell me, “not fast enough!” I am clearly hearing from them that the new standard expectation across the organization is to receive precise data center resources in “internet time,” easily and definitely on-demand.
But customers are not the only ones affected by these new expectation standards. Application developers also expect to receive the resources they need to support their efforts within one hour — without a lot of process meetings and repetitive, slow paperwork. They want what they want, when they need it, which is always now! Can’t get it now? Out comes the credit card and they go on a shopping spree to outside resources.
Developers don’t worry about security, governance or quality of service. If you are in operations, or you’re a C-level executive, you care. You need to meet compliance guidelines. So how can you get everyone on the same team, working together so the organization can succeed, the old “win-win-win?”
At CiscoLive Milan in January, we introduced the Cisco ONE Enterprise Cloud Suite. Watch this replay of our live broadcast.
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Tags: applications, Cisco, Cloud Management, devops, Enterprise Cloud Suite, Hybrid Cloud, IAC, private cloud, VMware, vRealize Suite
Why is now the time to migrated from your proprietary RISC/UNIX platform to Cisco UCS with Red Hat Enterprise Linux. There are several reasons: Technology transitions are driving new demands on data center and IT infrastructure. These new applications and computing models have standardized on x86 architecture while aging RISC/UNIX infrastructure doesn’t provide the performance or the flexibility required to support the needs of the business. IT departments may also be experiencing the pain of RISC/UNIX maintenance and software licensing costs while their budgets are flat or shrinking. At the same time, overarching uncertainty about RISC/UNIX futures foreshadowed by rapidly declining market share combined with dropped hardware and software support. According to the most recent IDC Q42014 server tracker, RISC revenue has dropped 40% from 2012 to 2014 while Cisco UCS revenue has increased 80%.
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