Linux containers and Docker are poised to radically change the way applications are built, shipped, deployed, and instantiated. They accelerate application delivery by making it easy to package the dependencies along with the application. That means that a single containerized application can operate in different development, test and production environments and platforms (physical and virtual). While the concept of containerization is not new, the benefit of using containers to pull together all the application components (including dependencies and services) into a package for application portability is. As continuous integration and delivery require a very agile Software Development Lifecycle (SDLC) process to move from development to production, containers provides the perfect abstraction to deploy and test across the various platforms. Application containers make it very easy for applications to be deployed on bare metal servers, virtual machines, and public clouds. The reason why containers are relevant Read More »
As the breadth and depth of the ACI solution continues to grow, so does customer interest. Many customers who have invested in, and continue to invest in, the Nexus 2000-7000 switches find the ACI vision very compelling. So, this leads to a logical question regarding how an existing Nexus 2000-7000 fabric will integrate with an ACI fabric.
In short, customers can leverage current Nexus products and add ACI capabilities to their data centers in an incremental manner. Integrating ACI into an existing Nexus environment will not require replacement of existing Nexus switches. The benefits of ACI policy can be extended to apps on both physical and virtual servers within the existing Nexus fabric. This can be achieved as follows (double click on the graphic below to launch the 3+ minute presentation):
In this scenario, the existing Nexus fabric is serving as an optimized transport for an ACI overlay solution. However, this solution is very different from other industry overlay solutions. It’s different in that the ACI overlay provides integrated/embedded support for both physical and virtual servers, it allows use of existing L4-7 infrastructure, while providing the automation functionality of the ACI policy model.
I was speaking with a customer today at VMworld and, unlike many discussions, which are focused on the infrastructure (servers, storage, networking), this one turned primarily on the application. This person was describing to me his need to match the server to a new set of applications he is being asked to support and then what to do with all the data being generated. With much of the conversation at the show focusing on virtualization of resources, he made the point that consideration of the architecture itself – how servers, storage and networking is leveraged – was still critical to mapping the requirements of the application back to what that application lives on.
This is a trend we’re seeing more and more. A new breed of applications, and the increasing density of data, is driving a new way of thinking about the underlying infrastructure. Often, these applications are developed internally, leveraging many of the toolkits available on the market today, and delivered through a private or public cloud. These applications can be run from Read More »
In 2009, the course of data center technology changed forever with the introduction of a groundbreaking architecture designed for IT innovation and business acceleration. With the Unified Computing System, Cisco answered the needs of customers embarking on the industry transition to data center virtualization and cloud. This innovation led Cisco to becoming #1 blade server in Americas in 5 short years.
On September 4th, Cisco will unveil the next wave of Unified Computing innovation to meet the needs of the applications powering The Internet of Everything. As more users seek information in new ways, and as organizations use deeper intelligence to make faster decisions, IT must think differently about data center infrastructure. To meet the needs of customers the power of the data center needs to be everywhere.
Please join us virtually to listen to an exciting group of technology leaders, including Padmasree Warrior, Cisco’s Chief Technology and Strategy Officer, as Cisco delivers a grand slam of innovation. See the unveiling of exciting new systems that are optimized to bring the power of unified computing to applications at every scale. It is the broadest, most powerful array of new computing solutions since Cisco Unified Computing System (#CiscoUCS) first shattered industry convention in 2009.
Learn how Cisco has the right technology and partnerships to help you power data-intensive analytics, applications at the edge, and the next generation of scale-out workloads.
UCS Launch Agenda
Your registration entitles you to view the sessions below:
Keynote Address & UCS Innovation Product Announcements
Featuring Padmasree Warrior
Customer & Technology Solutions Panel
- Data-intensive Analytics in the Internet of Everything (Hosted by Padmasree Warrior, Cisco)
- Next Generation Architecture for Extreme Scale-Out (Hosted by Matt Eastwood, IDC)
- Event type: Online Event
- September 4, 2014
- 7:30 AM PDT
- 10:30 AM EDT
- Opening Session: 60 minutes
- Panel Discussions: 120 minutes
Looking for real time updates? Follow us at @CiscoDC and use #UCSGrandSlam to let us know your thoughts.
In this highly engaging episode of Engineers Unplugged, Andy Sholomon (@asholomon) and Damian Karlson (@sixfootdad) break down the hidden costs of cloud in the enterprise space. You don’t want to miss this one.
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