Have you ever been behind the wheel of your car moving at 5 mph? Visualize this: as I wait patiently for my turn to merge onto Interstate 880 N, based on the honor system because there is no meter, a brightly colored Fiat rolls by on the left shoulder. A few seconds later, a Smart Car inches up and squeezes itself between my car and the narrow right shoulder passing me as well. The Smart Car has a bumper sticker that says “Please don’t hit me. I’m not sure about my coverage.” Hmm…
Now that you’re probably done giggling at my experience, let’s analyze the scenario above. Designing a network of highways takes a lot. A smart highway system not only reduces congestion and prevents collision, but also provides expedient information, such as signage and speed sensors, to improve driver response times. Civil engineers consider more than just current traffic and road conditions when they design highway systems. They also consider how to scale for the future, taking into account urbanization, seasonal factors, and future uncertainties such as mini cars. Sound familiar?
Many of the design and management considerations for an Internet wide area network—such as bandwidth management, application response time, and centralized control—are similar to highway system design.
Cisco continues its cloud computing performance leadership with the announcement of VMware® VMmark™ 2.1 benchmark result published on July 10th 2012.
The Cisco UCS B200 M3 Blade Server’sscore of 11.30@10 tiles on the VMware VMmark 2.1 benchmark outperforming all other 2-socket blade servers. The world-record score demonstrates how well a system’s servers, network, and storage components support virtual machine movement, storage migration, and virtual machine provisioning.
First generation VMmark (VMmark 1.x) was a server consolidation workload. It measured how many VMs that can be run on a single server. VMmark 2.x is the next generation benchmark from VMware that was introduced in December 2010. The VMmark 2.1 benchmark uses a tiled design that incorporates six real-world workloads to determine a virtualization score. Then it factors VMware vMotion, Storage vMotion, and virtual machine provisioning times to determine an infrastructure score. The combination of these scores is the total benchmark score. Because Cisco UCS is a truly unified system, it delivers both virtualization and infrastructure performance.
As I was looking for social media outlets in which Cisco UCS was being discussed, I found several of them. The intent was to see where someone just introduced to the Cisco UCS could find not just product literature, but real life examples from user communities. We are all busy, and it would be nice to learn from the experience of others, and sure enough social media can help us with peer-to-peer information dissemination. In June I participated in an Information Week event where Lenny Leibmann moderated a very educational discussion among IT professionals and saw how IT peers could benefit. Sometimes sharing information is inhibited by the fact that IT peers may be working for competing market entities. Nevertheless, I decided to forge ahead and look for all the social media outlets and user groups that discussed Cisco UCS.
Cisco Live in San Diego with a record breaking 17000 attendees was a blast, as you can tell from the video montage below. I unwittingly ended up in the video for a brief second.
The tag line “What you make possible” was prominently displayed at the conference. For me it was a great opportunity to talk to Cisco UCS users and partners who make a whole lot possible in their respective organizations. The keynote by Cisco CEO, John Chambers featured moving a computation workload from a Cisco UCS server in the data center to an E-Series server in a branch office and it created a buzz.
In a customer appreciation event, I got to talk to a prominent service provider and Cisco customer who had been a user of the Cisco UCS when it was just introduced in the market three years ago. We talked at length about how they wanted to set up a common server Read More »
Thursday evening at Microsoft Tech Ed North America 2012 in Orlando, FL. Cisco’s UCS Manager was awarded the Breakthrough Technology Award in the annual Best of Tech Ed Awards ceremony. This year companies submitted 260 submissions for Best of Tech Ed consideration. These were narrowed down to 46 finalists in 15 categories. The Breakthrough Technology Product award can be thought of as the ‘Best of the Best’ and showcases leading product innovation. Microsoft Tech Ed North America is Microsoft’s largest IT Professional conference with over 10,000+ attendees.
Here are the Judges comment on UCS Manager: “This year’s winner of our Breakthrough Technology award is Cisco’s USC Servers and UCS Server Manager. Cisco UCS Manager provides complete programmability for all low-level hardware, BIOS, and configuration settings for Cisco UCS Servers, enabling them to be quickly deployed, cloned, and managed—even remotely. Cisco’s USC Servers can also be fully managed using PowerShell or System Center Orchestrator.
Visit the Cisco Developer Network to learn about and download UCS PowerTool, the Microsoft PowerShell command line interface to UCS. UCS PowerTool helps you integrate, automate, and orchestrate all aspects of UCS management including network, storage and hypervisor management.
This is the second year in a row for Cisco technology to be recognized in the Best of Tech Ed Awards as last year our B series offering won the hardware category.