Microsensors in your shoes compile data on where you go and how much you walk or run. Your workout clothes track your daily progress at the gym and tell you when to slow down or speed up. The pill you swallow reports back on the state of your digestion, vital signs, and overall well-being. And as you sleep, a headband monitors your REM patterns.
A far-fetched sci-fi fantasy? Not at all. It’s merely a glimpse Read More »
As Paul Perez reminds us in his evolutionary metaphor for our industry, time marches on, and today brings another tick of the clock. Many of you may be familiar with the development cadence that Intel maintains to carry forward the exponential burden of Moore’s law. By way of explanation for the uninitiated: the “tock” of the clock brings a new microarchitecture, the “tick” brings a new process technology, often referred to as a “die shrink,” which wrings out more efficiency and computing density from the platform. When we launched UCS M1 series servers back in 2009 we picked up with the “tock” of Nehalem processors. Over the past four years we “ticked” into Westmere, then a “tock” into Sandy Bridge, and now today, a “tick” into Ivy Bridge on our M3 systems. Ivy Bridge is the program name for the Intel® Xeon® Processor E5-2600 v2 product family, which ushers in an unfathomable 22 nanometer process (three dimensional transistors!) and as many as 12 cores per processor for workstations and mainstream servers. This week Cisco is introducing support for these new processors as options on our existing B200, C240 and C220 M3 servers and as upgrade kits for systems already in the field.
We like to say that Cisco and Intel are “Joined at the Chip,” because the innovation each company brings is incredibly complimentary. Cisco’s innovation in the data center is an extension of the company’s historic focus: connecting things. Cisco Unified Data Center and products like UCS are the outcomes of our drive to connect the pieces. When we join forces with Intel’s leadership at the computing core, customers see an unbeatable combination.
There are immediate gains with this new processor family and the way it is implemented in UCS, both in terms of performance (as much as 48% faster) and efficiency (35% improvement.) These are crucial elements in reducing operating costs and supporting the new computing models that rely on powerful virtualization, encryption and security technology. But this foundation is just the beginning of the story.
The operational elements of IT are where customers face their biggest challenges. This is where the majority of innovation in UCS is focused. If record-breaking application performance is the icing, operational innovation for IT is the cake: with UCS customers reporting an 84% reduction in provisioning times and 61% reduction of ongoing administrative/management costs.
Taken altogether, customer demand for UCS is changing the shape of the industry: Cisco is ranked #2 world-wide in x86 blade server revenue market share, with 33.9% share in the US, and a top 5 ranking among server vendors overall.
On September 10th, 2013 Cisco introduced support for the Intel® Xeon® Processor E5-2600 v2 product family on the Cisco UCS B200 M3, C240 M3, and C220 M3 servers. On the same day as the Intel announcement Cisco captured seven world records on industry benchmarks on Cisco UCS to highlight the breadth of Cisco’s product line and the way in which Cisco can accelerate performance across the data center— on enterprise applications, Java application servers, desktop virtualization, and raw CPU power.
As we know, there is no better way to compare performance than by using industry-standard benchmarks, and with seven new world record performance benchmark results Cisco has demonstrated Cisco Unified Computing System’s outstanding performance and IT productivity across key data center workloads. Check out the Performance Brief for additional information on the seven new Cisco UCS world record benchmarks. The detailed benchmark disclosure reports are available here.
Cisco UCS delivers versatility with performance leadership across a wide range of workloads, enabling customers to eliminate infrastructure silos historically driven by unique application needs. The performance leadership across a wide range of workloads provided by Cisco UCS is validated by the seven World records announced this week which include:
It is interesting to note that although all vendors have access to same Intel processors, only Cisco UCS unleashes their power to deliver high performance to applications through the power of unification. The unique, fabric-centric architecture of Cisco UCS, with exclusive Cisco SingleConnect Technology, maximizes Intel innovations and as a result Cisco UCS with the Intel Xeon processor E5-2600 v2 family delivered up to 48 percent better performance over the prior generation of Intel Xeon processors as shown in the graph below:
So the momentum continues…In four short years, the Cisco UCS has captured over 81 world records for performance and IT productivity taking its place among the most trusted server vendors on the market. Check out the Cisco Unified Computing System™ 81 World-Record Performance Results.
The architectural advantages of a single cohesive system optimized for virtualized environments coupled with the industry leading performance validated by World Record Industry-Standard Benchmarks makes the Cisco Unified Computing System an “infrastructure platform of choice” to provide industry-leading performance in your data center. Don’t forget to check the excellent blog by Todd Brannon at http://blogs.cisco.com/datacenter/tick-tock-goes-the-server-clock
These world-record performance results further reinforce the fact that Cisco is not just selling servers—it is re-inventing the server market. For additional information on Cisco UCS and Cisco UCS solutions please visit Cisco Unified Computing & Servers web page.
By Tony Shakib, Vice President of IoT Vertical Business, Cisco
I’ve been in IT for a long time and I often hear that data is worth its weight in gold. Well, I recently spoke with Canadian-based Dundee Mining Company about how the data generated from their mines is now “connected” and helping the mine produce more gold – more economically and more safely.
Today’s cities are experiencing the emergence of a new imperative from public leaders and industries. “Digital urbanism” is rapidly becoming a central pillar for urban planners, architects, developers, and transportation providers, as well as in public service provision.
From a public leadership perspective, cities can be viewed as microcosms of the interconnected networks that make up the Internet of Everything (IoE). In fact, cities serve as “fertile ground” for realizing value from IoE.