There’s been some activity inside Cisco around big data, particularly with regards to Hadoop running on Cisco’s Nexus switches and UCS servers. A little bit of that work is starting to surface here and there, so I thought it would be a good time to do a little post to aggregate.
We just published a white paper with some very interesting data from network testing we’ve done in house called: “Big Data in the Enterprise: Network Design Considerations“. This one gets very technical very quickly, but it’s highly recommended reading for networking folks deploying big data clusters, particularly with Hadoop.
If you’re interested in what else Cisco is up to in the exploding world of big data, check out the new page we put up to pull it all together - cisco.com/go/bigdata.
UPDATE: You can catch Jacob Rapp speaking with the folks from Wikibon live at 1:15PM on Wednesday Nov 9th on siliconANGLE.tv
Cisco recently announced the Nexus 7009 chassis expanding the Nexus 7000 family to 3 chassis. To refresh your memory on the Nexus 7000 family, here’s a quick at a glance comparison.
I often get asked, why Cisco introduced a 9 slot chassis when we already have a 10 slot chassis. The simple answer is – customers asked for a smaller form factor Nexus 7000 switch that delivers the high performance and resiliency that the Nexus 7000 family is known for.
This is a day-long seminar inviting customers and potential customers to find out about and discuss the technical specifics, capabilities, and applications of Cisco’s entire switching portfolio. The seminars are being held all over the US from the end of October and through the beginning of December. Here’s a little video I put together from the day and some notes on interesting things I saw. [Sorry for the shaky video!]
For starters, you could download all 250 million photos posted daily on Facebook in 114 seconds or stream 4,500,000 3.5GB Netflix movies simultaneously.
In case you haven’t heard the news, Cisco has announced several new data center innovations today that enable the world’s most scalable data center fabric.But why do data centers need scalability? Today’s data centers span a wide range of requirements– from small and medium businesses to large enterprises, Service Providers, architectures that support cloud computing and specialized applications, like high frequency trading (HFT). Trends such as “Big Data” environments that manage huge data sets and the increase in video data traffic require today’s data centers to scale from a few hundred to several thousand server nodes.
While all of these fun facts are great, stepping back and looking at what this means for our customers is really what it’s all about. So we asked Cisco data center fabric customer RackForce, ICT service provider, what they’d do if they had the most scalable data center fabric. Check out their video response:
On October 25 at 9:00 am PST/ 12:00 pm EST , join a very special webcast “Evolutionary Fabric. Revolutionary Scale “ with customers, analysts and Cisco executives and experts for conversations about the benefits of Cisco Unified Fabric .
“There is a lot going on in the data center these days – There is a continue expansion of virtualization , we see broader adoption of cloud and we see emerging trends, big data being the newest and trendiest of the hot data center topics – So there are folks out there who will tell you, you know what each of these needs special equipment, they have unique requirements , your regular infrastructure will not be able to handle these requirements So what we do believe is that each of these requirements, big data, cloud have their own specific needs , we truly don’t believe that you need purpose built hardware , at least if your infrastructure is built the right way “ Omar Sultan
So this webcast is really about learning how Cisco’s fabric-based approach delivers architectural flexibility across physical, virtual and cloud environments for any application.
For Brian Gracely the equation is simple to remember : Cisco Unified FABRIC is Fast, Agile, Best of breed, Resiliant, Innovative, Cisco-based