Last week I introduced this topic, the pervasive problem of “comatose” servers in data centers, based upon an interesting recent eWeek article entitled “30 Percent of Servers Worldwide Sit Idle”, which in turn was based upon the research report by Stanford University in conjunction with the Anthesis Group. In my blog, I described the costs of this problem, ranging from the obvious (e.g. power and facilities) to the hidden (e.g. un-used software licenses). This week I’ll discuss why this happens and what you can do about this problem.
I recently created a playlist of my favorite 80’s, 90’s and current songs. Listening to the playlist in shuffle mode, I noticed the stark contrast and evolution of the recording quality from the old classics to the current stuff.
Thank you Pink Floyd and Apple
I have to admit that the quality does get progressively better overtime, but in some cases tunes just sounded over-engineered, especially on the digitally recorded tracks. As good as they may sound, they often lack the warmth of reel-to-reel tape deck recordings. I am sure someone is busy developing an app to fix that.
It actually makes me wonder how some artists are able to pull some of those over-engineered studio songs off on a live stage, and some do a great job. But these days, concerts are as much about the show, not just the music – thank you Pink Flyod for setting a trend.
But I digress: what digital allows you to do is fix stuff in the mix with a simple mouse click, versus having to re-record part of, or all of the tracks. That is time and money saving stuff. It is streamlined sound engineering workflows at it’s best.
And it has opened up a whole world of possibilities for recording artists, including making mediocre ones sound pretty amazing. In fact, anyone with Garage Band installed on a MAC (and some talent) can sound pretty good these days. Thank you Apple.
Is your data center stuck in the tape-deck age?
Similar evolution has occurred in data centers around the globe. An IT environment of disparate servers, storage, and networking systems all managed in silos is a thing of the past. Or is it?
The unfortunate reality for many organizations is that their data centers are stuck in the tape deck age and associated laborious workflows. The result is that much of today’s IT budget is still being consumed by keeping the data centers humming along. That comes at the expense of real innovation.
It’s no surprise that in today’s connected-everything world, businesses and organizations off all sizes rely heavily on IT. And in that world, you need an infrastructure that is up to the task: an environment that is agile, secure and simple to manage with few resources.
Once you have that in place, your talented IT folks can turn their attention to focusing on real innovation that can lead to tangible business outcomes, rather than just keeping the lights on – just as talented musicians should focus on the music.
So what a novel idea to have an environment that combines compute, storage and networking into a pre-validated, fully integrated design that can be centrally managed? Enter the idea of integrated infrastructure. By no means is this a new concept. After all, many vendors now claim they deliver integrated infrastructure. Or can they?
I can’t speak for other vendors, but can say that Cisco has teamed up with the best in the industry to deliver pre-validated (so you know it will work together), integrated systems.
And they work just as advertised. I recently discovered this when I picked up my personal hardcopy of Unleashing IT.
This edition dedicated to discussing the various Integrated Infrastructure flavors available today from Cisco and it’s eco-system of partners. It profiles businesses and organizations much like yours that are reaping the business benefits.
I encourage you to take a moment to subscribe, download the pdf or get your personal hardcopy shipped to you, and let me know what you think.
Tags: @ciscoDC, ACI, ACI architecture, Cisco Nexus Switches, Cisco UCS, cisco ucs integrated infrastructure, Cisco UCS Servers, CiscoUCS, data center, FlexPod, private cloud, SmartStack, Vblock Systems, versastack
Our last but not least guest blog on “Why I Love Big Data Partner Series” is up! If you are on your way back home from Cisco Live, this would be a great read for your commute. Rob Rosen from Platfora will take us through how easy it is to uncover previously hidden threats with an integrated big data solution that dynamically analyzes large volumes of disparate security data from Cisco’s security portfolio. If you missed Cisco Live this year, Rob also did a great job summarizing some of the key highlights.
Rob Rosen, Sr. Director Partner Solutions at Platfora, is responsible for developing Big Data solutions within Platfora’s partner community including Cisco, Hadoop distribution providers and Platfora’s growing channel partner team. Rob has worked in leadership capacities with technology leaders in the infrastructure and Big Data space including MapR Technologies, NetApp, Check Point Software and Sun Microsystems.
Highlights from Cisco Live: Top Insights from Platfora
It was a jam-packed week at Cisco Live and I had the opportunity to dive into the latest developments around big data analytics and security. It’s well known that as IT infrastructure has transferred to virtual cloud-based applications and storage, organizations need visibility and security to keep their assets and data safe. I saw a lot of impressive presentations and I was able to share our own technology in partnership with Cisco.
Highlights from this week’s conference:
- John Chambers’ keynote: Everyone’s talking about it—and for good reason. As he welcomed the crowd to Cisco Live, Chambers focused on exactly how businesses get disrupted in the digital age. He urged attendees and organizations to not hesitate to scrutinize their IT infrastructure and adopt the new technologies they’d see at the conference.
- Collaboration across companies: There was a huge ecosystem of technology companies that partnered with Cisco for a presence at the event. It’s encouraging to see that these tech giants across all industries are collaborating with one another to develop more comprehensive solutions for customers. Cisco’s leading the pack as it models an inclusive approach built on partnerships—which is better for everyone in the long run.
- Cisco Intercloud announcement: This is a particularly exciting partnership announcement for Platfora. Cisco’s Intercloud Ecosystem could be described as a hybrid “cloud of clouds.” For anyone looking to pull value from their stored data, manage files or do a huge variety of other vital business tasks, this development is huge.
Why I Love Big Data Partner Series 4: Distributed Big Data Cluster with Cisco UCS and MapR–Store Locally, Query Everywhere
Next in our series of Why I Love Big Data is Bruce from MapR. Together, Cisco and MapR are working on a very cool solution for keeping data local, but accessing very quickly. Also, come by the Connected Banking stand in the Cisco Live World of Solutions and DevNet area to see a demo of the distributed system. You will see how Cisco and MapR can provide solutions for security and data theft prevention to prevent theft of customer’s personal data and financial information.
Bruce Penn, Principal Solution Architect, MapR Technologies
Bruce is a Principal Solution Architect with MapR Technologies. He has over 22 years of Information Technology experience that includes Data Warehousing, Business Intelligence, Enterprise Architecture, Systems Design, Project Management and Application Programming. Prior to MapR, Bruce spent 8.5 years at Oracle and was instrumental in helping grow the Oracle Exadata Database Machine business through extensive collaboration with several large enterprise customers. Bruce was the first Solution Architect to join MapR’s Sales Engineering team and has been solely focused on the MapR Distribution for Hadoop and associated Apache Hadoop ecosystem technologies ever since. Bruce holds a Bachelor’s Degree in Electrical Engineering from Michigan State University.
Cisco and MapR have long been partners in the big data market, and with enterprises embracing the Internet of Everything (IoE) and moving towards a truly distributed data center environment, the combination of UCS and MapR provide unique capabilities to simplify this architecture.
Cisco UCS servers provide a powerful foundation for running distributed big data/Hadoop MapR clusters with unparalleled performance, availability, and manageability at the hardware level. The MapR Distribution including Apache Hadoop provides similar robustness at the software level, creating a rock-solid distributed platform for many flavors of IoE applications.
With the advent of IoE applications, data often originates at the “edge” of a system’s network, meaning that devices such as routers and switches in one data center will generate log data locally, while devices in other data centers will do the same creating silos of log data. In order for applications built around this log data to react in real time, they need to access that data as quickly as possible, and often those applications will want to aggregate the data across data centers in order to make decisions quickly, while keeping the data local to the originating data center. It may be important to keep the data local for legal and regulatory reasons, as well as for efficient local queries. With Cisco UCS Servers, MapR Data Placement Control, and Apache Drill, this becomes a simple task.
Digital transformation hinges on the performance of the datacenter.
Cisco would like to share how digital transformation is turning traditional business models on their heads, enabling new innovative customer experiences. This is creating new business dynamics where speed is vital for organizations to stay competitive.
Want to learn more? Make sure not to miss “The Cisco Data Center: Powering Fast IT at Every Scale” session on Tuesday June 9, from 1:00pm to 2:00pm. At this session, Cisco experts discuss our vision for the Data Center and Fast IT, as we go into details on the new technology innovations that enable the policy-architected Data Center.