You’ve probably seen Cisco’s announcement on its new architectural framework for the data center, called Data Center Business Advantage. This broad framework highlights Cisco vision and strategic approach to innovation in the data center market, with the focused goal of helping customers achieve not just IT advantages, but real business advantages and models.
An important element of Cisco’s approach is creating and delivering, together with our partners, comprehensive solutions that address top of mind business challenges. And when we talk top of mind – agility, compliance and cost are pretty high up there – and therefore IT’s growing interest in desktop virtualization.
Contrary to the popular belief, not all vendors are equal when it comes to providing unified fabric. To meet customer needs, unified fabric is no longer only about the convergence of SAN and LAN, unified fabric must also enable customers to build a scalable and intelligent multiprotocol network environment.
The days of monolithic data centers are gone – customers are asking for purpose-built architectures to facilitate automated data movements and enable new business models as IT moves from a cost center to a business-relevant service center.
Unified Fabric and the Role of SANs : Cisco Unified Fabric combines innovation in LAN and SAN to build a converged, scalable and intelligent unified fabric to support your data center needs.
Cisco’s John McCool explores the compelling benefits of a Unified Fabric
So what does Cisco Unified Fabric brings to your data center?
Cisco Unified Fabric integrates storage and data networking to deliver: transparent convergence, massive three-dimensional scalability, and sophisticated intelligent services. Unified Fabric offers the best of both worlds (SANs and LANs) -
Delivering high-performance, highly available networks to serve diverse data center needs
Enabling users to take advantage of Ethernet’s economy of scale, extensive vendor community, and future innovations
Supporting lossless requirements to carry storage traffic (FC, FCoE, iSCSI, and NAS) over Ethernet
Desktop Virtualization: Is it an evolution of Enterprise Desktop environment? Or, “Back to the Future”?
Another day and yet another article predicting the death of traditional desktop infrastructure in the enterprise and its replacement with desktop virtualization. Is this for real? Or, one more hype cycle in the IT industry? I suspect that eventually these predictions around transition to an “alternate” desktop compute model in enterprises will come true but when? Are the so-called benefits of desktop virtualization to the IT departments in terms of desktop administration and cost of ownership real? Are there any pit-falls to adopting this alternate desktop compute model? Is desktop virtualization relevant and is it worth evaluating it? My research says, yes to all of the above!
Taking a slight diversion from my previous writing on cloud computing, one of my colleagues in the Cisco Services team described her view on cloud (thanks Susan!), which is very worthwhile sharing. As she describes below, Susan outlines some of the challenges of working life, suggesting to me that not only cloud, but also Virtual Desktop Infrastructure, would -- indeed are -- revolutionizing her working life today, reinforcing the Power To Say Yes.
“For quite some time now, I’ve been dreaming about clouds, which, frankly, is no surprise. I have special request of my cloud expert friends: Build me a personal cloud. Here’s why…..”
Rashesh, or JT as he’s known around the office, talked on Wednesday about how your applications can find a “better home” in your data center—where they run faster, more efficiently, for less money. To break that down a bit more, let’s take a look at the newest entry into the Cisco server portfolio, the new UCS B230 blade server, or as Sean McGee has dubbed it, “The Goldilocks Blade”. This new entry in the Cisco server portfolio gives you more ways to optimize your infrastructure for specific application needs, always with an eye to your perennial operational and environmental constraints.
My teammate Scott Ciccone, who supports the server elements of the Unified Computing System, invited me up to join the fun at the Intel Developer Forum (IDF) in San Francisco earlier this week. We had the B230 out with its cover off, and the sight of 32 DIMMs packed onto a two-socket, half-width blade drew plenty of curious passersby. Scott’s quick overviews of the blade consistently turned into thoughtful 20 to 30 minute conversations, so I asked him to share a blog-size version of those discussions with you: