SAP HANA Scale Up or SAP HANA Scale Out. That is the Question
Ever since SAP HANA in-memory computing was announced and started shipping as a rack-mount appliance, a market disruption began. Customers have begun to realize the value of receiving instantaneous results to their data inquiries instead of having to wait for days to make critical business decisions. Cisco Unified Computing System server platform made it easy as a self contained appliance for SAP HANA for customers to install and start utilizing this technology day one.
But there are changes in the wind. Not only can you use SAP HANA as an appliance, but SAP has now announced that they will be installing SAP HANA in a scale-out model, meaning they will have the software available on blade technology. Now we are talking. This means that you will not be butting up against any memory challenges in the capacity of the servers. Of course Cisco UCS already has extended memory capability. This means that you will not bump up against CPU core challenges. Since you can daisy chain servers together, you can use as much compute power as needed. You can also add compute mid-stream in a little as 15 minutes with the Cisco UCS server profile tools. Cisco UCS service profiles allow you to deploy servers in 15 minutes by allowing you to attach a server profile you already have set up directly to that blade, saving you the time and effort to configure each blade individually.
So what does this mean to the average customer?
1) The customer can have as many servers (depending upon the configuration and certifications) as needed for the SAP HANA architecture
2) The customer can make instantaneous decisions, thus beating the competition and getting their product into the hands of their customers in a more expedited way.
3) The compute is still non-disruptive meaning that these processes are done outside of the normal day to day running of the business
So is there any reason not to embrace this technology? No. The winds have changed and that is the answer to the question
You can see this solution live by visiting the Cisco Booth 1000 at SAP TechEd in Las Vegas Sept 12-16 at the Venetian Hotel.
Tags: Cisco, data center, HANA, SAP, Scale-Out, Scale-Up, UCS, unified computing system
It’s time for another installment in the Daily Blogger Techminute from VMworld 2011 in Vegas. This edition we will focus on the Cisco Unified Computing System (UCS) and we will hear from a couple of UCS stars. Read More »
Tags: UCS, unified computing system, vmworld
It’s been said that marketing is telling the truth attractively. My spin on that definition is that “telling the truth is the most effective form of marketing.” That’s exactly how I approach life here in the Marketing organization at Cisco. Read More »
Tags: Blade Servers, IDC, market share, UCS, UCS Manager, unified computing system
Last week Cisco, VMware, and NetApp published a very detailed CVD deployment guide to further simplify and accelerate the deployments of Enhanced Secure Multi-Tenancy (ESMT) solution on FlexPod for VMware. ESMT is a key FlexPod add-on feature that allows secure hosting and protection of virtualized data centers for multiple tenants on the same, shared FlexPod infrastructure. Availability, Secure Separation, Service Assurance, and Management are the key foundational pillars of the ESMT architecture. Each of these pillars is enabled by innovative technologies from Cisco, NetApp, and VMware.
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Tags: Cisco, Cisco ACE, Cisco Nexus, Cisco UCS, cloud, ESMT, FlexPod, FlexPod for VMware, netapp, Nexus 1000v, Secure Multi-tenancy, SMT, unified computing system, virtualization, VMware, VMware vShield
I’m shaking my fist at the Cisco Unified Computing System (UCS). It’s making me let go of a Data Center solution that worked well in the past.
I worked for years on Cisco’s team that designed and managed our Data Centers. In the early 2000s, hardware compaction strongly influenced our physical design. Every few weeks it seemed a different manufacturer debuted a new server smaller and more powerful than its predecessor. We could fit more gear into our cabinets and so found we had a lot more cabling to manage. This was especially challenging in legacy Data Centers with cables routed below the under-floor plenum. More cabling meant less airflow.
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Tags: cable management, Cisco, coc-data-center, data center, datacenterdeconstructed, UCS, unified computing system