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Can SAP HANA on the Cisco UCS server platform think faster than you? Almost!!!

Can SAP HANA on the Cisco UCS server platform think faster than you? Almost!!!

SAP HANA claims to process millions of rows of structured and unstructured data at the speed of thought. This used to seem preposterous. Today it is really happening. Installed on the Cisco UCS server platform, customers are beginning to recognize the power of SAP HANA as a key component of their Data Centers.

If you own a retail store and you want to smoke your competition on a certain product, you might want to lower your price to a certain level, in order to gain that advantage over your competitor. But how low do you drop the price? You don’t want to drop it so low, that you use it as a loss leader, but you want to make it so attractive that customers cannot walk by your store without buying it. It used to take days to run and rerun these types of scenarios. You could run one scenario at a particular price and get the answer back in several days. If that was not good enough, you may have to run it again, which would take another several days. Now with SAP HANA on the Cisco UCS server platform, you can run these same scenarios, crunching millions of rows of data, in just seconds.

Can you think faster than that? I don’t think so.

Not only can you smoke your competitor because you now have critical business information at your fingertips, in a matter of seconds, but using SAP HANA on Cisco UCS, you can do so at a price point that is 30-35% less than other platforms.

Why is that? It all comes down to the deployment of the blades, service profiles, virtual NICS, and a centralized management system that comes with all Cisco UCS servers. Oil and Gas companies are using this solution, Medical Supply Companies are using this solution, Storage Vendors are using this solution, Food Distribution companies are using this solution and Transportation and Rail companies have adopted SAP HANA.

Whereas European Rail Companies are moving you from place to place at 200 miles and hour, SAP HANA and Cisco UCS, are moving you from place to place at the speed of thought. Almost!!!!!!

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Cisco Announces New Nexus 1100 Series Virtual Services Appliances

Nexus 1100 virtual services appliance

Nexus 1100 virtual services appliance

Cisco is unveiling a new beefed up line of virtual services appliances this week called the Nexus 1100 series, the next generation of our Nexus 1010 appliances. These virtual service appliances are integral to the deployment of scalable virtual security and management nodes in the data center, for offloading application servers from running virtual service modules, and for empowering the networking team to retain control of network and security policies in a platform that they manage.

Cisco customers deploying Nexus 1000V virtual switches as the foundation for their virtual networks and virtual overlays typically deploy the Virtual Supervisor Module (VSM), the virtual switch’s management plane, in the Nexus 1100, along with some combination of Virtual Security Gateway (VSG) firewalls, virtual Prime Network Analysis Modules (NAM), Data Center Network Manager (DCNM) for both LAN and SAN networks, and soon, even the  Imperva SecureSphere Web Application Firewall (WAF). The Nexus 1100 is a UCS-based appliance for hosting the service VM’s, but it runs the NX-OS operating system, so it can be managed like a network device and retains policy controls for the networking team.  Read More »

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Windows Server 2012 and Virtual Networking Environments Webinar

One area in Microsoft’s new Windows Server 2012 operating system and cloud platform that has seen a lot of innovation is in networking.

Here, Cisco has been collaborating closely with Microsoft at the R&D level for some time on technical and product integration.  We’ve got an upcoming webinar on Sept. 26 focusing on Windows Server 2012 and Virtual Networking. Cisco Nexus 1000V Product Manager Appaji Malla and Microsoft Networking MVP John Savill will be co-presenting.  

If you are interested in Windows Server 2012 and  virtual networking scenarios, then feel free to register here.

 

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Just how complex is bringing video surveillance onto the network?

Ed Christmas understands the potential complexities that bringing high-definition video onto the network can entail.

As the managing principal of Sology Solutions, one of our Premier Certified safety and security integrators, he’s worked for the last couple of years to define a video strategy for his customer Dallas County.  The plan involved recommending the newly re-architected Cisco Video Surveillance Manager 7.0 as the cornerstone of a business transformation project that goes far beyond just simply improving safety and security for citizens and employees.  It aims to help improve the way that services are delivered to citizens.

A key factor in Sology’s choice as a partner lies in the ease of deploying this new video surveillance solution, which was completely rebuilt from the ground up for very large scale video deployments.   In this video Ed describes how he was able to go into the customer at 10am in the morning, deploy the software in a virtualised Cisco Unified Computing System (UCS) environment, set up the IP video surveillance cameras and have the whole system up and running and providing operational HD video feeds back to Dallas County’s Tax Assessor office within hours.   His team were on their way back to the office by 2pm that afternoon.

By taking advantage of another key Cisco innovation, the Cisco medianet proxy service, Ed’s engineers were able to automate the configuration of cameras on the network.  MSP is a function of the Cisco switching infrastructure that builds on innovations such as SmartPorts.  Using MSP, the network automatically recognizes the new device plugged into the switch port as a video surveillance camera, allocates it an IP address, places it into the correct VLAN, reserves the right amount of bandwidth for delivering video streams to operators and prioritizes the video traffic automatically.

Read More »

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Unified Fabric for a Backup Server

Outside of that large, black, monolithic machine in the middle of the datacenter referred to as the mainframe, there aren’t that many servers that require as many network and storage connections as the backup server.  It’s not really sexy, it’s not computing Pi, generally doesn’t run a hypervisor and is bought with one goal in mind, move data. Not just some data, but a lot.  These machines often move all of the data in your datacenter off of disk and onto tape, either real or virtual.  In many datacenters, these backup servers are sometimes the only non-x86 platforms left due to their ability to contain high numbers of HBAs for SAN connectivity and NICs for network connectivity.   They’re like the tractors of the datacenter. Read More »

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