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On Demand ADC<br />Add application intelligence without adding management cost<br />Market-leading performance & PB200 har...
Traffic Growth/Spikes Demand High Performance<br />Email<br />Social Networking<br />SharePoint<br />Black Friday/Cyber Mo...
On-Demand Performance ScalingVIPRION now with 2x performance per blade<br />New PB200 VIPRION blades<br />Double the perfo...
Traditional ADC Scaling<br />Server Farm A<br />WWW1.<br />WWW2.<br />WWW.<br />DNS<br />DNS<br />WWW3.<br />WWW4.<br />Ea...
Virtual<br />Machines<br />Virtual<br />Machines<br />Servers<br />Servers<br />Servers<br />Physical Server<br />Physical...
Ultimate Reliability<br />Server<br />Client<br />Multi-Level Redundancy<br />Blade failure will not cause chassis failure...
F5 Networks VIPRION PB200 Overview
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F5 Networks VIPRION PB200 Overview

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This is an overview of the new PB 200 VIPRION blades from F5 Networks. With this release, VIPRION users can now double the performance of each blade.

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F5 Networks VIPRION PB200 Overview

  1. 1. On Demand ADC<br />Add application intelligence without adding management cost<br />Market-leading performance & PB200 hardware<br />Ultimate redundancy<br />TMOS inside<br />
  2. 2. Traffic Growth/Spikes Demand High Performance<br />Email<br />Social Networking<br />SharePoint<br />Black Friday/Cyber Monday<br />Chinese New Year<br />
  3. 3. On-Demand Performance ScalingVIPRION now with 2x performance per blade<br />New PB200 VIPRION blades<br />Double the performance of the PB100<br />L7 Throughput: 18 Gbps / Blade, 72 Gbps / Chassis<br />4x the 10G ports (8 total)<br />Gives service providers the high performance needed today<br />and a simple way to add capacity in the future<br />
  4. 4. Traditional ADC Scaling<br />Server Farm A<br />WWW1.<br />WWW2.<br />WWW.<br />DNS<br />DNS<br />WWW3.<br />WWW4.<br />Each addition requires:<br />DNS changes<br />Physical reconfigurations<br />Routing changes<br />ADC reconfiguration<br />GSLB Within the Datacenter<br />Server Farm B<br />Server Farm D<br />Server Farm C<br />
  5. 5. Virtual<br />Machines<br />Virtual<br />Machines<br />Servers<br />Servers<br />Servers<br />Physical Server<br />Physical Server<br />On Demand – Zero Reconfiguration<br />Automatic addition of power<br />No need to overprovision<br />Fixed and predictable OpEx<br />
  6. 6. Ultimate Reliability<br />Server<br />Client<br />Multi-Level Redundancy<br />Blade failure will not cause chassis failure<br />Redundant and hot swappable components<br />Always Available<br />

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