Fluke Networks released version 8 of its OptiView XG portable network analysis tablet, focused on providing increased visibility into both traditional and virtualized data centers in order to rapidly identify issues and their root cause.
Virtualization has revolutionized data center efficiency, but it has simultaneously made it more difficult for network engineers to physically trace information pathways, identify device locations and troubleshoot network and application issues. With server virtualization expected to nearly double, claiming 75 percent of all data center machines in the next three years according to Gartner, Inc., network engineers need a quick, easy portable solutions that lets them drill down, isolate a problem and see what is really happening within these complex virtualized environments.
New troubleshooting capabilities in OptiView XG allow customers to resolve issues in minutes, instead of having to use multiple tools and dedicating multiple hours for problem resolution.
In addition to these enhanced troubleshooting capabilities, the OptiView XG tablet has also been upgraded to be compatible with high-availability data center technologies and protocols, including the Cisco Nexus Series switches, Hot Standby Router Protocol (HSRP) and link aggregation.
Two new troubleshooting features of the OptiView XG v8 are responsible for its ability to rapidly identify data paths and isolate problems within physical and virtual networks: the 1-Click NetTest and Automated Multi-Segment Analysis. With a single button push, the 1-Click NetTest finds the connection path in a single screen view.
Once the analysis is complete, engineers can provide a consolidated summary report that indicates whether the problem is with the network or the server, and is ideal for providing evidence to other stakeholders. If it is not a network problem and a more detailed application analysis is required, engineers can now use the new Automated Multi-Segment Analysis feature with another OptiView XG to capture and merge trace files from multiple segments to find where loss and latency are occurring.
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