Bandwidth controller standard

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Quick NavigationIntroductionPackage and ContentsThe CardBenchmarks - Test System Setup and PCMarkBenchmarks - HD TachBenchmarks - File Copy TestsBenchmarks - HD SpeedBenchmarks - Game Level Loading TimeFinal ThoughtsIntroductionServers have been the one place that bandwidth has been the ultimate goal. Servers are simply super computers put together in order to handle extremely intense computing tasks. It's not uncommon to see two or more processors in a server, with the limit now hitting eight thanks to AMD Opteron, and with Dual Core CPU's you get a total of 16 working CPU's on an 8 way Opteron system. It's clear this setup can really crunch some numbers, but if you can't get the data to the CPU fast enough, it's like having a Lamborghini and putting second hand bald tyres on it - you are just going to be spinning your wheels when you want to put the power down.Servers have been held back in bandwidth terms because of the aging PCI bus. While the expansion of the PCI bus has included the 64-bit, 133MHz versions, it is still a parallel bus sharing its data with other PCI devices, and running these speeds means a large, expansive PCB for the expansion cards, and a rather large slot real estate on the board.PCI Express has now come to the rescue, with a PCI-E x16 slot taking up about the same size as a regular PCI slot and offering up to 8GB/s transfer rates, it's easy to see why Parallel buses are now starting to go extinct on the PC architecture.Mass Storage controllers are one of the biggest things in the server industry, with space needing to be in the Terabytes, you are going to need to add in additional controller cards and this is where PCI Express and Highpoint come in.Today we are looking at the first PCI Express SATA-II RAID controller card to come from Highpoint into our labs. Today we intend to see just how good this little baby is compared to standard PCI RAID controllers as well as the only Serial ATA PCI-E controller on the market, the Silicon Image 3132 controller. Package and ContentsThe box that Highpoint ships its controller card in differs from the normal layout that Highpoint is known for. Usually the boxes from Highpoint are green, gold, red and white. This one features a white and blue box with some basic info printed on the front.The back

Standard offers the following capabilities:Gathering and viewing system information and inventoryMonitoring system status and healthAlerting and notificationsEvent loggingConfiguring network connectivityConfiguring securityUpdating system firmwareConfiguring server settings and devicesReal-time power usage monitoringRemotely controlling server power (Power on, Power off, Restart)Managing FoD activation keysRedirecting serial console via IPMICapturing the video display contents when an operating system hang condition is detected FIPS 140-2 compliant encryptionXClarity Controller Advanced Upgrade adds the following functionality to the Standard features:Remotely viewing video with graphics resolutions up to 1920×1200 at 60 Hz with 16 bits per pixelRemotely accessing the server using the keyboard and mouse from a remote clientAbility to record and replay the video from a remote control sessionRemotely deploying an operating systemComponent replacement logsSyslog alertingRedirecting serial console via SSHSecurity Key Lifecycle Manager (SKLM)IP Address blockingDisplaying graphics for real-time and historical power usage data and temperatureXClarity Controller Enterprise Upgrade adds the following functionality to the Advanced features:Capping power usageMapping the ISO and image files located on the local client as virtual drives for use by the serverMounting the remote ISO and image files via HTTPFS, CIFS, and NFSCollaborating across up to six users of the virtual consoleVirtual console chatAbility to capture and replay the server’s boot-up videoAbility to capture and replay the server's video information leading up to the point where the operating system may hang or crash.Out-of-band (OOB) performance monitoring – System performance metricsControlling quality and bandwidth usage of the virtual consoleWeb-Based Interface OverviewThere are two options to access the XClarity controller management processor remotely. One option is using the Command-line interface, via SSH, and log into the management processor; another option is using the web-based interface. Besides, the XClarity Controller can also be managed locally from the XClarity Mobile app on a phone or tablet. To carry out this review, we used the web-based interface. To access the XClarity Controller web interface, we need to use a web browser and type the IP address or hostname of the XClarity Controller to which we want to connect. We will be brought to the login window; on the right, we have basic information to make sure we access