Dell red hat cloud solutions reference architecture guide

Even worse, an unbalanced memory configuration can lead to unpredictable memory performance based on how the system fractures the memory space into multiple regions and how Linux maps out these memory domains. An unbalanced memory configuration will lead to lower memory performance as some channels will be unused or used unequally. This is a called a balanced memory configuration. In a balanced configuration all DIMMs are accessed uniformly and the full complement of memory channels are available to the application. For optimal memory performance, all six memory channels of a CPU should be populated with memory modules (DIMMs), and populated identically. For applications that are sensitive to memory bandwidth and require predictable performance, configuring memory for the underlying architecture is an important consideration.

2 SSDs optimized for boot. Scale compute resources with Intel® Xeon® Scalable processors, delivering a 27% increase in processing cores and 50% increase in bandwidth over previous generation of Xeon processors. Simplify and accelerate VMware vSAN™ deployments with validated, pre-bundled and tailored Ready Nodes. The R740 is a general-purpose workhorse optimized for workload acceleration. * Scale your VDI deployments with 3 double-width GPUs, supporting up to 50% more users when compared to R730. With its versatility, the R740 can help you transform your data center for VDI, artificial intelligence and software-defined storage (SDS). * Free up storage space using internal M.

The Skylake processor has a built-in memory controller similar to previous generation Xeons but now supports *six* memory channels per socket. This is an increase from the four memory channels found in previous generation Xeon E5-2600 v3 and E5-2600 v4 processors. Different Dell EMC server models offer a different number of memory slots based on server density, but all servers offer at least one memory module slot on each of the six memory channels per socket.

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This reference architecture focuses on helping organizations begin evaluating OpenStack®.

As a registered user, you can create notifications to receive updates about NetBackup Future Platform and Feature Plans, NetBackup hot fixes/EEBs in released versions, Array Support Libraries (ASLs)/Array Policy Modules (APMs), hardware compatibility lists (HCLs), patches and high availability agents. In addition, you can create system-specific notifications customized to your environment.

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“ DELL EMC ISILON F800 AND H600 WHOLE GENOME ANALYSIS PERFORMANCE” describes whole genome analysis performance results for Dell EMC Isilon F800 and H600 storage clusters (4 Isilon nodes per cluster). The data is intended to inform administrators on the suitability of Isilon storage clusters for high performance genomic analysis.

This reference architecture focuses on helping organizations begin evaluating OpenStack®.

NASA as an open alternative to proprietary solutions. WHITE PAPER OpenStack and Red Hat Sponsored by:.

Contents | 2 Dell Red Hat OpenStack Cloud Solution Reference Architecture Guide – Version 4.

Use this prescriptive reference architecture — jointly-engineered by Dell and Red Hat — to simplify your process. Architecture Guide for PowerEdge FX-series. Foster IT innovation with open, modular, enterprise-grade OpenStack solutions for private and hybrid cloud computing.

2 thoughts on “Dell red hat cloud solutions reference architecture guide

  1. Z Post authorReply

       AND backupFile LIKE @dbName + ‘%’

    SET @cmd = ‘RESTORE DATABASE ‘ + @dbName + ‘ FROM DISK = N”’
           + @backupPath + @lastFullBackup + ”’ WITH FILE = 1,  STANDBY = N”’ + @standbydir + ””
    EXEC (@cmd)

    — 5 – check for log backups
    DECLARE backupFiles CURSOR FOR
       SELECT backupFile
       FROM @fileList
       WHERE backupFile LIKE ‘%. USE Master;

    — 1 – Variable declaration
    DECLARE @dbName sysname
    DECLARE @backupPath NVARCHAR(500)
    DECLARE @standbydir NVARCHAR(500)
    DECLARE @cmd NVARCHAR(500)
    DECLARE @fileList TABLE (backupFile NVARCHAR(255))
    DECLARE @lastFullBackup NVARCHAR(500)
    DECLARE @backupFile NVARCHAR(500)

    — 2 – Initialize variables
    SET @dbName = ‘yogalogmanual’
    SET @backupPath = ‘K:shared240logmanual’
    SET @standbydir = ‘K:shared240logmanualyogarollback_01. Trn’
       AND backupFile LIKE @dbName + ‘%’
       AND backupFile > @lastFullBackup

    OPEN backupFiles

    — Loop through all the files for the database
    FETCH NEXT FROM backupFiles INTO @backupFile

       SET @cmd = ‘RESTORE LOG ‘ + @dbName + ‘ FROM DISK = N”’
           + @backupPath + @backupFile + ”’ WITH FILE = 1, STANDBY= ”’ + @standbydir + ””
       EXEC (@cmd)
       FETCH NEXT FROM backupFiles INTO @backupFile

    CLOSE backupFiles
    DEALLOCATE backupFiles
     . Bak’

    — 3 – get list of files
    SET @cmd = ‘DIR /b ‘ + @backupPath

    INSERT INTO @fileList(backupFile)
    EXEC master. Xp_cmdshell @cmd

    — 4 – Find latest full backup
    SELECT @lastFullBackup = MAX(backupFile)
    FROM @fileList
    WHERE backupFile LIKE ‘%.

  2. Superman Post authorReply

    Thank you very much for the script but when I am just using the full backup part its not working and just showing in the message name of the backup fine can you please eleabrate a little bit more when need to be changed or what are thing we have to look or tweek in the script.

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