Dell MD3620F, MD3600f owner manual SMrepassist Utility, 281

Page 281

Use the convention filename.dmp for the name of the file. The suffix

.dmp is added to the file automatically if you do not specify a suffix for the file.

4Click Start.

NOTE: Each test shows a status of Executing while it is in progress. The test then shows Completed when it successfully finishes. If any of the tests cannot be completed, a status of Failed appears in the Execution summary window.

5Monitor the progress and completion status of all of the tests. When they finish, click OK to close the State Capture dialog.

Clicking Cancel stops the state capture process, and any remaining tests do not complete. Any test information that has been generated to that point is saved to the state capture file.

NOTE: See the PowerVault Modular Disk Storage Manager online help topics for more information on troubleshooting, and recovering from failures.

SMrepassist Utility

SMrepassist (replication assistance) is a host-based utility for Windows platforms. This utility is installed with MDSM. Use this utility before and after you create a virtual disk copy on a Windows operating system to ensure that all the memory-resident data for file systems on the target virtual disk is flushed and that the driver recognizes signatures and file system partitions. You can also use this utility to resolve duplicate signature problems for snapshot virtual disks.

From a command prompt window on a host running Windows, navigate to

C:\Program Files\Dell\MD Storage Manager\util and run the following command:

SMrepassist -f <filesystem-identifier>

where -f flushes all the memory-resident data for the file system indicated by <filesystem-identifier>, and <filesystem-identifier> specifies a unique file system in the following syntax:

drive-letter: <mount-point-path>

The file system identifier may consist of only a drive letter, for example:

SMrepassist -f E:

Troubleshooting: Your Storage Array Software

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Contents Dell PowerVault MD3600f and MD3620f Storage Arrays Page Contents Planning MD3600f Series Storage Array Terms and Concepts Cache Functions and FeaturesVirtual Disk Operations Limit Configuring Alert Notifications Configuration AboutMoving a Host to a Different Host Group Enabling or Disabling the Event MonitorStarting or Stopping the Host Context Agent Managing Host Port IdentifiersHost-to-Virtual Disk Mapping Configuring Hot Spare Physical Disks133 130134 135153 148Snapshot Repository Capacity 154 157Failed RAID Controller Module 167 167168 169Using Remote Replication Viewing the Properties Pane Viewing Logical Elements 211 Using DM Multipathing Devices 212219 221235 Power Supply/Cooling Fan Module 237239 242Self-Monitoring Analysis and Reporting 256 Media Errors and Unreadable Sectors 257Viewing the Firmware Inventory 259 261275 Recovering From an Unresponsive 276279 281Troubleshooting Expansion 294 Enclosure Management Modules Troubleshooting PowerTroubleshooting a Damaged Array 299 292About This Document IntroductionDell PowerVault Modular Disk Storage Manager Dell PowerVault MD3600f Series Storage ArrayOther Information You May Need Introduction Overview Planning About Your Storage ArrayFront-Panel Features and Indicators Hardware FeaturesPlanning About Your Storage Array Item Indicator, Button, or Icon Description Connector Back Panel Features and Indicators Hard Drive Indicators Hard-Drive Indicator PatternsDrive-Status Indicator Pattern Condition Power Supply and Cooling Fan FeaturesPower Indicator Codes Item LED Type Icon Description Power Indicator CodesRAID Controller Modules Planning RAID Controller ModulesFunction RAID Controller Module Connectors and FeaturesComponent Function Host Channel LED Link/Rate Indications RAID Controller Module-Additional FeaturesBattery Backup Unit System Password Reset Cache Functions and FeaturesStorage Array Thermal Shutdown Cache MirroringWrite-Through Cache SFP Transceivers, Fiber Optic, and SAS CablesWrite-Back Cache Fiber Optic Cable Connection Interoperability of 2 Gbps, 4 Gbps, and 8 Gbps Devices Physical Disks, Virtual Disks, and Disk Groups Planning MD3600f Series Storage Array Terms and ConceptsPhysical Disk States Physical DisksVirtual Disks and Disk Groups Self-Monitoring Analysis and Reporting TechnologyRAID Controller Virtual Disk States Description Virtual Disk StatesRAID Level Usage RAID LevelsRAID Virtual Disk Initialization Segment SizeVirtual Disk Operations Foreground Initialization Background InitializationConsistency Check Media VerificationVirtual Disk Operations Limit Cycle TimeSegment Size Migration Disk Group OperationsRAID Level Migration Disk Group Expansion Virtual Disk Capacity ExpansionDisk Group Defragmentation Disk Group Operations LimitRAID Background Operations Priority Disk Migration Virtual Disk Migration and Disk RoamingPlanning MD3600f Series Storage Array Terms and Concepts Host Server-to-Virtual Disk Mapping Advanced FeaturesDisk Roaming Snapshot Virtual Disks Host TypesVirtual Disk Copy Snapshot Repository Virtual DiskTarget Virtual Disk Virtual Disk RecoverySource Virtual Disk Preferred and Alternate Controllers and Paths Using Snapshot and Disk Copy TogetherMulti-Path Software Virtual Disk Ownership Load BalancingMonitoring MD3600f Series System Performance Planning MD3600f Series Storage Array Terms and Concepts Performance Monitor Table Description Column Headings Planning MD3600f Series Storage Array Terms and Concepts User Interface Configuration OverviewEnterprise Management Window Array Management Window Inheriting the System SettingsConfiguration Overview Out-of-Band Management Out-of-Band and In-Band ManagementIn-Band Management Storage ArraysAdding Storage Arrays Select Edit→ Add Storage Array Automatic Discovery of Storage ArraysManual Addition of a Storage Array Setting Up Your Storage Array Stop All Indications Locating Storage ArraysAMW, select Storage Array→ Blink→ Storage Array Name/Rename Storage Arrays dialog appears Naming or Renaming Storage ArraysType the New password Setting a PasswordViewing Storage Array Connections Password GuidelinesRemoving Storage Arrays Adding/Editing a Comment to an Existing Storage ArraySelect Edit→ Comment Select Edit→ Remove→ Storage ArrayFailover Alert Display Enabling Premium FeaturesChange→ Enclosure ID Changing the Cache Settings on the Storage ArrayChanging Expansion Enclosure ID Number Select Configure Alerts Configuring Alert NotificationsChanging the Enclosure Order in the Physical Pane AMW, select Storage Array→ Change→ Enclosure OrderConfiguring E-mail Alerts Configuration About Your Storage Array Configuring Snmp Alerts Configuration About Your Storage Array Battery Settings Setting the Storage Array RAID Controller Module Clocks Configuration Event Monitor Windows Enabling or Disabling the Event MonitorLinux Select Action→ PropertiesConfiguring Host Access Configuration About Your HostDefining a Host Using the Mappings TabSelect Mappings→ Define→ Host Select Mappings→ Remove Removing Host AccessManaging Host Groups Select Mappings→ Define→ Host Group Creating a Host GroupAdding a Host to a Host Group Removing a Host From a Host GroupRemoving a Host Group Moving a Host to a Different Host GroupSelect Mappings→ Move Move Host Confirmation dialog appearsLinux Host TopologyStarting or Stopping the Host Context Agent Click Action→ Start Data Path ProtectionWindows Managing Host Port Identifiers Add Host Port Identifier dialog appears Configuration About Your Host Configuration About Your Host Creating Disk Groups and Virtual Disks Configuration Disk Groups and Virtual Disks100 Creating Disk GroupsIntroduction Create Disk Group window is displayed 101 Creating Virtual Disks Locating a Disk Group103 104 Map later Using Mappings ViewChanging the Virtual Disk Modification Priority 105 Changing the Virtual Disk Cache Settings106 107 Changing the Segment Size of a Virtual DiskSelect Virtual Disk→ Change→ Segment Size Changing the I/O Type108 Modification Priority109 Choosing an Appropriate Physical Disk TypeFile system typical Database Multimedia Custom 110 Physical Disk Security With Self Encrypting Disk111 112 Creating a Security Key113 Click Create Key114 Changing a Security Key115 Saving a Security KeyClick Change Key 116 117 Unlocking Secure Physical DisksErasing Secure Physical Disks 118 Configuring Hot Spare Physical DisksSelect Physical disk→ Hot Spare Coverage 119 Hot Spare Physical Disk Options window is displayedClick Unassign Global Hot Spares Hot Spares and RebuildHot Spare Operation 120121 Enclosure Loss ProtectionHot Spare Drive Protection Criteria for Enclosure Loss Protection RAID Level 122123 124 Host-to-Virtual Disk MappingCreating Host-to-Virtual Disk Mappings 125 126 Modifying and Removing Host-to-Virtual Disk MappingMapping 127 Changing Controller Ownership of the Virtual DiskSelect Virtual Disk→ Change→ Ownership/Preferred Path 128 Removing Host-to-Virtual Disk MappingSelect Disk Group→ Change→ Ownership/Preferred Path Changing the RAID Level of a Disk GroupSelect Disk Group→ Change→ RAID Level 129Mapping Restrictions Operating System Highest LUN Restricted Mappings130 131 132 Select Disk Group→ Ownership/Preferred Path. or133 Changing the RAID Level of a Disk Group134 Storage Partitioning135 Disk Group and Virtual Disk ExpansionSelect Disk Group→ Add Free Capacity Physical Disks 136 Using Free CapacityVirtual Disk Expansion Disk Group Migration Using Unconfigured CapacityExport Disk Group Non-Exportable ComponentsExporting a Disk Group Import Disk GroupImporting a Disk Group 138139 Storage Array Media ScanNon-Importable Components 140 Changing Media Scan Settings141 Suspending the Media Scan142 143 Configuration Premium Feature- Snapshot Virtual Disks144 Creating a Snapshot Virtual Disk Using the Simple Path145 About the Simple Path146 147 Select Virtual Disk→ Snapshot→ Create. or148 Creating a Snapshot Virtual Disk Using the Advanced PathAbout the Advanced Path 149 150 151 Creating the Snapshot Using the Advanced Path152 Specify Virtual Disk Parameters window is displayed153 Specifying Snapshot Virtual Disk Names154 Snapshot Repository Capacity155 156 Click Add Physical DisksAdd Physical Disks window closes 157 Re-creating Snapshot Virtual DisksSelect Virtual Disk→ Snapshot→ Re-create 158 Disabling a Snapshot Virtual Disk159 Preparing Host Servers to Re-create a Snapshot Virtual Disk160 Re-creating a Snapshot Virtual Disk161 Configuration Premium Feature- Virtual Disk Copy162 Creating a Virtual Disk Copy for an Mscs Shared Disk163 Virtual Disk Read/Write Permissions164 Virtual Disk Copy Restrictions165 Creating a Virtual Disk CopyBefore You Begin Create Copy Wizard Virtual Disk Copy and Modification OperationsFailed Virtual Disk Copy 166Failed RAID Controller Module Preferred RAID Controller Module OwnershipCopy Manager 167168 Copying the Virtual Disk169 Setting Copy PriorityStorage Array Performance During Virtual Disk Copy Recopying a Virtual Disk Stopping a Virtual Disk CopySelect Change→ Copy Priority 170171 Preparing Host Servers to Recopy a Virtual Disk172 Recopying the Virtual DiskSelect Copy→ Re-Copy 173 Removing Copy Pairs174 175 176 177 Configuration Premium Feature- Remote Replication178 Activating Remote ReplicationReplication Repository Virtual Disks 179 RAID Levels for Replication Repository Virtual DisksPrimary and Secondary Virtual Disk Pairs 180 Using Remote Replication With Other FeaturesStorage Partitioning With Remote Replication Virtual Disk Copy With Remote Replication Snapshot Virtual Disk With Remote ReplicationVirtual Disk Expansion With Remote Replication 181Switch Cascading Required Switch Zoning ConfigurationsZoning Guidelines for Remote Replication 182Journaling File Systems and Remote Replication Setting Up and Managing Remote ReplicationPrerequisites 183184 185 Preview Activate Remote Replication wizard is displayedCompleted Activate Remote Replication message is displayed 186 Creating a Remote Replication187 Setting the Write ModeSelecting the Secondary Virtual Disk 188 Setting Synchronization Priority and Synchronization Method189 Completing the Remote Replication190 RAID Controller Module Ownership/Preferred Path191 Viewing the Storage Array ProfileViewing Logical Elements of the Secondary Virtual Disk Viewing the Properties PaneSelect View Associated Logical Elements 192193 Write Mode and Consistency Group Membership IconStatus Changing Write Mode and Consistency Group MembershipVirtual Disk Status Icons 194195 Select Change→ Write Mode196 Resynchronizing Virtual DisksNormally Synchronized Virtual Disks 197 Changing Synchronization Priority and Method198 199 Unsynchronized Virtual Disks200 Automatically Resynchronizing Virtual DisksManually Resynchronizing Virtual Disks 201 202 Suspending a Remote Replication203 Resuming a Remote ReplicationAbout Resumed Remote Replications 204 Select Test Replication Communication205 Deleting a Primary Virtual Disk206 Deleting a Secondary Virtual Disk207 Removing a Remote Replication From a Storage Array208 Deactivating the Remote Replication on the Storage Array209 Disabling the Remote Replication Premium Feature210 211 Configuration Device Mapper Multipath for Linux212 Using DM Multipathing DevicesPrerequisites 213 Device Mapper Configuration StepsScan for Newly Added Virtual Disks 214 215 Create a New fdisk Partition on a Multipath Device NodeAdd a New Partition to Device Mapper Mount a Device Mapper Partition Create a File System on a Device Mapper PartitionReady for Use 216217 Device Mapper Commands DescriptionsImportant Information About Special Partitions 218 Limitations and Known IssuesQuestionAnswer Troubleshooting219 220 221 Recommended ToolsFront Bezel Optional Installing the Front BezelRemoving the Front Bezel 222Hard Drives Safety Models AMT, E03J, and E04JRemoving a Drive Blank 223224 Installing a Drive BlankRemoving a Hard Drive 225 Removing and Installing a Hard Drive226 Installing a Hard Drive227 Removing a Hard Drive From a Hard-Drive Carrier228 RAID Controller Module Installing a Hard Drive Into a Drive CarrierRemoving a RAID Controller Module Blank 229230 Installing a RAID Controller Module Blank231 Removing a RAID Controller Module232 Installing a RAID Controller Module233 Opening the RAID Controller Module234 Closing the RAID Controller Module235 RAID Controller Module Backup Battery UnitRemoving the RAID Controller Module Backup Battery Unit 236 Installing the RAID Controller Module Backup Battery Unit237 Power Supply/Cooling Fan ModuleRemoving a Power Supply/Cooling Fan Module 238 Installing a Power Supply/Cooling Fan Module239 Control PanelRemoving the Control Panel 240 241 Installing the Control Panel242 BackplaneRemoving the Backplane 243 17. Removing and Installing the Backplane-PowerVault MD3620f 16. Removing and Installing the Backplane-PowerVault MD3600f245 Installing the Backplane246 247 Downloading RAID Controller and Nvsram Packages248 Downloading Both RAID Controller and Nvsram Firmware249 Select Tools→ Upgrade RAID Controller Module FirmwareClick Transfer 250 Downloading Only Nvsram Firmware251 252 Click Nvsram in the Download area253 Downloading Physical Disk Firmware254 Download Physical Disk Introduction window appearsDownloading MD1200 Series Expansion Module EMM Firmware AMW, select Advanced→ Maintenance→ Download→ EMM FirmwareDownload Environmental EMM Firmware dialog appears 255256 Self-Monitoring Analysis and Reporting Technology Smart257 Media Errors and Unreadable Sectors258 259 Viewing the Firmware Inventory260 Virtual Disk Service Microsoft ServicesVolume Shadow-Copy Service 261262 Device Health Conditions Start-Up Routine263 Start-Up Routine Indications Look/listen for ActionStatus Icon Description On the Setup tab, select Manage a Storage Array264 Additional Status Icons Description 265266 Storage Array Support Data267 Automatically Collect the Support Bundle DataEnter the Execution summary 268 Collecting the Physical Disk Data269 Event Log270 Recovery GuruStorage Array Profile 271 272 Viewing the Logical AssociationsSelect View→ Associated Logical Elements. or 273 Viewing the Physical AssociationsFinding Nodes 274 Select Find all free capacity nodesClick Find Next Using Go ToSelect View→ Go To→ Snapshot Virtual Disk Select View→ Go To→ Snapshot Repository Virtual DiskSelect View→ Go To→ Source Virtual Disk Recovering From an Unresponsive Storage Array ConditionSelect View→ Go To→ Target Virtual Disk 276277 278 279 Locating a Physical DiskLocating an Expansion Enclosure 280 Capturing the State InformationSelect Physical Disk→ Blink→ Expansion Enclosure 281 SMrepassist Utility282 Recovering From an Unidentified Storage ArrayUnidentified Devices 283 284 285 Starting or Restarting the Host Context Agent Software286 287 288 289 Troubleshooting Loss of CommunicationTroubleshooting an SFP Transceiver 290 Removing an SFP Module 291292 Troubleshooting External ConnectionsTroubleshooting Power Supply/Cooling Fan Module 293 Troubleshooting Array Cooling Problems294 Troubleshooting Expansion Enclosure Management Modules295 Troubleshooting RAID Controller Modules296 Troubleshooting Hard Drives297 Troubleshooting Array and Expansion Enclosure Connections298 Troubleshooting a Wet Storage Array299 Troubleshooting a Damaged ArrayConditions ECC ErrorsInvalid Storage Array 300Critical Conditions PCI ErrorsNoncritical Conditions 301302 303 Contacting DellVisit support.dell.com 304 305 Index306 307 308 309 310 311 312
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MD3620F, MD3600f specifications

Dell's MD3620F and MD3600F storage arrays are designed for businesses seeking dependable, high-performance storage solutions tailored to meet the demands of modern data management. These models offer a blend of scalability, efficiency, and advanced features, making them well-suited for a range of applications, from virtual environments to critical database operations.

One of the primary features of the MD3620F and MD3600F is their support for a hybrid storage architecture. This approach allows organizations to combine flash storage with traditional hard disk drives (HDDs) to optimize performance and cost. The MD3620F focuses heavily on all-flash configurations, delivering exceptional speed and lower latency, ideal for I/O-intensive workloads.

Scalability is another hallmark of these storage solutions. The MD3600F allows users to scale up to 120 drives, providing robust capacity to meet growing data needs. The MD3620F is engineered for environments where data availability and speed are paramount, with support for high IOPS (Input/Output Operations Per Second) and consistent performance under stress.

In terms of data management, both systems integrate with Dell’s proprietary software, which enhances operational efficiency through features like automated tiering. This technology optimizes data placement between different storage types based on access frequency, ensuring that hot data is readily available while reducing costs associated with less critical data.

Reliability is crucial for businesses that depend on their storage systems. The MD3620F and MD3600F come equipped with advanced data protection mechanisms, such as RAID support, which safeguards against data loss, and snapshot capabilities that provide point-in-time copies of data. Moreover, these solutions include hot-swappable components, ensuring minimal downtime for maintenance and repairs.

Connectivity is also a strong suit of these storage arrays. They support multiple connectivity options, including SAS and iSCSI, allowing for flexible integration into existing IT infrastructures. This adaptability enhances their appeal to a wide range of enterprise environments.

In summary, the Dell MD3620F and MD3600F stand out as robust storage solutions with a combination of hybrid and all-flash configurations, scalability, advanced data management tools, and enhanced reliability features. These characteristics make them ideal for organizations looking to enhance their data storage capabilities while maintaining high performance and efficiency.