- 1 System Health
- 2 Hardware
- 2.1 Summary
- 2.2 Details
- 2.2.1 Host Bus Adapters
- 3 Dedup Engine allocated capacity
- 3.1 Available
- 3.2 Used
- 3.3 Data Before Reduction
- 3.4 Data After Reduction
- 4 VTL Status
- 4.1 Physical View
- 4.1.1 Tape Drives
- 4.1.2 Storage and I/E Slots
- 4.2 Logical View
- 4.1 Physical View
- 5 NetBoost Status
- 6 OST Status
System Health
The System Health page allows you to view status information of the system hardware components.
To access the screen, click the System Health on the menu.
This page visually displays the health status of the system hardware components. Mouse over devices in the rack to view device summary
Hardware
The Hardware page allows you to view information about the hardware components of the Dedup Engine. You can view the overall status of the node as well as detailed status information for components such as the system board, host bus adapters, network ports, and storage arrays.
To access the DDE Hardware page, click the DDE Status menu, and then click the Hardware tab.
The Hardware page contains the following tabs:
Summary
The Hardware Summary page allows you to view the overall status of the node and its main components.
The system and each component can have one of the following statuses:
Normal | (Green) The hardware is operating correctly. |
Attention | (Yellow) There is a problem with the hardware. |
Failed | (Red) The hardware has failed. |
To access the Hardware Summary page, on the Hardware page, click the Summary tab.
Hardware Summary Page
The Hardware Summary page displays the following information:
Available System Memory (RAM) | The total amount of memory (RAM) installed in the system. |
Free System Memory (RAM) | The amount of system memory (RAM) that is currently free. |
State | The status of the node. |
Status | The overall status of all components in the node. |
Component Name | The name of the main component. |
Component Status | The overall status of the main component. |
Details
The Details page allows you to view detailed information about the hardware components of the Dedup Engine.
To access the Details page, on the Hardware page, click the Details tab.
Use the Details page to view information for the following components:
Host Bus Adapters
The Host Bus Adapters page allows you to view information about installed Fibre Channel or SAS cards and their ports.
To access the Host Bus Adapters page, on the Details page, click the Host Bus Adapters tab.
Host Bus Adapters Page
The Host Bus Adapters section displays the following information about each Fibre Channel or SAS card:
Component | The name of the Fibre Channel card. |
Status | The status of the Fibre Channel card.
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The Fibre Channel Controller section displays the following information about the ports in the selected Fibre Channel controller:
Component | The number of the Fibre Channel port. |
Node ID | The DDE node number |
Patch Panel | The patch panel port number, connecting to this network port |
Value - | The throughput capacity of the port (if connected). |
Status | The status of the port.
|
Network Ports
The Network Ports page allows you to view information about Ethernet ports in the system. The Dedup Engine includes three or more Ethernet ports (depending on the configuration).
To access the Network Ports page, on the Details page, click the Network Ports tab.
Network Ports Page
The Network Ports page displays the following information:
Component | The number of Ethernet port. |
Node ID | The DDE node number |
Patch Panel | The patch panel port number, connecting to this network port |
Value | The speed of the port in Mb/s |
Status | The status of the Ethernet port.
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Dedup Engine allocated capacity
The Allocated Capacity page allows you to view information about free and used disk space on the system. You can also view data reduction statistics.
To access the Allocated Capacity page, click the DDE Status menu, and then click the Allocated Capacity tab.
Allocated Capacity Page
Use the Allocated Capacity page to view the following information:
Available
Available space is the area that is available for data storage. The Available value is displayed as an amount and as a percentage of the total capacity in the system.
Available space is divided into the following categories:
Category | Description |
---|---|
Free Space | The disk space that can be used for new deduplicated or non-deduplicated data. |
Reclaimable Space | The disk space that is occupied by outdated deduplicated data and which will be automatically reused if additional space for new deduplicated data is needed. |
Note
Used
Used space is the area that already holds data. The Used value is displayed as an amount and as a percentage of the total capacity in the system.
Used space is divided into the following categories:
Category | Description |
---|---|
Deduplicated Data | The amount of data that has been deduplicated. |
Data Not Intended For Deduplication | The amount of data that will not be deduplicated. |
System Metadata | The amount of disk space used for internal operations. |
Data Before Reduction
The Data Before Reduction value represents the original, native size of all data that has been processed by the data deduplication and compression engines.
Data before reduction is divided into the following categories:
Category | Description |
---|---|
Incoming Replication | The amount of data stored on the InfiniGuard DDE via replication from another InfiniGuard. |
NFS Deduplicated Shares | The amount of data stored in deduplicated shares configured in Network File System (NFS) format for Linux systems. This includes incoming data from Directory/File Based Replication, and incoming data from Failback replication. |
CIFS/SMB Deduplicated Shares | The amount of data stored in deduplicated shares configured in Common |
Deduplicated Partitions | The amount of data stored in deduplicated partitions. This includes incoming data from Cartridge Based Replication, and incoming data from Failback replication. |
OST Storage Servers | The amount of data stored in deduplicated OpenStorage (OST) storage servers. This includes incoming data for OST and InfiniGuard NetBoost. |
Data After Reduction
The Data After Reduction value represents the final, reduced size of all data that has been processed by the data deduplication and compression engines.
Data after reduction is divided into the following categories:
Category | Description |
---|---|
Total Reduction Ratio | The total reduction ratio of all data that has been processed by the data deduplication and compression engines (Data Before Reduction divided by Data After Reduction). |
Deduplication Ratio | The deduplication ratio of all data that has been processed by the data deduplication engine. |
Compression Ratio | The compression ratio of all data that has been processed by the compression engine. |
VTL Status
The VTL Status page allows you to view information about virtual tape library (VTL) components, including tape drives, storage slots, and cartridges. You can view a physical or logical representation of VTL components, or view VTL performance statistics.
Note
To access the VTL Status page, click the DDE Status menu, and then click the VTL tab.
VTL Physical View Information page
The VTL Status page contains the following tabs:
Physical View
The Physical View page allows you to view a physical representation of the virtual components in a VTL. You can view information about virtual tapes drives, storage slots, and cartridges.
To access the Physical View page, on the VTL Status page, click the Physical View tab.
Use the controls in the VTL Physical View Information section to select the information to display:
- Select the VTL to display in the Partition drop-down box.
- Click Hide Drives or Show Drives to hide or show the virtual tape drives in the VTL (see Tape Drives).
- Click Hide Storage Slots or Show Storage Slots to hide or show the virtual storage slots in the VTL (see Storage and I/E Slots).
- Click Hide I/E Slots or Show I/E Slots to hide or show the virtual I/E slots in the VTL (see Storage and I/E Slots).
Tape Drives
The Tape Drives section displays information about virtual tape drives in the VTL:
- If a cartridge is mounted in the tape drive, the barcode of the cartridge displays beneath the drive.
- Click a tape drive to view detailed information about the drive.
Storage and I/E Slots
The Storage Slots and I/E Slots sections displays information about the virtual cartridges located in the storage and I/E slots:
The following information is displayed for each cartridge:
Slot | The slot where the cartridge is located. |
Barcode | The barcode of the cartridge. |
WP | The write protect status of the cartridge. |
Capacity | The capacity of the cartridge. |
Used | The amount of space on the cartridge currently used to store data. The value for Used might be less than the original, native (raw) data size because the data is compressed before it is written to the media. |
Used Percent | The amount of currently used space on the cartridge expressed as a percentage of the total capacity. (Used / Capacity x 100) |
- Click a cartridge to view detailed information about the cartridge.
- When the storage system is degraded, all tape cartridges are shown in a degraded state.
- When the storage system has failed or is inaccessible due to failure, all tape cartridges are shown as unavailable.
Logical View
Use the Logical View page to view information about the virtual (logical) components in a VTL partition. You can also view information about used space in the partition.
To access the Logical View page, on the VTL Status page, click the Logical View tab.
VTL Logical View Partitions page
The Partitions section displays the following information about VTL partitions:
Partition | The name of the partition. |
Number of Drives | The number of virtual tape drives in the partition. |
Capacity | The storage capacity of the partition. |
Used | The amount of space on all cartridges in the partition currently used to store data. The value for Used might be less than the original, native (raw) data size because the data is compressed before it is written to the media. |
Used Percent | The amount of currently used space on all cartridges in the partition expressed as a percentage of the total capacity ( [ Used / Capacity ] x 100 ). |
Note
NetBoost Status
Use the NetBoost Status page to view statistics for NAS Application Specific (Oracle RMAN) activity that occurred in the previous minute.
To access the NetBoost Status page, click the DDE Status menu, and then click the NetBoost tab.
NetBoost and NAS Application Specific Status page
Combined statistics for all media servers display at the top of each section (NAS Application Specific and NetBoost).
Inline | The inline data flow throughput (in MB/s). Inline data flow represents the original, native size of the data. |
Ethernet In | The amount of data received by all Ethernet ports (in MB/s). This amount represents the reduced size of the data (after deduplication and compression on the media servers). |
Bandwidth Reduction | The percentage by which network bandwidth utilization was reduced by using RMAN or enabling NetBoost. |
Statistics for individuals media servers display in the tables in each section (NAS Application Specific and NetBoost).
OST Status
Use the OST Status page to view statistics for OST optimized duplication and InfiniGuard NetBoost activity that occurred in the previous minute.
Note:
Note
Use the OST Status page to view statistics for OST optimized duplication and InfiniGuard DDE activity that occurred in the previous minute.
To access the OST Status page, click the Status menu, and then click the OST tab.
OST Status Page
Combined Concurrent Optimized Duplication statistics for all media servers display at the top of each section.
Inline | The inline data flow throughput (in MB/s). Inline data flow represents the original, native size of the data protected by the InfiniGuard DDE. |
Ethernet In | The amount of data received by all Ethernet ports (in MB/s). This amount represents the reduced size of the data protected by the InfiniGuard DDE (after deduplication and compression on the media servers). |
Bandwidth Reduction | The percentage by which network bandwidth utilization was reduced by using optimized duplication. |
Last edited: 2022-08-06 08:21:45 UTC
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