Resolve Event 2115 Performance Issues in Operations Manager: A Troubleshooting Guide

Table of Contents

This article provides guidance on identifying and resolving performance-related issues that impact the speed of data insertion into the Operations Manager (OpsMgr) database and the Operations Manager data warehouse database. These performance challenges are applicable to all supported versions of System Center Operations Manager. A frequent indicator of performance bottlenecks within Operations Manager databases is the recurring presence of event ID 2115 entries in the Operations Manager event log. These events typically signify underlying performance problems residing on the management server or the server hosting the Microsoft SQL Server instances for the Operations Manager or data warehouse databases.

Background¶

Write action workflows for both the Operations Manager database and the data warehouse database execute on the management servers. Initially, these workflows temporarily hold data received from agents and gateway servers within an internal buffer. Subsequently, this buffered data is collected and inserted into the respective database or data warehouse in batches. Once a batch has been successfully inserted, the workflows proceed to assemble the next batch of data for processing.

The ultimate size of each data batch is determined by the amount of data accumulated in the internal buffer at the time the batch is prepared. However, there is an upper limit, typically set at a maximum of 5,000 data items per batch. If the rate at which new data items arrive increases significantly, or if the overall throughput for inserting data items into the Operations Manager and data warehouse databases decreases, the buffer will begin to accumulate more data. This accumulation directly leads to an increase in the size of subsequent data batches.

Several different write action workflows operate on a management server, each responsible for handling data insertion for specific types of data into either the Operations Manager database or the data warehouse database. Examples of these workflows include those responsible for collecting entity health state changes, performance data, event data, alerts, entity state information, discovery data, and signature data. Each of these workflows manages the flow of a particular data type from the buffer to its intended database destination.

When one of these database or data warehouse write action workflows on a management server experiences a delay in inserting a data batch—for instance, taking longer than 60 seconds—it starts logging event ID 2115 to the Operations Manager event log. This event is generated repeatedly every minute until the data batch is successfully inserted into the database or data warehouse, or until the data is eventually discarded by the write action workflow module due to excessive backlog. Consequently, event ID 2115 serves as a direct symptom of latency encountered during the process of writing data to the database or data warehouse. In scenarios where the data is dropped, an event like ID 4506 may be logged, indicating that data was dropped because of too much outstanding data in a specific rule or workflow.

Taking a Deeper Look at Event 2115¶

Event ID 2115 is particularly informative because it provides two crucial pieces of information necessary for initial troubleshooting: the name of the specific workflow that is currently experiencing the performance issue and the elapsed time since that workflow initiated the insertion process for its current data batch. This allows administrators to pinpoint which specific data type or database target (Operations Manager database vs. Data Warehouse) is affected.

For example, an event message might look like this:

Log Name: Operations Manager
Source: HealthService
Event ID: 2115
Level: Warning
Computer:
Description:
A Bind Data Source in Management Group has posted items to the workflow, but has not received a response in 300 seconds. This indicates a performance or functional problem with the workflow.
Workflow Id : Microsoft.SystemCenter.CollectPublishedEntityState
Instance :
Instance Id : {88676CDF-E284-7838-AC70-E898DA1720CB}

In this specific example, the Microsoft.SystemCenter.CollectPublishedEntityState workflow is identified as the source of the issue. This particular workflow is responsible for writing Entity State data into the Operations Manager database. The event ID 2115 message clearly states that this workflow attempted to insert a batch of Entity State data and that 300 seconds have elapsed since it began the insertion process. This prolonged time indicates a significant delay, as ideally, the insertion of a typical batch of data should complete much faster, typically within 60 seconds. If the “Workflow Id” mentioned in the event contains the term “DataWarehouse,” it indicates that the problem specifically affects the Operations Manager data warehouse database. Otherwise, the performance bottleneck is related to the insertion of data into the primary Operations Manager database.

Cause¶

Several distinct issues can contribute to the occurrence of event ID 2115 messages and the associated data insertion delays within Operations Manager. These issues can range from problems within the Operations Manager configuration itself to underlying infrastructure bottlenecks. Identifying the specific cause is key to resolving the performance problem effectively.

Insertion Problems¶

Insertion problems are a common cause and can stem from poor database performance or an unusually high volume of data being sent by monitored agents and gateway servers. The presence of event ID 2115 messages explicitly points to a backlog in data insertion into either the Operations Manager or the data warehouse database. These events can arise for various reasons, including a sudden influx of data (such as a large amount of Discovery data), network connectivity issues to the database servers, the databases reaching their capacity limits, or constraints related to disk or network performance on the database server infrastructure.

In the context of Operations Manager, the process of inserting discovery data is particularly resource-intensive compared to other data types. Discovery data can also arrive in significant bursts, potentially overwhelming the management server and the database infrastructure. While occasional, temporary instances of event ID 2115 can occur during these bursts, persistent logging of event ID 2115 for discovery data collection suggests a deeper problem. This could indicate ongoing database or data warehouse insertion performance issues, or it might point to discovery rules defined in a management pack that are collecting excessive amounts of discovery data, which then need to be processed and inserted.

Significant configuration updates within Operations Manager, such as changes to the instance space (e.g., adding or removing many monitored objects) or the import of new management packs, have a direct and often substantial impact on CPU utilization on the database server. These operations require the database to process schema changes, update configuration, and recalculate relationships, which can temporarily affect database insertion times. It is not uncommon to observe event ID 2115 messages appearing temporarily following a management pack import or a large instance space modification. For more information on managing and troubleshooting frequent configuration changes, refer to specific documentation on detecting and troubleshooting configuration churn.

Furthermore, resource-intensive queries executed by users within the Operations Manager user interface can also consume significant resources on the database server. These complex queries can potentially lead to increased latency in data insertion times. If users are performing operations that require the database to process large amounts of data or perform complex calculations concurrently with data insertion workflows, you might see event ID 2115 messages logged as a consequence of the resulting database load.

Databases Full or Offline¶

A more straightforward cause for event ID 2115 messages is if either the Operations Manager database or the Operations Manager data warehouse database becomes full or goes offline. If the databases run out of disk space, they cannot accept new data, causing the insertion workflows to queue up data. Similarly, if the SQL Server instance or the specific database is offline or inaccessible, data insertion is impossible. In these scenarios, the management server will consistently log event ID 2115 messages, and the pending time indicated in the event will continuously increase as the buffer fills up with data that cannot be inserted.

If the write action workflows are unable to establish a connection to the Operations Manager or Operations Manager data warehouse databases, or if they are configured to use invalid credentials to authenticate, the entire data insertion process is blocked. This blockage directly leads to the logging of event ID 2115 messages. These messages will persist until the connectivity issue is resolved or the correct credentials are provided, allowing the workflows to successfully connect and begin inserting data again.

Configuration and Environmental Issues¶

Event ID 2115 messages can also be symptoms of broader performance issues arising from incorrect configuration or environmental factors affecting the Operations Manager infrastructure, particularly the database servers. These issues can include problems with the SQL Server configuration, the underlying storage, or the network connecting the management servers to the database servers.

Possible configuration and environmental causes include:
* Insufficient SQL Server Log or TempDB Space: If the transaction log or the TempDB database used by the Operations Manager and data warehouse databases is too small or runs out of space, SQL Server operations, including data insertion, can slow down or fail.
* Network Latency or Bandwidth Constraints: A slow or high-latency network link between the Operations Manager management server(s) and the database server(s) can significantly delay data transmission, impacting insertion times. It is strongly recommended to place management servers on the same high-speed local area network (LAN) as the Operations Manager and data warehouse database servers to minimize network delays.
* Slow or Malfunctioning Disk Subsystem: The performance of the disk subsystem hosting the database files, transaction logs, and TempDB is critical for SQL Server performance. If the data disks used by the Operations Manager and data warehouse databases are slow, experience functional problems, or lack sufficient performance characteristics, data insertion times will be negatively affected. Recommendations for optimal disk performance include using RAID 10 configurations for database and log files and enabling battery-backed write cache on the array controller.
* Insufficient Server Resources: The SQL Server hosting the Operations Manager database or data warehouse may not have adequate memory (RAM) or CPU resources to handle the workload, leading to processing delays.
* Offline SQL Server Instance: As mentioned previously, if the entire SQL Server instance goes offline, no connections can be made, and data insertion halts.

Ensuring the database server has sufficient resources (CPU, RAM), optimal disk I/O performance, and a fast, reliable network connection to the management servers is fundamental to preventing many performance-related issues, including persistent event ID 2115 messages.

```mermaid
graph LR
A[“Agents/Gateways”] → B[“Management Server(s)”]
B → C[“Internal Buffer”]
C → D[“Write Action Workflows”]
D → E[“Operations Manager DB”]
D → F[“Data Warehouse DB”]

subgraph Performance Bottlenecks
    C -- Slow Insertion --> D
    D -- Latency --> E
    D -- Latency --> F
    E -- Disk/CPU/RAM --> D
    F -- Disk/CPU/RAM --> D
    B -- Network --> E
    B -- Network --> F
end

Note on E, F: Disk, CPU, RAM Issues Here

```

Resolution¶

Troubleshooting performance issues indicated by event ID 2115 messages involves systematically identifying the root cause based on the information provided in the event and then addressing the specific bottleneck. The initial step is to carefully examine the event ID 2115 message itself to determine which specific data item type and database (Operations Manager or Data Warehouse) are affected, as identified by the “Workflow Id.” If the workflow ID contains “DataWarehouse,” the focus of troubleshooting should be directed towards the Operations Manager data warehouse database and its hosting server. Otherwise, the primary Operations Manager database is likely the source of the delay.

Scenario 1: Identifying and Investigating a Specific Workflow¶

Consider the example where the Microsoft.SystemCenter.CollectSignatureData workflow is identified in the event ID 2115 message:

Event Type: Warning
Event Source: HealthService
Event Category: None
Event ID: 2115
Computer:
Description: A Bind Data Source in Management Group has posted items to the workflow, but has not received a response in 300 seconds. This indicates a performance or functional problem with the workflow.
Workflow Id : Microsoft.SystemCenter.CollectSignatureData
Instance :
Instance Id : {F56EB161-4ABE-5BC7-610F-4365524F294E}

This particular workflow, Microsoft.SystemCenter.CollectSignatureData, is related to the collection of performance signature data, which is used for baseline monitoring and anomaly detection. To identify the specific Performance Signature Data Collection rules active in your environment that might be generating this data, you can run a SQL query against the Operations Manager database.

Resolution:

To identify the Performance Signature Collection rules, execute the following SQL query in SQL Server Management Studio while connected to the Operations Manager database:

-- Return all Performance Signature Collection Rules
Use OperationsManager
select
managementpack.mpname,
rules.rulename
from performancesignature with (nolock)
inner join rules with (nolock)
on rules.ruleid = performancesignature.learningruleid
inner join managementpack with(nolock)
on rules.managementpackid = managementpack.managementpackid
group by managementpack.mpname, rules.rulename
order by managementpack.mpname, rules.rulename

This query will return a list of all Performance Signature Collection rules along with the name of the management pack they belong to. Examining this list can help identify if any specific rules might be collecting excessive data.

In addition to identifying the rules, monitoring performance counters on the management server(s) involved can provide crucial insights into the data insertion process. The following Performance Monitor counters offer valuable information regarding the batch size and processing time for database and data warehouse write actions:

• OpsMgr DB Write Action modules(*)\Avg. batch size
• OpsMgr DB Write Action modules(*)\Avg. processing time
• OpsMgr DW Writer module(*)\Avg. batch processing time, ms
• OpsMgr DW Writer module(*)\Avg. batch size

Observe the Avg. batch size counters. If these values are consistently increasing and approaching the maximum limit (5,000 items), it suggests either that the management server is struggling to insert data into the database/data warehouse quickly enough or that it is receiving a sustained high volume of data items from agents or gateway servers.

Simultaneously, examine the Avg. processing time or Avg. batch processing time, ms counters for the database and data warehouse write action modules. These counters indicate the average time it takes for a batch of data to be written to the respective database. If this processing time is consistently high (e.g., well over 60 seconds), it strongly suggests a performance bottleneck on the database server itself or the network path to it, rather than just an influx of data. Analyzing these counters together helps differentiate between high data volume and slow database write performance. High batch size and high processing time point towards a database/infrastructure bottleneck. High batch size with normal processing time (for that batch size) points towards high data volume as the primary driver. Tuning opportunities might involve optimizing the SQL Server instance, improving disk I/O, or reducing the volume of data being collected by specific rules identified earlier.

Scenario 2: SQL Server Instance Offline¶

A clear cause for data insertion failure is when the SQL Server instance hosting the Operations Manager database or data warehouse database is offline or inaccessible. In this situation, you will see event ID 2115 messages indicating that workflows cannot complete their insertion tasks, often accompanied by other errors like event ID 29200 from the OpsMgr Config Service, which explicitly indicates a loss of connectivity to the OpsMgr database.

Example Event 29200:

Log Name: Operations Manager
Source: OpsMgr Config Service
Event ID: 29200
Level: Error
Description:
OpsMgr Config Service has lost connectivity to the OpsMgr database, therefore it can not get any updates from the database. This may be a temporary issue that may be recovered from automatically. If the problem persists, it usually indicates a problem with the database. Reason:
A network-related or instance-specific error occurred while establishing a connection to SQL Server. The server was not found or was not accessible. Verify that the instance name is correct and that SQL Server is configured to allow remote connections. (provider: Named Pipes Provider, error: 40 - Could not open a connection to SQL Server)

Resolution:

To resolve this issue, the most immediate step is to ensure the SQL Server service is running on the database server. Follow these steps:

1. Connect directly to the server that hosts the problematic Operations Manager or Data Warehouse database.
2. Open the Services administrative tool (services.msc).
3. Locate the SQL Server service instance responsible for hosting the database (e.g., SQL Server (MSSQLSERVER) for a default instance, or SQL Server (InstanceName) for a named instance).
4. Verify that the status of the SQL Server service is “Running.”
5. If the service is stopped, right-click on it and select “Start.”
6. Once the service is started, verify network connectivity from the management server to the SQL Server instance (e.g., using ping or Test-NetConnection on the required port, usually 1433).

After connectivity to the database is successfully restored, the write action workflows on the management servers should be able to resume storing data in the respective database. You can confirm successful data insertion by looking for event ID 31554 events in the Operations Manager event log on the management server. These events indicate that a workflow has successfully stored data in the Data Warehouse (or implicitly, if the workflow was for the OpsMgr DB, the 2115 events should cease).

Example Event 31554:

Log Name: Operations Manager
Source: Health Service Modules
Event ID: 31554
Task Category: Data Warehouse
Level: Information
Description:
Workflow succeeded storing data in the Data Warehouse
One or more workflows were affected by this.
Workflow name: Microsoft.SystemCenter.DataWarehouse.CollectEventData
Instance name: name.contoso.local
Instance ID: {88676CDF-E284-7838-AC70-E898DA1720CB}

Scenario 3: Invalid RunAs Credentials¶

Incorrect or expired RunAs account credentials used by Operations Manager can prevent the management server from accessing the databases to insert data. This scenario is often indicated by specific events related to RunAs accounts failing logon attempts, alongside the general event ID 2115.

Typical events logged alongside event ID 2115 due to invalid RunAs credentials include:

Log Name: Operations Manager
Source: HealthService
Event ID: 7000
Task Category: Health Service
Level: Error
Description: The Health Service could not log on the RunAs account for management group . The error is Logon failure: unknown user name or bad password.(1326L). This will prevent the health service from monitoring or performing actions using this RunAs account

And:

Log Name: Operations Manager
Source: HealthService
Event ID: 7015
Task Category: Health Service
Level: Error
Description:
The Health Service cannot verify the future validity of the RunAs account for management group . The error is Logon failure: unknown user name or bad password.(1326L).

These events clearly point to a credential issue, often specifically related to the accounts used for database access, such as the “Data Warehouse SQL Server Authentication Account.”

Resolution:

To rectify issues caused by invalid RunAs credentials, you need to update the credentials within the Operations Manager console.

1. Open the Operations Manager console using an account with sufficient administrative privileges within the management group.
2. Navigate to the “Administration” pane.
3. Expand “Run As Configuration” and select “Accounts.”
4. Identify the specific Run As account that is failing authentication, often indicated in the Event 7000/7015 description (e.g., the “Data Warehouse SQL Server Authentication Account”).
5. Right-click the problematic Run As account and select “Properties” or double-click the account name.
6. On the “General” tab of the Run As Account Properties dialog box, update the credentials by entering the correct user name and password. Ensure the domain name is included if it’s a domain account.
7. Click “OK” to save the changes. Operations Manager will attempt to distribute the updated credentials to the necessary management servers.

After updating the credentials, monitor the Operations Manager event logs on the management server(s) for new Event 7000/7015 entries. These errors should cease, and data insertion workflows should be able to authenticate and resume processing data, resolving the related event ID 2115 messages.

Scenario 4: Disk Performance Issues¶

Poor disk performance on the SQL Server hosting the Operations Manager or Data Warehouse databases is a very common and significant cause of insertion delays and event ID 2115. SQL Server is highly dependent on fast disk I/O for reading and writing data, transaction logs, and TempDB. If the disks cannot keep up with the demand, the database operations become bottlenecks, directly impacting the speed of data insertion workflows. Recommended best practices for SQL Server disk configuration include using fast storage (like SSDs or performant SAN LUNs), RAID 10 configurations for redundancy and performance, and enabling write caching on the storage controller.

Resolution:

Investigating disk performance requires capturing and analyzing key performance counters on the SQL Server. Focus on the physical disk counters for all drives that contain SQL Server data files (.mdf, .ndf), log files (.ldf), and TempDB files.

Capture and analyze the following performance counters:

• % Idle Time: This counter shows the percentage of time the disk was idle during the sample interval. A low value, particularly below 50 percent, can indicate that the disk is a significant bottleneck and is consistently busy. Values consistently below 10-20% are often a strong indicator that the disk subsystem is saturated.
• Avg. Disk Queue Length: This counter represents the average number of read and write requests that were queued for the selected disk during the sample interval. This value should ideally be low. A common guideline is that this value should not consistently exceed twice the number of physical spindles contributing to the logical disk (LUN). For example, if a RAID 10 LUN is made of 10 disks, only half (5) are actively used for writing in the mirrors. So, Avg. Disk Queue Length should ideally be less than 5 * 2 = 10. For a RAID 0 array with 10 disks, the limit would be 10 * 2 = 20. High queue lengths indicate that the disk is receiving more requests than it can process promptly.
• Avg. Disk sec/Transfer: This is one of the most critical counters, showing the average time, in seconds, for a single disk I/O request to complete (read or write). This is a direct measure of latency. Low values are desirable.
• Avg. Disk sec/Read: The average time, in seconds, to complete a single disk read request. This reflects the latency for read operations.
• Avg. Disk sec/Write: The average time, in seconds, to complete a single disk write request. This reflects the latency for write operations.

For SQL Server workloads, the Avg. Disk sec/Transfer, Avg. Disk sec/Read, and Avg. Disk sec/Write counters should ideally have values consistently below 0.020 seconds (20 ms). Values between 20 ms and 50 ms indicate slow performance requiring attention, and values consistently exceeding 0.050 seconds (50 ms) represent a severe I/O bottleneck that will significantly impact database performance and potentially cause insertion delays leading to Event 2115.

• Disk Bytes/sec: Measures the total number of bytes transferred to or from the disk per second. This indicates the throughput of the disk in terms of data volume.
• Disk Transfers/sec: Measures the total number of read and write operations completed per second (IOPS - Input/Output Operations Per Second). This indicates the throughput in terms of the number of operations.

When % Idle Time is low (e.g., 10% or less), it suggests the disk is continuously busy. In such a scenario, Disk Bytes/sec and Disk Transfers/sec show the maximum throughput the disk subsystem can sustain under heavy load. Compare these measured values against the expected performance capabilities of your storage solution (e.g., as specified by your SAN vendor or based on drive specifications). If the disk is saturated (% Idle Time is low) but the throughput metrics (Bytes/sec, Transfers/sec) are lower than expected for the hardware, it could indicate configuration issues, driver problems, or issues within the storage array itself.

Advanced troubleshooting can involve looking at SQL Server’s Dynamic Management Views (DMVs), specifically sys.dm_os_wait_stats. High wait types related to I/O, such as PAGEIOLATCH_* (waiting for a page to be loaded into buffer pool from disk), WRITELOG (waiting for transaction log writes to complete), or ASYNC_IO_COMPLETION (waiting for asynchronous I/O operations), further confirm that disk performance is a limiting factor.

If disk performance is identified as the bottleneck, work with your storage administrator or vendor to investigate and improve the performance of the LUNs hosting the SQL Server files. This might involve reconfiguring RAID, adding more spindles, leveraging faster storage tiers (like SSDs), or optimizing SAN configuration.

For more detailed guidance on troubleshooting SQL Server performance, including disk I/O issues, consult Microsoft’s SQL Server performance troubleshooting documentation.

Scenario 5: Data Warehouse Write Issues on Secondary Management Servers¶

Sometimes, event ID 2115 is logged specifically on a secondary management server, accompanied by alerts in Operations Manager indicating an inability to write data to the Data Warehouse. This particular scenario is often linked to how RunAs accounts are assigned to management servers, especially secondary ones, for Data Warehouse operations. The specific errors often include login failures for the Data Warehouse Action Account or similar Data Warehouse-related RunAs accounts.

Example Alert/Event 31551:

Log Name: Operations Manager
Source: Health Service Modules
Date: 1/1/2022 12:00:00 PM
Event ID: 31551
Task Category: Data Warehouse
Level: Error
Keywords: Classic
User: N/A
Computer:
Description:
Failed to store data in the Data Warehouse. The operation will be retried.
Exception ‘SqlException’: Cannot open database “OperationsManagerDW” requested by the login. The login failed.
Login failed for user ‘CONTOSO\Action_Account’.

One or more workflows were affected by this.

Workflow name: Microsoft.SystemCenter.DataWarehouse.CollectPerformanceData
Instance name:
Instance ID: {AEC38E5Z-67A9-0406-20DB-ACC33BB9C494}
Management group:

This event clearly shows a “Login failed” error specifically when trying to write to the Data Warehouse database, originating from a particular management server. This is a strong indicator that the RunAs account required by the Data Warehouse workflows on that server is not correctly configured or distributed.

Resolution:

This problem often occurs if the required Data Warehouse-specific RunAs accounts are not properly associated with the secondary management server in the respective Run As profiles. To correct this, you need to explicitly add the secondary management server to the distribution of these Run As profiles.

1. Open the Operations Manager console with administrative privileges.
2. In the navigation pane, select the “Administration” workspace.
3. Expand “Security” and then select “Run As Profiles.”
4. In the “Run As Profiles” view, locate and double-click the “Data Warehouse Account” profile.
5. In the “Run As Profile Properties - Data Warehouse Account” dialog box, select the “Run As Accounts” tab.
6. Click the “New” button to add a Run As Account association to this profile.
7. In the “Add Run As Account” dialog box, select the “Data Warehouse Action Account” from the “Run As Account” dropdown list.
8. Under “Distribution,” choose “More options” and select “Selected computers.” Click “Add” and select the secondary management server(s) experiencing the issue from the list. Click “OK” to add the server(s).
9. Click “OK” in the “Add Run As Account” dialog box and then click “OK” in the Run As Profile Properties dialog box to save the changes.

Repeat steps 4 through 9 for the following additional Data Warehouse-related Run As profiles, ensuring that the correct corresponding Run As Account is selected in step 7 and assigned to the problematic management server(s):

• Data Warehouse Configuration Synchronization Reader Account (Associate with “Data Warehouse Configuration Synchronization Reader Account”)
• Data Warehouse Report Deployment Account (Associate with “Data Warehouse Report Deployment Account”)
• Data Warehouse SQL Server Authentication Account (Associate with “Data Warehouse SQL Server Authentication Account”)

Essentially, for each of these profiles, you need to ensure the corresponding RunAs account is distributed to the secondary management server(s). After assigning the accounts, you should restart the “System Center Management” service (also known as “OpsMgr Health Service”) on the secondary management server(s) that were having the issue. This forces the Health Service to pick up the updated RunAs account configuration.

Monitor the Operations Manager event log on the affected management server(s). You should begin to see event ID 31554 events indicating successful data writes to the Data Warehouse, and the event ID 31551 login failure errors and associated event ID 2115 warnings should cease. The monitor state related to Data Warehouse write failures should also transition to “Healthy.”

Scenario 6: Specific HP MPIO Issue¶

In some specific environments, event ID 2115 has been observed on servers running HP MPIO FF DSM version 3.01 where no LUNs are actually presented to the server. This issue can manifest as Performance Monitor hanging and the handle count for that application rapidly increasing when a user attempts to add a counter. While the exact cause is tied to this specific driver and configuration, it can indirectly impact server stability or resource availability, potentially contributing to performance issues that trigger event 2115.

Workaround:

The article states that there are two workarounds for this specific HP MPIO issue, but the details of these workarounds are not provided in the source material. If you encounter this specific combination of circumstances (Event 2115, HP MPIO FF DSM XP 3.01 installed without LUNs, Performance Monitor issues), you should consult HP documentation or support resources for the documented workarounds related to this specific version of the MPIO DSM.

Encountering performance issues in Operations Manager, as often signaled by Event ID 2115, requires a methodical approach. By understanding the context of the event, identifying the affected workflow, and systematically investigating potential causes ranging from database server performance to configuration issues and credentials, administrators can effectively diagnose and resolve the bottlenecks impacting data insertion.

We hope this guide helps you troubleshoot and resolve performance issues in your Operations Manager environment. Have you encountered Event 2115 before? What solutions worked for you? Share your experiences in the comments below!