Download Solarwinds Cpu Load Monitor

the transactions_waiting_for_playback value is based on sum of wait times of the transactions on the player before they are played back. So basically the longer the transactions wait for playback on the player the higher this value gets. Based on this formula you for will for example see 100% load when all playback workers are currently playing back transactions. So having a current load around the 100% (even slightly above) is completely natural. But if the load in player load chart is constantly over 100% it should be considered to move some of the transactions to different player.

In your case if the load got over 100% on a two different installations at the same time something probably changed on the monitored side so the playback now takes longer (which causes higher accumulation of transactions in the waiting queue which in turn causes the load to rise). This can also happen when some of the transactions start failing as the player is by default in some cases trying to replay the transaction again to ensure that we won't report false alert.

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Thanks. I had them completely remove it on one of my players but it didn't seem to help at all. In the recorder, on a 9 step test that reports taking 24 seconds to run, it takes actually over 5 minutes to complete. Between every step I'm seeing a 30 second pause at the end of the step and before the next step starts. So for example, it highlights "Click on image" at the end of a step and then just sits for 30 seconds before the next step starts. I see the actual page of the next step load in the recorder, but then it just hangs there. If this is happening in the player, it would explain why each 3 minute poll test seems to really only be running once every 10 minutes.

This is the one that helped greatly. Any ideas as to why this would be? In the recorder, my 9 step test was taking 5 minutes and 10 seconds on average to run. After changing this one setting to 5 seconds from 30, the test now only takes 1 minute and 22 seconds to run. After changing the player config to this, my player load % has dropped down from being well over 100% to well under 50%.

This timeout is used for wait for each pending request. So simply put if you have some long running request on page (long poll requests, keep alive requests) we wait for this request specified amount of time to finish. You can see if your page has these kind of request for example in Internet Explorer developers console. Generally it is not recommended to lower this value if there are no issues with playback as having this value too low may cause that player will not wait for the page to fully load and measured step duration would be lower that it actually is. But if you are not seeing any issues I guess it should be OK in your case.

Still scratching my head over this one. I just now went and created a new local user on the box, switched to that user and loaded up the same URLs in IE with the developer tools and just don't see any issue at all.

Monitor, analyze, diagnose, and optimize database performance and data ops that drive your business-critical applications. Unify on-premises and cloud database visibility, control, and management with streamlined monitoring, mapping, data lineage, data integration, and tuning across multiple vendors.

Ensure user experience with unified performance monitoring, tracing, and metrics across applications, clouds, and SaaS. Robust solutions offering rich visualization, synthetic and real user monitoring (RUM), and extensive log management, alerting, and analytics to expedite troubleshooting and reporting.

ETS includes a highly customizable alert functionality, allowing you to define specific thresholds for critical CPU monitoring metrics like disk space, memory utilization, processor time. The moment performance metrics cross critical thresholds, ETS is designed to send alerts via SMS or email to inform you of important performance issues in need of immediate attention. This alerting can eliminate the need for manual, round-the-clock CPU monitoring, freeing you for more important tasks.

Customizable reporting tools allow you to monitor and graph the load on multiple routers concurrently, so you can stay ahead of problems, while also making it easier to examine granular metrics like minimum, maximum, and average load on time-aligned charts.

ETS is designed to give you the tools you need to monitor load on multiple Cisco routers in real time. The CPU load for each router is displayed as a horizontal bar, enabling you to see the current load in relation to the maximum CPU load.

The CPU gauge tool in ETS is built to monitor CPU load on routers, switches, and any end-user workstations running Windows 2000 or newer operating systems. Using the SNMP protocol, the CPU gauge communicates with each remote device and displays the results in a user-friendly graphical gauge, which can be customized to meet your specifications.

CPU monitors are essential for effectively managing and maintaining network performance, as they can keep you up to date on issues as they develop, while also helping speed up troubleshooting time by providing deeper insights into root causes. CPU monitoring software also typically provides reporting capabilities, which can give you actionable insights for scaling, provisioning additional resources, upgrading hardware to optimizing CPU loads, and pinpointing bottlenecks. CPU monitoring tools can help you more easily highlight extraneous background processes that may be creating unnecessary resource drains, which is useful for ensuring optimal device performance and network uptime.

CPU monitors typically use the SNMP protocol or local communication protocols to assess the current CPU utilization and capacity for locally monitored devices, remote Windows systems, or other networked devices. This allows you to keep an eye on devices with heavy CPU utilization and load, so you can intervene before potential performance issues interrupt typical system performance and business operations.

CPU monitoring, a subset of network performance monitoring, tracks the health of network devices and is an efficient method of keeping track of overall network function and ensuring optimal performance. CPUs are central to the processing capacity of devices and are good indicators of the capacity of your network at large.

These options give you granular control over alarm contingencies. For example, notifications can be sent to different team members depending on the event type, day of the week, or time the event trigger activates. ETS alerts can also be sent to other monitoring programs and includes options for the following actions:

Automated network discovery simplifies onboarding through tools like advanced subnet calculators, port scanners, and switch port managers, to help ensure consistency of service operations. Real-time network availability and device health monitoring keep administrators up to date on the state of their systems, and diagnostic tools like TraceRoute can help highlight failures in specific bandwidth and network segments, thereby streamlining the troubleshooting process and providing valuable insights that can help to minimize problem resolution time.

Tools like WAN Killer and Ping Sweep allow admins to check available IP addresses, test network connections, and modify network load to be within acceptable parameters. ETS also includes tools specifically for managing Cisco devices and analyzing NetFlow.

Many of the most popular ETS tools are now available via a convenient and easy-to-use web dashboard, including the CPU monitor, interface monitor, memory monitor, response time monitor, and TraceRoute. ETS tools also seamlessly integrate with SolarWinds Network Performance Monitor (NPM) for even greater monitoring efficiency and enhanced network security. e24fc04721