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A computer’s CPU plays an integral part in its overall “health” and performance. It works non-stop, throughout its lifetime, to ensure the device runs at peak performance levels. And, over time, the overworking of this core part can result in the deterioration of its performance which is directly reflected in the computer’s overall performance. It becomes increasingly, maddeningly slow and (if it remains uncorrected) which could lead to a complete crash.

Therefore, it is advised that a CPU benchmark test be carried out on a regular schedule. The test, which can be done singularly or as part of an overall hardware performance evaluation, helps determine the current health status of the CPU.

What is a CPU benchmark test?

The central processing unit (CPU), also known as the “heart” of electronic devices, is responsible for executing instructions given to it by programs. These instructions include logics, basic arithmetic calculations, input/output (I/O) operations, and control sequences.

Fun fact: Contrary to popular belief CPUs are not just found in computers, laptops, and servers – you can also find them in switches and routers. Even devices like smartphones and flat-screen TVs have one.

Tech companies Intel and AMD (Advanced Micro Devices) are the leading manufacturers of CPUs. Intel’s products are branded with names like Celeron, Pentium, and Core while AMD makes Sempron, Athlon, and Phenom.

A CPU benchmark test is defined as…

A CPU benchmark test is a capacity assessment done using a standard, across-the-board, test to gauge a CPU’s performance.

The tests are usually performed using local in-built command tools or software packages that are available on the market. There are also websites that offer CPU benchmark testing services.

Why do you need a CPU benchmark test?

There are many reasons why anyone would want to perform a CPU benchmark test. Among these reasons we find:

  • Gamers who need increasingly faster computers – as every new generation of games eats up more and more resources during gameplay – need to know exactly how much processing power they have available to them; this is especially true in the professional competitors’ realm.
  • Businesses need to know they have enough processing power available to perform their tasks – in some industries, a company’s survival can actually depend on the speed of their processes (which is facilitated with the help of good processing power).
  • Deciding which processor to choose – between Intel and AMD, for example – anyone would realize it can be tricky because, while the clock speed is an important indicator of processing power, two processors with the same clock speeds can perform differently; hence, a benchmark test to find the best among the two.
  • System and network administrators need to be on top of issues that could hamper a smooth processing environment. One such issue is the bottlenecking of processes in a CPU. A CPU benchmark test can identify processes that are hogging the CPU’s time and making other processes wait in a queue for too long

It is only after analyzing the results of CPU benchmark tests that corrective actions can be taken to resolve performance-related issues. After all, no amount of added memory, disk space or bandwidth will resolve processor issues.

How accurate are these tests?

A central processing unit (CPU) benchmark uses standardized testing methods to gauge a CPU’s performance.

As a matter of fact, chipmakers use these same benchmarks to market and promote their new CPUs – or outshine their competitors. Of course, some of their performance claims might not reflect real-world usage because every CPU’s performance varies according to how it was set up, what applications are running on it, and the number or type of processes that it has to handle.

For example, the most widely-known KPI for a CPU is its clock speed. But, that can be reduced or increased (a.k.a. under and overclocking, respectively) depending on users’ preferences. This will correspondingly impact the benchmark test results.

Fun fact: CPU clock speed measures the number of instructions it can process in a second. Thus, a 4.0 GHz can process 4 billion instructions per second.

But, clock speed alone won’t paint the whole picture when it comes to CPU performance as they usually have multiple cores – independent processors that individually process data and instructions. This means that even though the clock speed of a single modern multi-processors is not that much faster than the older single-core CPUs, they can perform more instructions – and, thus, work faster – simply because the multiprocessor- chips can do much more in one clock cycle than single-core CPUs can.

Therefore, other factors need to be included in the benchmark tests. These features include:

  • Number of instructions executed – usually measured in GHz
  • Registry calls per cycle – the number of times a registry key is opened, read, and closed
  • General hardware proficiency factors – including its architecture and hardware build
  • Fan availability and/or temperature status – overheating has a negative effect on a processor and is something that would be caused by the failure of a fan
  • Energy efficiency – how much electricity is being used versus how much data is being processed and how much it affects the temperature
  • Raw processing power – how quickly data is being processed
  • Processing efficiency – how much data is being processed at the same time in each core, for example
  • Stress test – how long a CPU can process data efficiently and at full capacity

Once these aspects have been checked and their performance levels have been gauged, they will be compared against the benchmark values that are set by manufacturers of CPU units using the same tests. This will determine how good a processor’s performance is when compared to the standard.

How do you perform a CPU benchmark test?

Well, there are many ways you can test your processors’ performance using CPU benchmark test tools. Let’s have a look at a few:

PERFMON – Windows local command

PERFMON - Command line tool

PERFMON – a Windows CLI command – runs the Performance Monitor which can be used to monitor and analyze CPU performances and tasks like identifying network bottlenecks. But, the information on CPU and memory usage it offers can also be used for benchmarking.

All it takes to run this Windows command is to type PERFMON in the command-line interface (CLI):

PERFMON - WIN Command line

Or in the RUN dialog box:

PERFMON - RUN

Once the tool’s interface is running, the monitor can be found by navigating to:

Data Collector Sets -> System

Next, right-clicking System Performance then clicking Start gets the monitor running:

PERFMON - DashboardThe job starts running and collecting information which it stores in a report after running for 60 seconds.

PERFMON - Report

The report can be accessed by going to System – > System Performance and clicking on the computer’s name.

As can be seen from the report above, PERFMON paints a complete picture of the CPU (and many more devices).

SolarWinds Network Performance Monitor (FREE TRIAL)

SolarWinds is a well-known technology company that is famous for its network performance and administration software solutions. It doesn’t come as a surprise then that it also has a flagship Network Performance Monitor (NPM) solution that can be used to monitor CPU performance as well as that of other connected or peripheral devices.

SolarWinds Network Performance Monitor dashboard

NPM monitors, alerts, and reports on key CPU metrics like utilization load, temperature, and fan speed. It is a highly configurable tool allowing administrators to easily keep track of events and stay on top of issues.

Once all the information is captured and stored – in real-time, no less – the tool can convert it into graphs for easy consumption and a quick grasp of the situation at hand. The graphs and reports are interactive which makes understanding the information very easy and not just pleasant to look at.

SolarWinds have a free 30-day trial available for download.

SolarWinds Network Performance Monitor Download 30-day FREE Trial

Paessler CPU Monitoring with PRTG

CPU Monitoring with PRTG can help gauge CPU performance (as well as that of other components) in servers, routers, and switches.

Passler - Windows CPU Load sensor for testing

This benchmark tool can run on Windows, Linux, or macOS operating systems. It also comes with over 200 pre-configured sensors that can be customized as optimal points of reference. Thus, any divergence from these custom benchmarks can then be monitored while alerts can be sent out via SMS or email.

A few of the great features this tool has to offer include:

  • Windows Process Sensor: which is used to monitor processes and applications to get an insight into the ones that are causing lags or jams in a CPU
  • Windows CPU Load Sensor: a feature used to gauge and show the CPU’s usage of all its processors as well as total load in percent
  • SNMP Linux Load Average Sensor: this is the Linux and Unix systems version of the system load gauge which uses the SNMP (Simple Network Management Protocol)

The CPU Monitor is easy to install and use and is mobile-compatible. There is a 30-day free trial available from Paessler on their website.

Paessler CPU Monitoring with PRTG Download 30-day FREE Trial

CPU benchmark websites

Although there aren’t many of them, there are a few CPU benchmark websites on the Internet that perform online tests. One such site is CPU Expert.

Users can run the tool directly from the test page and get a result displayed at the end.

CPU EXPERT - Main

Of course, it is highly recommended to take these results with a grain of salt and use the other tools as a way of making sure they are accurate.

More CPU benchmark tools

Finally, and before we move on, we need to mention that there are other websites that offer CPU benchmarking tools but require users to download the tools before they can be used.

Needless to say, this is a risky thing to do – especially when the software hasn’t been vouched for – and we wouldn’t recommend that.

But, if you think you still want to go ahead and give it a try anyway, here are three popular websites you can go to find CPU benchmark tools:

  • Cinebench This is a free benchmark tool which is an ideal choice for people looking for an in-depth view of their hardware. With this tool – which is available for Windows and macOS systems – real-life scenarios are tested for more realistic performance analysis.
  • Novabench This is another popular and free CPU benchmark tool that also tests performances of several other hardware components. Once the test has run, the results are compared online with other similar systems. Included in the free version are GPU, memory, and disk read/write performance analysis.
  • Download SiSoftware This benchmark tool, also free, has just recently gotten an upgrade and, thus, added more to its already solid reputation. Apart from its regular CPU testing capabilities, it now features “remote analysis, benchmarking and diagnostic features for PCs, servers, mobile devices, and networks.” Unfortunately, this tool is currently only available for Windows systems.

All the free software tools we have just seen have premium versions that come with even more features that can be used to perform other in-depth tests.

Related: Best CPU Temperature Monitors

Once your choice for CPU benchmark tools is made…

Once the decision has been made as to which tools are to be used, all it takes to perform a CPU benchmark test is to run one – or more – of them and then find out if the processor is indeed performing as well as it should be.

If all is well and good, then great; if not, read on to find possible solutions before re-testing…

What do you do AFTER the results?

The final step in the CPU benchmark testing process is the issue resolution part: if there is a slow, clogged-up CPU, the only way forward is to unclog it.

The most plausible reasons for a slow or under-performing CPU – and the ways to resolve them – are:

  • Hung or looping processes: kill processes that are taking too long to finish. This is especially true if they have exceeded their normal running times.
  • Too many records to process: there is no point in submitting a huge number of records to be processed if it chokes the CPU and jams the whole process. Perhaps, the processing could be done in batches using scheduled tasks and after hours.
  • Misconfiguration of installed applications: sometimes applications may end up choking a CPU simply because they haven’t been configured correctly. Administrators should always make sure they follow setup instructions for an optimal configuration. Regular monitoring of CPU usage spikes and then tweaking the applications that cause them should eventually get rid of the problem.
  • Unneeded or bulky applications: any application or features that are not used often, if at all, need to be disabled or, better yet, uninstalled. This is particularly true for production servers that need as many resources as they can garner.
  • Getting a new CPU: if all fails, then perhaps the CPU has run its course and needs to be replaced; sometimes, there’s nothing to be done with a faulty processor except replacing it.

Finally, we shouldn’t forget that tracking CPU issues and fixing them is a non-stop process that needs to be done regularly on a schedule.