In a business environment, you need a monitoring tool that will help quickly identify the root cause of an issue. To find the root cause you need to monitor all server resources to track performance, capacity planning and to potential hardware issues.
A premium server monitoring tool should include all of these features. To find the best solution that fits your needs I recommend you download a trial of multiple products to see what works best for you. When monitoring a server or any critical device you must monitor the CPU usage. I like to see on my dashboard the top 10 systems by CPU usage. This is a quick way to see current CPU usage and spot any potential issue. Then I can click on one of the systems to get more details. The next biggest performance killer is memory utilization.
This lets you easily identify exactly what is consuming all the memory on your servers. Sometimes vendors or other admins will say they need some ridiculous amount of memory on their server. I always recommend starting at a minimum amount of RAM then adding more if it is needed. Most of the time I never need to add the amount of memory that is requested. If it is ever a question I can show them the monitoring reports to prove the server or application does not need the crazy amount of resources that they are requesting.
I can quickly pull up the memory usage on any node being monitored. If someone asks about poor performance or requesting more memory I can look at the graphs and easily see if it needs more memory or not. If your server runs out of disk space then the server and applications will stop running.
Not good. Slow running applications can be due to slow storage systems. All of these reasons are a good reason you should be monitoring your storage systems. Knowing how much traffic is flowing in and out of your servers is another must have feature. When monitoring servers I always monitor the network interface cards on them so I can track how much data is being sent and received.
If someone reports a service or application being slow I can check the servers network interface to see how much traffic is going through the server. This makes it easy to determine if its a server issue or a network issue.
On my dashboard, I like to have a list of the top 10 interfaces by network traffic. This gives a quick overview of the top nodes by traffic on the network. The server monitoring tool you pick should have the ability to record performance metrics for up to 30 days. By having historical performance logs you can go back to specific dates or time frames and see the performance of your servers. You can see over the last 24 hours this server CPU usage is very high but memory usage seems fine.
You need a solution that can alert and send you a notification through email or text messaging. There is a free version of SysGauge that supports up to 10 monitors and profiles. You can download SysGauge.
Hardware monitoring is the only way to safeguard against the failure of a device. These tools each have their own dashboards to oversee hardware performance metrics and an alerts system to compliment real-time monitoring efforts.
Whether you are an SME or a large organization, both tools have the bandwidth to manage hardware performance at scale. Open Hardware Monitor is safe. The purpose of the software only checks the physical statuses of the monitored device and does not tough data files or interact with software services.
Server performance problems can be caused by faults with applications, services, and software as well as physical issues. CPU temp is a typical hardware status that most server monitors will cover. When looking into different server monitoring packages, make sure the tool you are interested in is specifically a hardware monitor rather than an application monitor. If it is a server hardware monitor, it should monitor CPU temp. This site uses Akismet to reduce spam.
Learn how your comment data is processed. Comparitech uses cookies. More info. Menu Close. We are reader supported and may receive a commission when you make purchases using the links on our site. Are you looking at ways to detect and troubleshoot hardware issues before they become business liabilities? We've scoured the web and put together a list of the best PC and hardware monitoring software to keep you on top of aging and failing network components.
Tim Keary Network administration expert. Runs on Windows Server and can monitor CPU, memory, disk space, fan speed, and power supply and app performance to keep you on top of aging hardware.
Start day free trial. Installs on Windows Server and Linux. This package also includes processes for managing software and it is a SaaS platform. Paessler PRTG Network Monitor A unified network, server, and application monitoring tool that can be fine-tuned by selecting which hardware monitoring sensors to turn on.
The software can be installed on Windows Server and Linux. Atera A cloud-based system monitoring and management package aimed at managed service providers that can monitor hardware throughout a network. Zabbix A free, open-source infrastructure monitor with an attractive interface.
Installs on Linux. Available in free and paid versions. Runs on Windows. Open Hardware Monitor Free, open-source hardware monitor software that installs on Windows and Linux. Monitis A server monitor with some great status visualizations. SysGauge Reports on the statuses of all equipment that is connected to the network. The best hardware monitoring software — includes PC Hardware monitoring software provides you with a centralized platform to monitor the health and performance of connected devices.
What should you look for in PC and hardware monitoring software? We reviewed the market for PC and hardware monitoring software and analyzed the options based on the following criteria: A system that includes device discovery routines that relaunch constantly A software scanning tool that creates an inventory Constant availability checks for all devices connected to a network Options for remote management across the internet Event logging features for data protection standards compliance A free trial period or money-back guarantee for assessment A good mix of tools that reduces costs and justifies its price.
Pros: Intuitive interface can scale and monitor devices at an enterprise level Monitors granular details like clock speed and fans speed, often not found in other solutions Supports virtual hardware monitoring as well as cloud-based services Leverages autodiscover to quickly find devices Simple and fast setup, even for larger networks Built-in graphing tracks usage historically and in real-time.
Cons: Built for networking professionals in a business setting, not for home users or hobbyists with a single machine. Pros: Offers autodiscovery to immediately maps and discover new devices Has a free version, great for smaller networks or more in-depth trials Detailed reporting is easy to use and highly customizable Detailed filtering options for historical data analysis Capacity tracking helps sysadmin track inventory and makes networks changes based on usage.
Cons: Can take time to fully learn and utilize all features in the platform. Pros: Streamlined cloud deployment allows for quick onboarding with no hardware cost Supports both individual devices as well as total networking device monitoring Has one of the most intuitive user interfaces Live network mapping can help visualize more complicated networks of devices Preconfigured templates make device monitoring quick and works well out of the box Advanced filters can help narrow down and filter a wide range of devices on large networks.
Cons: Would like to see a longer trial period. Pros: An included ticketing system for task allocation and goal monitoring A service that automatically watches over acceptable system performance A notification service that is based on adjustable resource usage thresholds A package of network, endpoint, and software monitors The ability to monitor multiple sites simultaneously.
Cons: Not ideal for monitoring Linux devices. Pros: Offers hardware monitoring as well as network and application monitoring Sensors are highly configurable, allowing for monitoring of custom-built devices Freeware version supports sensors Pricing is based on sensors in use, making it a good fit for both small and large networks Autodiscovery makes mapping large networks with lots of devices fast and efficient.
Cons: Is designed for network professionals, can take time to learn all features offered on the platform. Cons: Better suited for larger networks, not the best fit for home users. Pros: Cloud-based monitoring lowers costs and avoids complicated onboarding Browser-based dashboard is accessible from virtually anywhere Offers additional features like PSA and RMM, making it a good fit for managed service providers Can group devices and monitoring reports to be filtered by client.
Cons: Could use more integration options Could implement better device inventory management. Pros: Can track metrics such as network connectivity, power consumption, temperature, and disk metrics providing a holistic look into the health of the device Wide variety of alerting options, SMS, email, third party integration Open-source transparent project. Cons: Open-source version lacks paid support options, reliant on community for bug fixes User interface can feel crowded when tracking a large number of devices Only available for Linux machines.
Pros: Very simple lightweight tool Populates data in real-time almost immediately Good option for single machines or home use Can log metrics for long term testing.
Here is my list of the top 10 features a server hardware monitoring tool should have. In a business environment, you need a monitoring tool that will help quickly identify the root cause of an issue. To find the root cause you need to monitor all server resources to track performance, capacity planning and to potential hardware issues.
A premium server monitoring tool should include all of these features. To find the best solution that fits your needs I recommend you download a trial of multiple products to see what works best for you. When monitoring a server or any critical device you must monitor the CPU usage. I like to see on my dashboard the top 10 systems by CPU usage.
This is a quick way to see current CPU usage and spot any potential issue. Then I can click on one of the systems to get more details.
The next biggest performance killer is memory utilization. This lets you easily identify exactly what is consuming all the memory on your servers. Sometimes vendors or other admins will say they need some ridiculous amount of memory on their server. I always recommend starting at a minimum amount of RAM then adding more if it is needed. Most of the time I never need to add the amount of memory that is requested. If it is ever a question I can show them the monitoring reports to prove the server or application does not need the crazy amount of resources that they are requesting.
I can quickly pull up the memory usage on any node being monitored. If someone asks about poor performance or requesting more memory I can look at the graphs and easily see if it needs more memory or not. If your server runs out of disk space then the server and applications will stop running. Not good. Slow running applications can be due to slow storage systems.
All of these reasons are a good reason you should be monitoring your storage systems. Knowing how much traffic is flowing in and out of your servers is another must have feature. When monitoring servers I always monitor the network interface cards on them so I can track how much data is being sent and received. If someone reports a service or application being slow I can check the servers network interface to see how much traffic is going through the server. This makes it easy to determine if its a server issue or a network issue.
On my dashboard, I like to have a list of the top 10 interfaces by network traffic. This gives a quick overview of the top nodes by traffic on the network. The server monitoring tool you pick should have the ability to record performance metrics for up to 30 days.
By having historical performance logs you can go back to specific dates or time frames and see the performance of your servers. You can see over the last 24 hours this server CPU usage is very high but memory usage seems fine. With these tools installed in your system, you can prevent your computer from Overheating. Additionally, you can also use it to check CPU temperature , control fan speed.
All of these are resource monitors are free, reliable, and support Windows 10 and 7. These tools will help you monitor system hardware instantly. The Performance Monitor for Windows 10 is a graphical desktop widget that places four system monitoring graphs on a desktop. This PC performance monitoring software is lightweight, consumes less space on the hard drive.
This tool provides information in multiple colored graphs, making it easier for users to know which PC component is getting more warmed up. You can also download Performance monitor portable version which is free. Open Hardware Monitor is another open-source Windows hardware monitoring software that monitors CPU load, temperature, fan speed, voltage, and clock speed.
This tool uses the list format to display the system performance of these elements. You can also download this hardware monitoring tool in Linux for free. As an open-source product, Open Hardware Monitor is cost-free and easy to install.
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