How often do you feel frustrated with your computer acting up, being slow, freezing up? This list does not cover all the reasons, but it should give you a head start on understanding what causes slow performance when it comes to a personal computers – specifically Windows-based machines. You should get some useful tips (and we’ll use a common-sense approach when discussing them.)
What is a Boot? What’s a Reboot? Is it the same process as a Start and Restart? There are lots of explanations, definitions, and plain nonsense. Some are great valid technical definitions hard to digest for someone not involved in IT. I’ll give you the super easy answers.
First of all, Boot and Reboot is the same as Start and Restart. Just more “technically inclined” of a phrase.
Boot/Start is when you turn your computer ON after it was off for a while.
Reboot/Restart is when your computer was already on, and you are manually choosing to reboot it again.
Boot/Start process loads an operating system and starts the initial processes, from the powered-off state.
Reboot/Restart process is usually required after activities that affect functionality: installing, uninstalling, implementing Windows updates, etc. make changes to the PC’s registry and after reboot Windows runs the PC with the new registry entries. ( This is not necessarily the same as a Reset, in which case the BIOS data may not be reloaded.)
It comes down to organizational skills and discipline. Consider this: very few of the software installations and updates do not require a restart, while others do – and often (Adobe in particular drives me a bit crazy with their updates.) Some of the changes require a force restart, while others just “request” a restart now versus a restart later. And lets be honest, sometimes users like you and me brush it off because we are eager beavers – we have things to do, emails to send and want to save some time now, meaning to restart the computer later… And sometimes that “later” takes place A LOT later. In the meanwhile, there is some unfinished business going on within the PC, especially when multiple updates, patches, and ignored restart requests are being mounted on top of each other.
We have to remember that all of the activities mentioned earlier (installing, uninstalling, etc.) will benefit from a Reboot/Restart. It will make the PC to clear the cache, clear RAM (Random-Access Memory, a form of computer data storage your PC needs to operate properly), and force a new registry read, “tuning” your computer up a bit.
Practical Advice: Remember not to arbitrarily shut your computer off from the power source. Use cold reboot only if all else fails – improper shutdown is the main cause of disc corruption, and should not be commonly used. Perform aWarm Reboot – Go to Start > Turn Off your Computer > Restart. If you want to be super-sure, go to Start > Turn Off your Computer > Turn Off, and Boot computer manually after a reasonable period of time – 10-20 seconds.
Free hard drive space is simply the amount of space on the hard drive that can be written to and that isn’t in use. While free space is used to stores files and data, it is also functions to allow swap file space and virtual memory required for the programs to operate, for example, while creating temporary files.
Practical Advice: Verify that there is at least 20% of free hard drive space, and increase, when possible.
There are several causes for the hard drive to get corrupted. the most obvious being an improper shut down. Many of us don’t take care of this fact and wonder what could go wrong with an improper shut down. But the truth is that most of the time, the sole reason for corrupted hard drives continues to be a sudden switching off the power supply of the computer. Again, consider the situation, that you are having problems with one of your hard disks and there are chances that it is corrupted. May be the reason is a computer virus, but scanning a corrupted drive, can only further complicate the process of recovering the data later. Avoid scanning a corrupted computer hard drive. Let’s get into a little more detail. When we format our hard disk for the first time, we select one of the file allocation systems, FAT or NTFS. Of course, if you are using Linux, then you will be using ext1, ext2, ext3, etc. Let us consider that while formatting your hard disk, you had selected the FAT 32 format. The FAT (File Allocation Table) is nothing but a database that stores the respective address of each file in your system. A corrupted disk drive may simply mean that the FAT in your system has got corrupted and the computer processor is thus unable to access the files that you want.
Practical Advice: Diagnose and repair your hard drive. (Note, do not do it yourself if you are not familiar with the process described below. Ask a professional IT Tech to assist).
Remove or disable any startup programs that automatically start each time the computer boots. If you you have a security utility, malware and spyware protection program or an antivirus scanner on the computer, set it up not to scan your computer in the background. Often when these programs begin to scan the computer it can decrease the overall performance of your computer.
Practical Advice: To see what programs are running in the background and how much memory and CPU they are using open Task Manager. Establish a schedule to run your security and other programs that require scanning of your hard drive when you have the lowest activity on the computer.
If you suspect your PC has been infected (read our Top 10 Computer Virus Symptoms Checklist), you need to scan your PC. Today, spyware and other malware is a big cause of many computer problems including a slow computer. Even if an antivirus scanner is installed on the computer we recommend running a malware scan on the computer.
Practical Advice: Try the free or trial versions of antivirus to scan your computer for malware.
A hardware conflict occurs when two devices try to use the same resource, such as an IRQ or memory address, producing an error. For example, if a hardware device in the computer shares the same IO port as another device that would result in a hardware conflict. In modern day hardware conflicts are less common because by using plug-n-play (PnP) manages each of the hardware devices installed in the computer for the user.
Practical Advice: Use your computer’s Device Managerto verify that your computer has no hardware conflicts and to troubleshoot, if necessary. If any exist resolve these issues as they could be the cause of your problem:
If the problem seems to have been fixed, start adding devices one-by-one. Hopefully problem will not reappear; if it does, reconfigure that device so that the conflict is eliminated, as in step 2 above.
Practical Advice: Link for Windows users – more information about Windows Update
The processor is one of the most energy-intensive and literallyhottest components. The electrical current constantly passing through the circuits of a CPU creates heat. ( The temperature of your CPU depends on the model and its usage.) Make sure your computer and processor is not overheating. Excessive heat can cause a significant decrease in computer performance some processors will even lower the speed of the processor automatically to help compensate for the heat related issues. The optimal temperature range of a CPU generally resides between 70 and 90 degrees Celsius in modern
processors. The smaller the computer, the higher the temperature. Without a fan, some computers may suffer irreparable damage. Make sure your computer’s fan is not flawed, you can also add more fans in addition to your regular power-supply fan.
Practical Advice: Most motherboard manufacturers include CPU temperature-monitoring software. If you are not sure if you have one, contact your computer manufacturer.
Another reason for overheating on your computer, which can also cause a computer to overheat. Make sure your computer case is clean and fans are not obstructed.
Practical Advice: Use common sense when cleaning your computer
If you’ve had your computer for more than one year it’s likely you’re computer is not meeting the memory requirements for today. Today, we suggest at a minimum the computer have 1GB of memory.
To determine the amount of available system resources, including memory, and performance/usage, open the Task Manager. In the Processes tab you will be able to see what programs are using what resources. In the Performance tab you will have can see an overall picture of all the system resources.
Practical Advice: Find out how much memory you have, then check your computer manufacturer’s website to determine whether there are open memory slots on the motherboard. Compare your current memory with the maximum. From here, you can
If your computer is older than five years come to terms that it is likely the age of the computer that is causing it to be slow. Computers progress at an alarming rate as new programs and updates for programs come out their minimum requirements increase and will cause older computers to slow down. If your computer is older than five years we suggest purchasing a new computer or just realize it is going to run slow because it is old.
Practical Advice: Buy a new computer – but consult with IT professional about buying a new PC BEFORE heading to the store.
Finally, if your computer continues to be slow after going over each of the above recommendations it’s possible that your computer is experiencing a more serious hardware related issue such as a failing component in the computer. This could be a failing or bad hard drive, CPU, RAM. In this case it may be best and more cost effective to simply buy a new computer…