Now that we’ve covered many of the causes, what about the effect you can have on your computer’s speed? There are many solutions that are worth considering, so let’s now dive in and highlight a swath of them for your convenience. We call this “spinning rust” syndrome! What Can You Do to Speed Up Your Computer? ![]() Mechanical drives are slower, far less reliable, and way more susceptible to damage. If you’re using an older mechanical hard drive or recently installed one because it was cheap, you’re effectively crippling the performance of your computer. Your hard drive is another factor when it comes to speed and system efficiency. The more applications you allow idling in the background, the more that are taking sips – or great gulps – of your system’s performance, meaning that you have less to work with. The same goes for peripheral software like that from Razer for mice and keyboards, or that for printer updates, video calling software on standby, and much more. Background BloatĪlienware Command Center or something similar running in the background for your monitor? Check your CPU usage via Task Manager if you’re on Windows, and you may be shocked to see that it’s in the 80 to 90 percent range. Of course, you might actually need all of these tabs open, and it may be easier to leave them active than constantly re-open them, so this could be a necessary evil. If you are on sites that are especially resource-intensive, like Figma or YouTube, for instance, then this will compound the issue and slow your system down further. It’s even worse if you have a dozen tabs open, which can demand half of your available memory or more in no time. Most users tend to stick to Google Chrome, but it’s also a RAM hog unlike anything else out there. Of course, you could (and should) upgrade to faster memory when it’s outdated to get the most out of your system, so long as your motherboard supports it. Most ultrabooks include faster LPDDR4 RAM nowadays or even LPDDR5 to ensure sufficient speed for tasks that aren’t graphically demanding (in which case a graphics processing unit, otherwise known as a GPU, will be required as built-in internal graphics are typically underpowered).ĭesktop-class systems tend to have standard DDR4 or newer when it comes to RAM if you buy one at the local big box store today, which isn’t throttled for thermal and performance concerns (and therefore not “low-powered”). ![]() Low-powered (LP) DDR3 RAM will invariably result in sluggish performance and slowdown if you do anything remotely demanding, especially if you only have eight gigabytes of RAM installed. Random-access memory (RAM) is one of the most significant drivers of system performance, and it comes in different speeds. In some cases, a complete reformat is required to eradicate the threat. Viruses can hog resources, manipulate code, and cause serious performance issues to your system. This is true on Mac OS, Windows, Linux, and every other operating system that comes to mind. There are wide varieties of cyber threats, but malicious code that infects your system remains a tangible threat. This is done to help regulate the operating temperature and prevent damage or even failure of the CPU. If you’re overworking your CPU, it will heat up to the point where built-in failsafe measures kick in to throttle down performance. This is why graphics-intensive and even multi-tab Chrome workflows need more cores and threads. CPUs have a set number of cores, and the more you have, the more efficient and responsive your system as a whole will be if your CPU is relatively recent. If you have a central processing unit (CPU) that is a few years old, especially if you’re on Intel and not ARM-based architecture, then it’s likely a bit long in the tooth. With this in mind, here are the most common causes of slowdown: CPU Throttling From opening Photoshop to booting up Slack or drafting in Word, every action relies on a string of commands – and connected components – that make it all happen. ![]() What Are the Main Causes of a Slow Computer?Ī computer is a complex machine with all sorts of hardware and software components that interface with one another to achieve the desired effect from the user. Let’s take a look at the various ways you can make your system snappier and more satisfying to use. If you’re wondering how to speed up your computer, there are plenty of ways, regardless of whether you have a soldered-everything ultrabook or a fully modular, custom-built PC. Alternatively, what if your team has upgraded to new, more powerful software that is more demanding on your hardware? Will your current components need to be swapped out for upgraded ones? Unfortunately, this isn’t the case if your processor is throttling at 100%, your RAM is maxed out, or if there are other issues behind a system slowdown. Now more than ever, folks rely on being able to use a reliable computer.
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