With the release of Windows 11, gamers have a sleek and modern operating system designed to enhance the gaming experience. However, to achieve the best performance from your games, it's essential to tweak a few settings and make some adjustments. Here’s a detailed guide on how to boost gaming performance on Windows 11.

Enable Game Mode

Windows 11 has a feature called Game Mode, which optimizes your PC for gaming by allocating more system resources to your games. By enabling game mode, the CPU (Central Processing Unit) and GPU (Graphics Processing Unit) will prioritize game performance, preventing updates and notifications from running and reducing background resource usage. To enable Game Mode:

1. Left-click on the Start button to bring up the Start menu. In the list of pinned apps on the Start menu, left-click on Settings.
   or
   Right-click on the Start button to bring up the Power User menu. Left-click on Settings.
2. In the left-hand column, left-click on Gaming.
3. In the right-hand column, left-click on Game Mode.
4. Toggle the Game Mode switch to the On position.

Adjust GPU Settings

Both NVIDIA and AMD provide dedicated software to optimize GPU (Graphics Processing Unit) settings. For NVIDIA users, the NVIDIA Control Panel lets you adjust settings for individual games, such as turning on or off specific features that can enhance performance. AMD users can use the Radeon Software for similar adjustments. Focusing on performance over quality in these applications can lead to a smoother gaming experience.

You will also find that if you have multiple monitors of the same make/model, the software from AMD and NVIDIA allows you to combine two or more displays into a single desktop. AMD Eyefinity works with AMD Radeon series GPUs, NVIDIA Mosaic works with RTX and Quadro series GPUs

Adjust virtual memory settings

Windows 11 uses a paging file as Virtual Memory to supplement physical RAM (Random Access Memory). When Windows 11 runs out of available RAM, it will move inactive apps to the Virtual Memory (paging file). You can adjust virtual memory settings to improve memory utilization.

How to manage Windows 11 Virtual Memory

Adjust visual effects

Windows 11 provides various visual effects that, while useful for general use, can drain resources during gaming. To adjust these settings:

1. Left-click on the Start button to bring up the Start menu. In the list of pinned apps on the Start menu, left-click on Settings.
   or
   Right-click on the Start button to bring up the Power User menu. Left-click on Settings.
2. In the left-hand column, left-click on System.
3. Scroll down the right-hand column and left-click on About.
4. In the right-hand column, left-click the Advanced system settings link.
5. The System Properties dialog box will appear, and the Advanced tab should be active. If not, left-click on it to bring it up.
6. Left-click on the Settings ... button in the Performance section.
7. The Performance Options dialog box should appear, and the Visual Effects tab should be active. If not, left-click on it to bring it up.

There are four (4) options:

• Let Windows choose what's best for my computer
• Adjust for best appearance
• Adjust for best performance
• Custom (allows you to select which visual effects to turn on or off manually)

Use an SSD for faster load times

When possible, use a Solid State Drive (SSD) rather than a traditional Hard Disk Drive (HDD) to install the operating system (Windows 11) and games. SSDs provide significantly faster load times, which can improve your overall gaming experience and reduce waiting times during game startups and level loads.

The optimal gaming system will have two (2) or more drives, one SSD for the OS and games, and one or more HDDs for storage/data. To save space on the drive with Windows installed, you can move your personal folders (Desktop, Documents, Downloads, Music, Pictures, and Videos) to a second drive (HDD).

How to change the location of personal folders in Windows 11

Use DirectStorage and Auto HDR

Windows 11 supports advanced gaming technologies such as DirectStorage and Auto HDR. DirectStorage simplifies loading large game assets, enabling faster load times and more detailed visuals. Auto HDR enhances games' color range and brightness, making them look better without a significant performance trade-off. Ensure these features are enabled in your settings for an optimal gaming experience.

DirectStorage is a new feature that improves game load times. It works automatically if your PC and game are compatible. You can quickly check if your PC supports DirectStorage: First, open the Game Bar by pressing the Windows logo key + G, select the Gear icon in the upper-right corner, then select More settings, then select Gaming Features. Auto HDR is a Windows 11 feature that automatically upgrades the color and brightness of Standard Dynamic Range (SDR) games to High Dynamic Range (HDR). This enhances the visual quality of games. To enable Auto HDR:

1. Left-click on the Start button to bring up the Start menu.
2. In the list of pinned apps on the Start menu, left-click on Settings (gear icon).
3. In the left-hand column, left-click on System.
4. In the right-hand column, left-click on Display.
5. In the right-hand column, left-click on HDR.

Here, you can toggle HDR on or off, adjust the HDR brightness, and toggle Auto HDR on or off.

Optimizing gaming performance in Windows 11 involves a combination of system settings, hardware considerations, and personal preferences. Following these tips and making the necessary adjustments can boost your gaming experience, allowing for smoother gameplay, faster load times, and a more enjoyable overall environment. Whether you’re a casual gamer or a competitive player, optimizing your setup will help unlock the full potential of your gaming rig in Windows 11.

In today's fast-paced world, technology is constantly evolving. With new software, games, and applications being released regularly, it's essential to have a computer that can keep up with the demands of modern computing. But how do you know when it's time to upgrade your computer?

Whether you use your computer for work, gaming, or browsing the web, several key indicators can help you determine when it's time to upgrade to a new system. Any or all of these indicators (Performance, Age, Productivity, Security, and Mobility) could be factored into your decision to upgrade your computer.

Performance

One of the most obvious signs that it's time to upgrade your computer is when it starts to slow down. If your computer takes forever to boot up, load applications, or respond to your commands, it may be a sign that your hardware is struggling to keep up with the demands of your software. Upgrading to a computer with a faster CPU (Central Processor Unit), more RAM (Random Access Memory), or an SSD (Solid State Drive) can improve performance and make your computing experience more enjoyable.

Age

Another important factor to consider is the age of your computer. As a general rule of thumb, most computers have a life span of about 3-5 years before showing signs of aging. If your computer is reaching this age, it may be a good idea to start thinking about upgrading to a newer model. Newer computers often come with improved hardware and features that can enhance your productivity and overall computing experience.

If you're an avid gamer, you may find that your current computer is no longer able to keep up with the demands of the latest games. As games become more graphically intensive and resource-hungry, older computers may struggle to provide a smooth and enjoyable gaming experience. Upgrading to a computer with a more powerful CPU and GPU (Graphic Processor Unit) ensures that you can continue to enjoy the latest games without having to compromise on performance or graphic quality.

Productivity

In addition to performance and age, it's crucial to consider the specific needs of your work or hobbies when contemplating an upgrade. If you find that your current computer is no longer able to handle the demands of your work, whether it's video editing, 3D rendering, or data analysis, it's a clear sign that an upgrade is in order. Investing in a computer with specialized hardware, such as a high-performance CPU or professional-grade GPU, can significantly improve your efficiency and productivity.

Security

Security is another important consideration when it comes to upgrading your computer. Older computers may be more vulnerable to security threats, as they may no longer receive regular updates and patches from the manufacturer. Upgrading to a newer computer ensures you have access to the latest security features and updates, helping keep your personal and professional data safe from cyber threats.

With the End-of-Life (EOL) approaching for Windows 10 (10/15/25), there will be quite a few computers that do not meet the requirements to upgrade to Windows 11. Once Windows 10 hits EOL, Microsoft will no longer release security patches or hotfixes. These systems may still function correctly but will be more susceptible to newer security flaws.

Mobility

Finally, if your current laptop no longer meets your needs in terms of portability, battery life, or display quality, it may be time to consider upgrading to a more modern and feature-rich system. Newer laptop computers often come with improved battery life, higher-resolution displays, and lightweight designs that can enhance your on-the-go computing experience.

In conclusion, several key indicators can help you determine when it's time to upgrade your computer. Whether it's slowing performance, aging hardware, specific work or gaming needs, security concerns, or a desire for improved portability and features, upgrading to a newer computer can help to ensure that you have the power and capabilities you need to stay productive and entertained in today's fast-paced digital world.

Was your computer manufactured between 2018 and 2021 and still running Windows 10 because you have yet to be prompted to upgrade to Windows 11? If so, it could be Windows 11 compatible and needs a feature turned on. Here is how to enable the Trusted Platform Module (TPM) in your computer.

One of the services we offer is to perform a clean installation of Windows. When doing clean installs, I find that most systems manufactured between 2018 and 2021 do not have the TPM enabled. Once I enable the TPM, I usually will do a clean installation of Windows 11 instead of Windows 10.

So, what is the TPM? The TPM is a microchip that provides hardware-based security functions. It is designed to provide a secure foundation for various security-related functions, such as BitLocker drive encryption, Windows Hello, secure boot, and more. By providing a secure environment for sensitive operations, TPM helps protect the system's integrity and the data's confidentiality.

The first version of the TPM, 1.2, started to appear in computers in 2006 and was a dedicated chip. TPM version 2.0 (the version required by Windows 11) began to appear in computers in 2018 and is a firmware extension of the CPU (Central Processing Unit). Between 2018 and 2021, the TPM function of most computers was turned off by default, as no version of Windows required it.

Then, in 2021, Microsoft released Windows 11 and changed the hardware requirements for Windows. Windows 11 now requires a TPM version 2.0 for Windows 11 to be installed. There were registry hacks and other ways to get around it, but Microsoft quickly patched those flaws.

So, the first thing you need to do is find out the status of the TPM inside Windows 10. By bringing up the TPM Management console, you can see if a TPM is enabled and what version it is. To open the TPM Management console, perform either of the following:

• Open a RUN dialog box by pressing the Windows logo key + R, type tpm.msc in the Open field, and left-click on OK.
  or
• Open a search box by pressing the Windows logo key + S, type tpm.msc, and choose tpm.msc Microsoft Common Console Document.

Once the TPM Management console appears, it will tell you if a TPM is enabled and what version it is.

If it states that a compatible TPM could not be found, you will have to either research the system/motherboard specifications online or boot your computer into the BIOS (Basic Input/Output System) / UEFI (Unified Extensible Firmware Interface).

Now, before you research online or boot into the BIOS/UEFI, let's talk about what you will be looking for. The CPU manufacturers (Intel and AMD) have different names for implementing the TPM firmware extensions.

• The TPM extension inside Intel processors is called Platform Trust Technology (PTT).
• The TPM extension inside AMD processors is called Firmware TPM (fTPM).

The quickest and easiest way to check for a TPM is to boot your computer into the BIOS/UEFI. This may take several tries, as interrupting the booting cycle for your computer can be challenging. If you don't interrupt the boot process the first time, just let the computer boot to the login screen and restart it.

1. Restart your computer and access the BIOS/UEFI settings. The method to access these settings varies depending on the manufacturer of your computer. Typically, you can access the BIOS/UEFI settings by pressing a specific key (such as F2, F10, or Del) during the boot process. Most of the time, pressing either the F2 or the Del key rapidly when the splash screen (the manufacturer logo) appears will get you into the BIOS/UEFI settings. Consult your computer's manual or the manufacturer's website for specific instructions.
2. Once in the BIOS/UEFI settings, navigate to the Security or Advanced tab. Look for an option related to TPM or Security. The wording may vary depending on the manufacturer. Remember to look for PTT in systems with Intel processors and fTPM for systems with AMD processors.
3. Enable the TPM feature and save the changes before exiting the BIOS/UEFI settings. Your computer will restart.
4. After enabling TPM in the BIOS/UEFI settings, you can verify that it is enabled in Windows 10 by opening the TPM Management console (as previously outlined). It should now show that TPM is enabled.

Once the TPM is enabled, you can wait for Windows Update to offer the Windows 11 upgrade or manually upgrade Windows 10 to Windows 11. Enabling the Trusted Platform Module on computers manufactured between 2018 and 2021 running Windows 10 is an important step towards being able to upgrade to Windows 11. By following the steps outlined in this article, users can verify the presence and version of a TPM and enable it in the BIOS/UEFI.

Are you looking for ways to keep your computer running smoothly and prevent overheating? The CPU (Central Processing Unit) cooler is a critical component that plays a significant role in keeping your computer cool. Choosing the right cooler that meets your needs and keeps your system from overheating is essential. In this article, we'll explore some tips for selecting the right CPU cooler for your custom-built computer.

Shopping for a CPU cooler can be a daunting task due to the overwhelming number of options available. To choose the right CPU cooler, you will need to take into consideration the type of CPU, available space, noise level, and whether you prefer an air or liquid cooler. Aesthetics may also play a role in your decision. Let's look at some of the things you must consider when choosing the right CPU cooler.

Compatibility and size: The first thing to consider in choosing the right CPU cooler for your custom-built computer is compatibility. Most CPU coolers will fit the majority of motherboards on the market, but if the CPU is relatively new, the coolers that support it may be limited.

The second thing you need to consider is the size of the CPU cooler. With CPU coolers, you must look at the space required for the heatsink (air) or radiator (liquid). For air coolers, is there enough room between the CPU on the motherboard and the side panel on the case? For liquid coolers, is there enough room in the case for a radiator and fan assembly?

Air or liquid: When it comes to CPU cooling, there are two (2) primary options: air or liquid cooling. Air coolers use fans to circulate air over a heatsink, while liquid coolers use a closed-loop system to circulate coolant over the CPU and through the radiator. While both options can provide excellent cooling performance, liquid cooling is typically more efficient and quieter than air cooling.

Now, some CPUs will come with a standard air cooler included. These work perfectly fine for surfing the web or checking email, but if you plan on putting the CPU under a heavy load, an air cooler with a larger heatsink or liquid cooler might be the best bet.

Many years ago, Intel used to have different warranty periods for CPUs that came with and without their cooler (3 years with / 1 year without), so checking the warranty coverage is recommended. Also, remember that liquid cooling can be more expensive and challenging to install, so it's essential to weigh the pros and cons before making a decision.

With liquid cooling, there are two (2) types of systems: All-In-One (AIO) or a custom loop. AIOs are sealed and are not serviceable.

Custom loops are open and can be serviced.

AIOs are easier to install but can not have any of the parts repaired or coolant replaced. Custom loops can be repaired, and coolant can be replaced, but use hard acrylic lines that must be cut and bent to the specific application.

Noise levels: The noise level is another critical factor to consider when choosing a CPU cooler. Some coolers can be loud, especially if you over-clock your CPU, which can be distracting and annoying when trying to work or play games. If you're looking for a quieter option, consider a liquid cooler or a low-noise air cooler. Be sure to check the specifications and reviews to get an idea of how loud a particular cooler is before making a purchase.

Remember that an air cooler with a large heatsink and multiple fans or a liquid cooler with a large radiator and multiple fans will cool much better than the manufacturer cooler. But with more fans comes more noise, so check the specifications of any cooler you are looking to purchase.

Cooling performance: One of the most important factors to consider when choosing a CPU cooler is the cooling performance. The cooler's ability to dissipate heat from the CPU significantly affects the overall system temperature. A high-performance cooler will keep your CPU running at optimal temperatures, which can improve system stability and prevent damage to your components.

Be sure to look for coolers with a high thermal efficiency rating and a high airflow rate for maximum cooling performance. Remember that with a large surface area, like with a large heatsink or radiator, you will get better cooling performance. And with plenty of airflow, your CPU will keep its cool even when throttled to the max.

Your budget: Finally, it's essential to consider your budget when choosing a CPU cooler. CPU coolers can range in price from as little as $20 to as much as $200 or more. While more expensive coolers may provide better cooling performance, they may not be necessary for your system. Be sure to weigh the features and benefits of each cooler against its price to find the best option for your needs and budget.

In conclusion, choosing the right CPU cooler for your computer is critical to keeping your system running smoothly and preventing overheating. By considering factors such as compatibility and size, air or liquid cooling, noise levels, cooling performance, and budget, you can find the perfect cooler to meet your needs and keep your computer cool. Be sure to do your research, read reviews, and compare options to make an informed decision and keep your computer running at its best.

Whether you are building a new computer or replacing/upgrading your existing one, one of the most important considerations is the Power Supply Unit (PSU). PSUs are vital, as they provide the necessary energy for each component to operate efficiently while ensuring system stability and longevity. Here's a comprehensive guide on how to estimate the power required for your custom-built computer.

Before diving into calculations, it's essential to understand what contributes to a computer's total power consumption. Each component in your build, such as the CPU, GPU, motherboard, RAM, storage devices, and peripheral components, draws a certain amount of power during operation. The total power consumption of the system will influence the size of the PSU you need to purchase.

List your components

Begin by listing all the components you plan to include in your build. The primary components typically consist of:

• Central Processing Unit (CPU): The power requirement varies significantly among different models. Check the manufacturer's specifications (Thermal Design Power (TDP)) for this value.
• Graphic Processing Unit (GPU): This is often the most significant power consumer in a modern gaming PC. Again, manufacturers provide TDP ratings for graphics cards.
• Motherboard: While motherboards consume less power compared to CPUs and GPUs, it's still necessary to account for this.
• Memory (RAM): Each stick typically consumes between 2 and 5 watts of power.
• Storage: SSDs consume less power than HDDs, but still contribute to overall power consumption.
• Cooling systems: Fans and liquid cooling systems also draw power.
• Peripherals: Keyboards, mice, and other peripherals (especially lighting effects) can add to the power requirement.

Use an online PSU calculator

Using an online power supply calculator can simplify the process of estimating your total power needs. Various websites, see links below, offer interactive tools where you can input your components. These calculators take into consideration the specifications you provide and offer estimates based on average power consumption, including some headroom for future upgrades and peak loads.

Now, some online power supply calculators can estimate the power requirements given the specifications of the components. You can use these websites to calculate a rough estimate of the amount of power your computer will require. Here are a few online power supply calculators.

Newegg - Power Supply Calculator

PC builds - Power Supply Calculator

Cooler Master - Power Supply Calculator

Once you have a rough estimate of the power requirements for your components, add some extra headroom to ensure stable and reliable performance. A good rule of thumb is to choose a PSU that can provide at least 20 - 30% more power than your estimated requirements.

Calculate total wattage

If you prefer a manual method, follow these steps to calculate your system's wattage:

1. Find power ratings: Look up the power requirements for each component (generally available on manufacturer websites or retail listings). Write them down.
2. Total up power consumption: Sum the power ratings from each component.
   For example:
   - CPU: 95 watts
   - GPU: 300 watts
   - Motherboard: 75 watts
   - RAM: 16 watts (2 sticks x 8 watts each)
   - Storage: 10 watts (SSD and HDD combined)
   - Cooling: 20 watts (for 4 fans)
   Total power consumption = 95 + 300 + 75 + 16 + 10 + 20 = 516 watts
3. Add overhead: It's essential to add a safety margin to ensure stable performance. It is common practice is to add about 20-30% more power on top of your total wattage. This might look like:
   516 watts x 1.3 = 670.8 watts

Therefore, a 750-watt PSU would be a safe choice.

Consider efficiency ratings

When selecting a PSU, consider the efficiency rating, which indicates how well a power supply converts AC power from the wall outlet into DC power for the computer. PSUs are rated based on efficiency standards, such as the 80 PLUS standard. Here are the tiers:

• 80 PLUS Bronze: 82% efficiency at 20% and 100% load, 85% at 50% load.
• 80 PLUS Silver: 85% efficiency at 20% and 100% load, 88% at 50% load.
• 80 PLUS Gold: 87% efficiency at 20% and 100% load, 90% at 50% load.
• 80 PLUS Platinum: 90% efficiency at 20% and 100% load, 92% at 50% load.
• 80 PLUS Titanium: 90% efficiency at 10% and 100% load, 94% at 20% load.

Selecting a more efficient PSU can allow you to choose a PSU with slightly lower wattage, as it operates more effectively under load.

Plan for future upgrades

If you plan to upgrade your system in the coming years (e.g., adding more storage or upgrading your GPU), consider purchasing a PSU with a higher wattage than what you currently need. This foresight can save you money in the long run.

Estimating the power required for your custom-built computer is vital for ensuring system stability and efficiency. By carefully listing out your components, using online calculators or manual calculations, taking into account efficiency ratings, and planning for future upgrades, you can select the most suitable PSU for your build. A robust and reliable power supply is the backbone of any custom PC, and making the right choice can enhance not just performance, but also the longevity of your components.