How to speed up your PC games without buying new hardware

[nsane.forums]

Swapping out old hardware for better, faster components is a surefire way to improve gaming graphics. But despite what stereotypes may lead you to believe, not everyone who prefers PC gaming to consoles has an infinite supply of cash to drop on the latest graphics cards.

Well, I'm here to clue you in on a little secret: You can greatly enhance the frame rates of your favorite PC gaming titles without spending a dime on new hardware.

Don't get me wrong, processor and graphics card upgrades are often sound investments. But if your PC's performance is getting a bit sluggish on newer titles, try these tips before you run to the store to buy a new video card. Your wallet will be happy you did.

Upgrade graphics drivers

One of the single most important things a gamer can do to ensure the best gaming performance is to install the latest drivers for his or her graphics card. If you’re a gamer, we’re going to assume you’ve got either an NVIDIA GeForce or AMD Radeon-based graphics card. If so, both NVIDIA and AMD offer the latest drivers for their GPUs on their respective websites:

NVIDIA - http://www.geforce.com/drivers

AMD - http://support.amd.com/us/Pages/AMDSupportHub.aspx

Do not rely on the disc that came with your graphics card or the drivers that may be offered by Windows Update. NVIDIA and AMD are constantly updating drivers to enhance performance, fix graphical anomalies, and improve game compatibility. That last point is especially important if you like to grab the latest games as soon as they hit store shelves. If you’re running a game that just came out with an outdated set of graphics drivers that are many months old, you’re likely leaving a ton of performance on the table—if the game even runs properly in the first place.

The reference drivers offered on NVIDIA’s and AMD’s websites will be compatible with virtually every consumer-class graphics card based on one of the company’s GPUs. The reference drivers always incorporate the latest bug fixes and performance enhancements and should be updated regularly. At the very least, upgrade to the latest drivers whenever you pick up a new game, especially if it’s unstable or you see strange graphical glitches.

Tweak graphics driver settings

The gaming settings in AMD's Catalyst Control Center.

After downloading and installing the latest drivers though, there are a few settings worth tweaking that will improve game performance. Please note, however, that some of the settings may have an adverse effect on image quality. That’s typically how it goes; reducing the image quality level increases a game’s performance.

In your graphics driver’s control panel, there will be a group of settings strictly associated with 3D gaming. Look in the Manage 3D Settings menu in NVIDIA’s GeForce drivers and in the Gaming section of AMD’s Catalyst driver suite. In these menus, you’ll see a group of options related to texture filtering (which sharpens and cleans up mapped textured), antialiasing (which reduces jaggies on hard edges), Vertical Sync (or V-Sync), ambient occlusion, tessellation, and a handful of others. All of these settings can have an impact on game performance. Reducing the amount/level of texture filtering will increase game performance, for example. Antialiasing should usually be set to application-controlled, but reducing the AA level will also increase performance. V-Sync should usually be left enabled to prevent screen-tearing artifacts, but in some games disabling V-Sync may increase performance too.

If you’d like to learn more about what each of the settings listed in AMD’s and NVIDIA’s control panels do, stay tuned to PCWorld—we’ve got an article already in the works that will explain them all. In the meantime, if you’ve got a game that would benefit from a higher frame rate, it’s worth experimenting with the settings mentioned above to find the best balance of image quality and frame rate speeds.

Free up CPU and memory resources

The startup tab in the Windows 8 task manager.

Disabling unnecessary startup items is also a quick and easy way to free up CPU and memory resources on a system, which may help improve—or at least normalize—the performance of your games, especially on older or underpowered systems. Any application that launches automatically with Windows consumes memory and potentially CPU resources. Disabling these unnecessary applications frees up those CPU and memory resources for other applications, such as your games.

Windows has a built-in tool to disable startup items—MSCONFIG on Windows 7 or the Startup section in Task Manger on Windows 8—but we’ve found a third-party utility called CCleaner to be one of the easiest to use , and it looks and works the same on every Windows-based system.

Regardless of which tool you use, run a Google search if you’re unsure which items on the startup list can be safely disabled or deleted; just look for the file name to find out what it does and if you need it. Odds are, most items can be safely removed, save for any antivirus and antimalware apps or ones that run scheduled tasks, such as a backup tool. Do you really need Steam or Spotify starting up when your PC does and consume precious resources?

Adjust in-game settings

In-game settings: The secret sauce to boosting frame rates.

Tweaking in-game settings will likely have the most dramatic effect on performance. As you see in the screenshot above, Max Payne 3's in-game settings includes options for DirectX version, Resolution, and various texture, lighting, and antialiasing. Like the settings in your graphics driver control panels, reducing many of these settings will increase game performance, once again at the expense of image quality. In-game control panels typically have options that are easier to understand than the somewhat arcane settings found in your card's driver control panel.

For example, texture quality can be set to low, medium, high, or very high. Setting the texture quality to low will improve the game's performance, because it will put less strain on the graphics card. And the same can be said for many of the other settings as well. Typically, lowering the quality of lighting, reducing antialiasing, and reducing resolution will have the largest impact on in-game frame rates and perceived performance.

We should note, however, that game performance can be increased dramatically without significantly hurting image quality. Here we have three screenshots from Max Payne 3. The first screenshot was taken with the game running with all graphics-related options set to their maximum, with 4X MSAA and FXAA enabled, and in DX11 mode. We used a tool called FRAPS to show the frame rate—visible in the upper-right corner—in each image. As you can see below, the game hit 50 fps at those full settings.

Full effects and 50 fps.

The second screenshot was taken with MSAA disabled, and the game achieved 82 fps without a major decrease in image quality.

Disabling MSAA alone raises the frame rates by more than half.

Finally, the third was taken with the game set to DX10 mode with no antialiasing enabled—settings that managed to hit a silky smooth 125 fps.

Even with several choice settings reduced, the game looks good.

That’s a huge variation in performance that will have a significant impact on the experience. Note, however, that the game doesn’t look all that much worse, even with some of the more advanced visual options disabled or reduced.

Now go get tweaking!

View: Original Article

[vin3e]

I thought this was the most absolute basic when attempting to make a game run fast :o

[DKT27]

I thought this was the most absolute basic when attempting to make a game run fast :o

It is. However, one, not many know or consider doing the above, and two, this article lists things nicely. :)

[emerglines]

What about overclocking ?

[calguyhunk]

I thought this was the most absolute basic when attempting to make a game run fast :o

This is a PC World article. That site is specifically designed for people who need to be told the obvious LOL! :P

What about overclocking ?

Processor overclocking needs overclockable processors and motherboards. Not all CPU's OC (these days). :angry: The overclockable ones are much more expensive. Also, the boards that lend themselves to higher OC tend to be more expensive especially for Intel. Also, with added aftermarket cooling etc. the whole thing costs quite a bit overall anyways. Minor OC's don't really give a performance boost in the real world, but can be done on almost all boards and CPU's without draining your wallet, but on the flip-side, don't expect it to drastically increase performance. :(

As for RAM OC'ing - they have little to no effect in gaming :(

Now the real difference comes from GPU overclocking (for gaming) and that does help in performance, but again, you'll have to have a decent enough board to allow substantial OC'ing. Even then, since no 2 chips are the same - with thousands of transistors - there's no guarantee that you'll get stable OC'ing at higher clocks :yes:

But yes, it's great fun. If you can afford it, and are patient enough with all the trials and errors, there's nothing like a little bit of fun with your BIOS settings :showoff:

[emerglines]

I thought this was the most absolute basic when attempting to make a game run fast :o

This is a PC World article. That site is specifically designed for people who need to be told the obvious LOL! :P

What about overclocking ?

Processor overclocking needs overclockable processors and motherboards. Not all CPU's OC (these days). :angry: The overclockable ones are much more expensive. Also, the boards that lend themselves to higher OC tend to be more expensive especially for Intel. Also, with added aftermarket cooling etc. the whole thing costs quite a bit overall anyways. Minor OC's don't really give a performance boost in the real world, but can be done on almost all boards and CPU's without draining your wallet, but on the flip-side, don't expect it to drastically increase performance. :(

As for RAM OC'ing - they have little to no effect in gaming :(

Now the real difference comes from GPU overclocking (for gaming) and that does help in performance, but again, you'll have to have a decent enough board to allow substantial OC'ing. Even then, since no 2 chips are the same - with thousands of transistors - there's no guarantee that you'll get stable OC'ing at higher clocks :yes:

But yes, it's fun. If you can afford it, and are patient enough with all the trials and errors, there's nothing like a little bit of fun with your BIOS/EFI settings :showoff:

Sometimes , nitrogen is used to make GPU and CPU be cold and more preferment... but many people fear to lose there expensive hardware or even shipper ones ;) take the risk and i'm sure that your computer can work two times faster than whats written in the product specification or Manuel or configuration... sometimes science helps :)

[DKT27]

I thought this was the most absolute basic when attempting to make a game run fast :o

This is a PC World article. That site is specifically designed for people who need to be told the obvious LOL! :P

I'm surprised PCWorld had time to write articles about "PCs" and are not concentrating about whoring for Apple anymore.

[demoneye]

there are some vids in you tube that show how to tweak Nvidia (probably also Ati).

[Boskorp]

Offtopic: Which is the game from 1st picture?

Ontopic: Most of the graphic options are in "Application-controlled" mode and optimizations should be done from the game itself. This is best choice for optimizing a game, without affecting other eye-candy apps.

Stopping other unneeded programs is a "MustDo", I've seen a friend complaining about FPS on a game while uTorrent is uploading at ~4MB/s with more than 30 peers and sometimes with Winamp bumping music with some fancy alpha-blended skin with speakers effect B)