Windows contains a built-in configuration utility commonly found by searching for “Adjust the appearance and performance of Windows.” Although many users simply call it Adjust Performance, its actual configuration window is called Performance Options.

This utility has existed in various forms across multiple generations of Windows and remains available in modern Windows 10 and Windows 11.

Microsoft itself recommends reducing visual effects as one possible method of improving responsiveness because Windows visual effects consume system resources. Microsoft specifically documents Adjust for best performance as an option for systems where performance is more important than appearance.

However, there is an important misconception:

Adjust for best performance does not magically increase CPU GHz, add RAM, increase SSD speed or upgrade the graphics card.

Instead, it reduces the amount of work Windows performs for its graphical interface and changes certain operating-system performance behaviors.

The result can be a noticeably more responsive computer, particularly on older PCs, low-memory systems, virtual machines, Remote Desktop environments and machines running integrated graphics.

1. What Is “Adjust the Appearance and Performance of Windows”?

Performance Options is part of the classic Windows System Properties architecture.

You can open it by searching:

Start → Search → Adjust the appearance and performance of Windows

Another method is:

System Properties → Advanced → Performance → Settings

A very useful direct command is:

SystemPropertiesPerformance.exe

You can therefore press:

Windows + R

and enter:

SystemPropertiesPerformance.exe

This opens Performance Options directly.

Depending on the Windows version, the Performance Options dialog normally contains three important areas:

1. Visual Effects
2. Advanced
3. Data Execution Prevention

These sections perform very different jobs.

2. Visual Effects — The Part Most People Mean by “Adjust Performance”

The Visual Effects tab controls many graphical enhancements used by the Windows desktop.

Examples include:

• Window animations
• Taskbar animations
• Menu fading
• Tooltip fading
• Window shadows
• Mouse pointer shadows
• Thumbnail previews
• Peek
• Smooth scrolling
• Font smoothing
• Desktop icon label shadows
• Animation of controls
• Visual styles

These features make Windows look smoother and more attractive.

However, graphical effects are not free.

Windows must perform calculations, maintain graphical information and render frames to display these effects.

Microsoft confirms that visual effects use system resources and that adjusting them can improve responsiveness.

3. The Four Main Visual Effects Modes

The Performance Options window normally provides four choices.

A. Let Windows Choose What's Best for My Computer

Windows automatically determines which visual effects should be enabled.

This is generally suitable for normal modern computers.

Windows attempts to maintain a balance between:

Appearance + Performance

For most reasonably powerful computers, leaving this option selected is perfectly acceptable.

B. Adjust for Best Appearance

This enables most or all visual effects.

Windows prioritizes appearance.

You receive:

• Animations
• Shadows
• Fading effects
• Smooth transitions
• Thumbnail effects
• Visual enhancements

This looks attractive but creates more graphical work.

On a modern PC with a powerful CPU, sufficient RAM, SSD and capable GPU, the difference may be practically insignificant.

On weak hardware, however, these effects can contribute to a sluggish feeling.

C. Adjust for Best Performance

This is the option commonly used when someone says:

“Set Windows for maximum performance.”

It disables most nonessential visual effects.

Microsoft recommends this setting as one possible way of improving responsiveness on a slow Windows PC.

Windows becomes visually simpler.

For example, minimizing a window may happen immediately rather than through an animation.

Instead of:

Click → Animation → Window disappears

Windows behaves more like:

Click → Window disappears

Even if the actual CPU workload saved is small, the PC can feel considerably faster because artificial animation delays have disappeared.

D. Custom

Custom mode is often the best choice for experienced users.

You decide individually which effects should remain enabled.

This provides a compromise between:

Maximum Performance

and

Good Appearance

For many business computers, this is preferable to completely disabling every visual effect.

4. What Happens Technically When Visual Effects Are Disabled?

Consider what happens when you minimize an application.

With animations enabled:

User clicks Minimize

↓

Windows Shell receives command

↓

Desktop compositor prepares transition

↓

Multiple intermediate frames are rendered

↓

Window visually shrinks toward taskbar

↓

Animation completes

↓

Final desktop state appears

Without the animation:

User clicks Minimize

↓

Windows processes command

↓

Final state displayed

The second process eliminates unnecessary visual transition work.

This can reduce graphical overhead and, more importantly, eliminate the perceived delay caused by the animation itself.

5. Does “Adjust for Best Performance” Really Increase PC Speed?

Yes—but the meaning of speed needs to be understood correctly.

It usually improves:

• Interface responsiveness
• Window opening/closing perception
• Menu responsiveness
• Explorer interaction
• Remote Desktop experience
• Responsiveness on weak graphics hardware

It does not directly make a CPU perform calculations faster.

For example, suppose a video takes 10 minutes to encode.

Changing Visual Effects to Best Performance will probably not turn that into an 8-minute encode.

Similarly, it will not substantially accelerate:

• Database calculations
• Video rendering
• File compression
• Excel calculations
• Software compilation
• Large file copying

Those operations depend much more heavily on CPU, RAM, storage and application design.

6. Why Can the PC Feel Much Faster?

This is where perceived performance becomes important.

Imagine that a window animation takes approximately 200 milliseconds.

The computer may actually be ready earlier, but Windows intentionally shows a transition to create a smoother visual experience.

Disable that animation and the result appears immediately.

Therefore:

Actual computational performance: may change very little.

Perceived responsiveness: may improve noticeably.

This distinction is extremely important.

7. Which Computers Benefit Most?

The improvement is generally more noticeable on:

Older computers

Older CPUs and GPUs have fewer resources available for modern graphical interfaces.

Low-RAM PCs

Systems with limited memory are already under pressure.

Integrated graphics systems

Integrated GPUs may share system memory with the CPU.

Virtual machines

VMs may have limited virtual GPU resources.

Remote Desktop systems

Animations generate unnecessary graphical changes that may need to be encoded and transmitted during remote sessions.

Multi-user Windows Server/RDS environments

If many users simultaneously use animated desktops, removing unnecessary visual effects can reduce avoidable graphical activity.

PCs running many applications simultaneously

Reducing unnecessary interface work can help preserve resources for useful applications.

8. Which Visual Effects Can Be Disabled?

The exact list varies slightly between Windows versions, but common settings include:

Animate controls and elements inside windows

Controls animations occurring inside applications and Windows components.

Disabling it makes some UI elements react more immediately.

Animate windows when minimizing and maximizing

Controls the shrinking and expanding animation.

This is one of the first effects I recommend disabling when responsiveness is the priority.

Animations in the taskbar

Controls various taskbar animation effects.

These are cosmetic and can generally be disabled on performance-focused machines.

Enable Peek

Peek allows temporary previews of the desktop or windows.

Useful for some users but not essential for Windows operation.

Fade or slide menus into view

Instead of menus appearing immediately, Windows gradually displays them.

Disabling it makes menus appear more directly.

Fade or slide ToolTips into view

Controls ToolTip animation.

It can safely be disabled when performance is more important than visual polish.

Fade out menu items after clicking

Another purely cosmetic effect.

Show shadows under mouse pointer

Creates the small graphical shadow around the pointer.

The performance impact on modern hardware is extremely small, but it can be disabled.

Show shadows under windows

Creates depth around application windows.

Again, mainly cosmetic.

Show thumbnails instead of icons

This requires special consideration.

If disabled, File Explorer may display generic icons instead of image/video previews.

For users handling photographs, graphics or videos, keeping this enabled is usually useful.

Smooth edges of screen fonts

This improves text appearance.

I normally recommend keeping this enabled even on performance-optimized systems because disabling it can make text look unpleasant or harder to read.

9. Recommended Custom Configuration

Instead of blindly selecting Adjust for best performance, a practical business-PC configuration is to disable most animations but retain important usability features.

Consider keeping:

• Smooth edges of screen fonts
• Show thumbnails instead of icons
• Show window contents while dragging

You may optionally keep:

• Use drop shadows for icon labels on the desktop

Most other animation/fading options can be disabled if maximum responsiveness is desired.

This gives you a fast interface without making Windows unnecessarily uncomfortable to use.

10. What Is “Show Window Contents While Dragging”?

With this option enabled, when you drag a window, Windows displays the entire moving window.

Without it, some Windows configurations may show only an outline during dragging.

Keeping window contents visible improves usability.

On modern PCs, I generally prefer leaving this enabled unless the system is extremely resource-constrained or the remote connection is slow.

11. Performance Options Also Contains an “Advanced” Tab

This is often overlooked.

Performance Options is not only about animations.

Open:

Performance Options → Advanced

You may see sections relating to:

• Processor scheduling
• Virtual memory

These are technically much more significant than cosmetic visual effects.

12. Processor Scheduling — Programs vs Background Services

Windows uses a scheduler to determine which threads receive processor time.

A CPU can execute only a limited number of hardware threads simultaneously. Windows therefore schedules enormous numbers of software threads across the available processors.

Microsoft describes Windows processor time-sharing and context switching as core mechanisms used to schedule executable threads.

Performance Options may offer:

Adjust for best performance of:

• Programs
• Background services

13. What Does “Programs” Mean?

Selecting Programs optimizes scheduling behavior toward interactive foreground applications.

This is normally the correct choice for:

• Desktop PCs
• Laptops
• Office computers
• Gaming PCs
• Workstations
• Normal Windows users

The goal is to keep the application the user is actively working with responsive.

For example:

Chrome + Excel + Tally + Outlook + background services

If Excel is currently active, Windows scheduling behavior is designed to maintain good foreground responsiveness.

14. What Does “Background Services” Mean?

This setting is designed for workloads where background service processing is especially important.

Possible examples include certain:

• Server applications
• Service-based applications
• Background processing systems
• Specialized server workloads

It does not mean that selecting Background Services automatically makes every server faster.

The appropriate setting depends on the workload.

For a normal desktop computer:

Programs is usually preferable.

15. What Is Virtual Memory?

Another major section under Performance Options is:

Advanced → Virtual Memory

Windows uses virtual memory to manage application address spaces and memory pressure.

When physical RAM cannot contain all actively required data, Windows memory-management mechanisms can move appropriate memory pages between RAM and storage-backed paging structures.

The Windows paging file is commonly stored as:

pagefile.sys

This is called the page file or paging file.

16. RAM vs Virtual Memory

RAM is extremely fast compared with storage.

A simplified hierarchy looks like:

CPU Cache → RAM → SSD → HDD

When applications need more committed memory than can be supported by available RAM alone, the paging system becomes important.

However:

Page file is not a replacement for physical RAM.

If a PC constantly depends heavily on paging because it has insufficient RAM, performance may degrade substantially.

Microsoft's documentation also notes that when required data is not resident in memory and has to be read from storage, users can notice a slowdown.

17. Should You Disable the Windows Page File for Better Performance?

Generally, no.

A common internet tweak says:

“If you have lots of RAM, disable virtual memory.”

This is not a universal best practice.

Windows and applications are designed around virtual memory mechanisms, and page files also have uses beyond simply compensating for a lack of RAM.

For normal business computers, a sensible default is usually:

Automatically manage paging file size for all drives

Unless you have a specific technical reason to manually configure it.

18. Should Pagefile.sys Be Located on an SSD?

For modern computers, having the Windows-managed paging file on an SSD is normal.

SSD access is dramatically faster than traditional mechanical hard-disk access.

However, the correct solution to severe memory pressure is usually:

Install sufficient RAM

rather than attempting to compensate for inadequate RAM by creating an enormous paging file.

19. Data Execution Prevention (DEP)

Performance Options may also contain a tab called:

Data Execution Prevention

or DEP.

Despite appearing inside Performance Options, DEP is primarily a security technology, not a speed optimization.

DEP helps prevent code from executing in memory regions intended to contain data.

Modern processors support hardware-enforced DEP through technologies commonly known as:

• NX — No Execute
• XD — Execute Disable

Microsoft documents that hardware-enforced DEP requires processor support and appropriate platform support.

You should generally not disable DEP simply to make Windows faster.

Security protection is its purpose.

20. Adjust Performance vs Windows Power Mode

These are different settings.

Performance Options

Controls things such as:

• Visual effects
• Processor scheduling configuration
• Virtual memory
• DEP

Windows Power Mode

Controls how Windows balances:

• Performance
• Power consumption
• Battery life
• Processor behavior

For example, Windows 11 may provide:

Settings → System → Power & battery → Power mode

and offer a Best performance option.

Microsoft notes that Best performance power mode can increase performance when required, but also increases power consumption and can reduce laptop battery life or increase heat.

Do not confuse:

Adjust for best performance — Visual Effects

with

Best performance — Power Mode

They affect different parts of Windows.

21. Does Adjust for Best Performance Reduce RAM Usage?

Potentially, but usually not dramatically on a modern system.

Some visual components require memory for:

• Thumbnail caches
• Graphical surfaces
• Desktop composition
• Window representations
• UI resources

Disabling unnecessary effects may reduce some overhead.

But if your PC has 8 GB RAM and applications are consuming 7.5 GB, disabling animations is not equivalent to upgrading to 16 GB.

The real solution may still be additional RAM or reducing application/background-process usage.

22. Does It Reduce CPU Usage?

It can reduce some CPU work associated with interface animations and desktop activity.

But again, expectations should be realistic.

If a process is continuously using 90% CPU because it is performing calculations, disabling window shadows will not solve that problem.

Use:

Ctrl + Shift + Esc → Task Manager

to identify CPU-heavy applications.

23. Does It Reduce GPU Usage?

This is one area where disabling visual effects can help.

Windows' modern desktop is hardware accelerated.

Animations, transparency, window composition and graphical transitions can involve the GPU.

On a modern dedicated GPU, this workload is generally trivial.

On:

• Old integrated graphics
• Low-end PCs
• Virtual machines
• Remote sessions

reducing graphical effects can be more useful.

24. Is It Useful on SSD-Based Computers?

Yes, but generally less dramatically than on an old PC.

An SSD dramatically improves:

• Boot time
• Application loading
• File access
• Paging responsiveness

But it does not eliminate Windows animations.

Therefore, disabling animations can still make an SSD-based system feel more immediate.

25. Is It Useful on PCs with 16 GB or 32 GB RAM?

It depends on your goal.

If you want:

Best appearance: leave the effects enabled.

If you want:

Maximum responsiveness: disable unnecessary effects.

On a powerful computer, measurable resource savings may be tiny, but removing animations can still make Windows appear faster because UI transitions occur immediately.

26. Is It Good for Remote Desktop/RDP?

Yes, visual optimization can be particularly useful in Remote Desktop environments.

Consider a normal desktop animation.

Locally:

GPU → Monitor

Over RDP:

Application → Desktop rendering → Remote display processing → Network → Remote client → Display

Frequent graphical changes can create additional remote-display workload and network traffic depending on the protocol, configuration and content.

For this reason, animations, wallpaper, transparency and similar cosmetic effects are often unnecessary on performance-focused RDP environments.

27. Is It Useful on Windows Server?

Potentially, especially when Windows Server is being used with Desktop Experience or as a Remote Desktop Session Host.

Suppose 20 users are simultaneously logged in.

Even small unnecessary graphical effects multiplied across many sessions can create avoidable overhead.

For server/RDS deployments, administrators commonly prioritize:

Application responsiveness over desktop cosmetics.

However, performance problems should still be diagnosed properly. Microsoft provides tools such as Windows Performance Toolkit for investigating CPU, disk, boot and application responsiveness rather than assuming that visual effects are the root cause.

28. Best Performance Does NOT Fix Every Slow PC

This is extremely important.

If your computer is slow because of:

• Failing HDD
• 100% disk utilization
• Insufficient RAM
• CPU overheating
• Malware
• Too many startup programs
• Antivirus scanning
• Faulty drivers
• Windows Update activity
• Heavy browser tabs
• Background synchronization
• Storage nearly full
• Hardware failure

then changing Visual Effects may provide only a minor improvement.

Microsoft recommends looking at multiple causes of poor performance, including startup applications, storage, updates, background activity and resource usage.

29. Recommended Step-by-Step Configuration

For a slow Windows 10 or Windows 11 PC:

Step 1 — Open Performance Options

Press:

Windows + R

Enter:

SystemPropertiesPerformance.exe

Press Enter.

Step 2 — Test Best Performance

Under Visual Effects select:

Adjust for best performance

Click:

Apply

Use the PC for some time.

You should immediately notice that many animations have disappeared.

Step 3 — Restore Font Smoothing

Select Custom.

Enable:

Smooth edges of screen fonts

This improves text readability while retaining most of the performance-focused configuration.

Step 4 — Consider Thumbnail Previews

If you regularly browse photos:

Enable:

Show thumbnails instead of icons

Step 5 — Consider Window Contents

For normal local computers, enable:

Show window contents while dragging

Step 6 — Check Processor Scheduling

Open:

Advanced → Processor scheduling

For normal desktops and laptops, leave:

Programs

unless your particular server/application documentation recommends otherwise.

Step 7 — Check Virtual Memory

Under:

Advanced → Virtual Memory → Change

For most systems, leave:

Automatically manage paging file size for all drives

enabled.

30. A Practical Performance Configuration

For an office PC where speed matters more than fancy animation, a good starting point is:

Disable:

• Window animations
• Taskbar animations
• Menu fade
• Tooltip fade
• Window shadows
• Pointer shadows
• Peek and unnecessary visual transitions

Keep:

• Smooth edges of screen fonts
• Show thumbnails instead of icons
• Show window contents while dragging

This provides a useful compromise between:

Performance + Usability + Readability

31. How Much Performance Improvement Should You Expect?

There is no universal percentage.

Claims such as:

“Best Performance makes Windows 30% faster”

should not be treated as generally valid.

Improvement depends on:

• CPU
• GPU
• RAM
• Storage
• Windows version
• Display resolution
• Number of applications
• Remote vs local session
• Existing performance bottleneck

A very old computer may show an obvious improvement.

A modern Core i7/Ryzen 7 computer with 32 GB RAM, NVMe SSD and dedicated graphics may show almost no meaningful benchmark difference.

But even on the powerful machine, Windows can feel faster because animations are gone.

32. Performance Options vs Hardware Upgrade

Think of Adjust Performance as:

Removing unnecessary workload

rather than:

Adding computing power

If you have:

4 GB RAM + HDD + old dual-core CPU

performance tuning can help, but:

8/16 GB RAM + SSD + modern CPU

will create a vastly larger improvement.

Software optimization cannot completely compensate for inadequate hardware.

33. Does Adjust for Best Performance Damage Windows?

No.

These are supported Windows settings.

Microsoft itself documents Adjust for best performance as a Windows performance optimization method.

It does not:

• Delete files
• Remove applications
• Damage Windows
• Disable Windows Update
• Disable antivirus
• Overclock CPU
• Change BIOS settings

It primarily changes supported operating-system performance and appearance options.

You can reverse the changes at any time.

34. How to Restore the Original Appearance

Open:

SystemPropertiesPerformance.exe

Then select:

Let Windows choose what's best for my computer

or:

Adjust for best appearance

Click:

Apply → OK

Windows will restore the corresponding visual effects.

35. Best Performance vs Best Appearance — Quick Comparison

Feature	Best Appearance	Best Performance
Animations	Enabled	Mostly disabled
Shadows	Enabled	Mostly disabled
Menu fading	Enabled	Disabled
Visual polish	Maximum	Minimum
Interface responsiveness	Normal	Potentially faster
Resource overhead	Higher	Lower
Best for modern powerful PC	Yes	Optional
Best for older PC	Not necessarily	Often useful
Best for RDP	Not ideal	Often useful
Text appearance	Better	May need font smoothing restored

36. Why Microsoft Keeps These Effects Enabled

If visual effects use resources, why does Windows enable them?

Because operating-system design is not solely about benchmark performance.

Microsoft must balance:

• Appearance
• Usability
• Accessibility
• Animation feedback
• Visual consistency
• User experience
• Performance

Modern hardware can render most Windows interface effects with relatively little difficulty.

Therefore, default Windows installations favor a polished user experience.

Performance-oriented users and administrators can customize those settings.

37. Performance Tuning Should Follow the Bottleneck

A useful technical principle is:

Optimize the component that is actually limiting performance.

If Task Manager shows:

CPU: 100%

investigate CPU-intensive processes.

If:

Memory: 98%

investigate memory usage or install more RAM.

If:

Disk: 100%

investigate storage activity and drive health.

If:

GPU: 100%

investigate graphics workload.

If everything is relatively low but Windows feels sluggish while opening menus and switching windows, reducing visual effects may provide a noticeable improvement.

This is far better than randomly applying dozens of so-called Windows optimization tweaks.

38. Final Recommendation

The Adjust the appearance and performance of Windows feature is a legitimate Windows optimization tool, not a third-party speed booster.

Its greatest benefit comes from reducing unnecessary graphical effects and improving perceived responsiveness.

For an old PC, low-end laptop, VM, RDP workstation or performance-focused business computer, try:

Performance Options → Visual Effects → Adjust for best performance

Then select Custom and re-enable:

Smooth edges of screen fonts

and, if required:

Show thumbnails instead of icons

Show window contents while dragging

For most normal computers, keep processor scheduling on:

Programs

and let Windows automatically manage the paging file unless you have a specific technical reason to configure it manually.

Most importantly, remember:

Adjust Performance optimizes Windows overhead; it does not manufacture additional hardware performance.

If a PC is genuinely bottlenecked by insufficient RAM, a slow HDD, an overloaded CPU or failing hardware, those underlying problems must still be addressed.

Frequently Asked Questions (FAQ)

1. What is Adjust Performance in Windows?

It usually refers to the Performance Options utility available through “Adjust the appearance and performance of Windows.” It controls visual effects and provides access to processor scheduling, virtual-memory and DEP-related settings.

2. Does Adjust for best performance really speed up Windows?

It can improve responsiveness by disabling unnecessary graphical effects. Microsoft specifically recommends adjusting visual effects as one possible performance improvement.

3. Does it increase CPU speed?

No. It does not increase CPU frequency or overclock the processor.

4. Does it increase RAM?

No. It does not create additional physical RAM.

5. Why does Windows feel faster after enabling Best Performance?

Many animations and transitions disappear, so actions appear immediately rather than waiting for visual effects to complete.

6. Is Adjust for best performance safe?

Yes. It is a built-in supported Windows configuration.

7. Can I reverse the changes?

Yes. Select Let Windows choose what's best for my computer or Adjust for best appearance.

8. Should I use it on Windows 11?

You can. Microsoft continues to document the option for improving Windows responsiveness.

9. Should I use it on Windows 10?

Yes, particularly if the computer is older or performance constrained.

10. Should I disable every visual effect?

Not necessarily. A custom configuration often provides a better balance.

11. Which option should I keep enabled for text?

Smooth edges of screen fonts is generally worth keeping enabled for readability.

12. Should I keep thumbnail previews?

If you frequently browse photos or videos, keep Show thumbnails instead of icons enabled.

13. Does Best Performance help gaming FPS?

Usually not significantly. Game FPS depends far more on CPU, GPU, RAM, drivers and game settings. However, reducing unnecessary background/UI work can be useful on heavily constrained systems.

14. Does it improve SSD speed?

No. It does not increase SSD read/write performance.

15. Does it improve Internet speed?

No. It has no direct effect on broadband or Wi-Fi speed.

16. Is it useful for Remote Desktop?

Yes. Reducing unnecessary animations and graphical effects can make remote sessions more responsive, particularly over constrained connections.

17. Is it useful for Windows Server?

It can be, particularly for Desktop Experience and RDS environments where desktop cosmetics are less important than application responsiveness.

18. Should processor scheduling be Programs or Background Services?

For normal desktops and laptops, Programs is generally appropriate. Specialized server workloads may have different requirements.

19. Should I disable virtual memory?

Generally no. Letting Windows manage the paging file automatically is a sensible default for most computers.

20. Does increasing the page file make the PC faster?

Not necessarily. If a system is constantly paging because RAM is insufficient, installing more physical RAM is generally a much better solution.

21. Should the page file be on an SSD?

Having a Windows-managed page file on an SSD is normal on modern PCs.

22. What is DEP in Performance Options?

Data Execution Prevention is primarily a security feature designed to prevent execution of code from inappropriate memory regions. It should not normally be disabled for performance reasons.

23. Is Best Performance the same as Windows Best Performance power mode?

No. Visual Effects Best Performance reduces interface effects. Power mode controls the balance between hardware performance and energy consumption.

24. Can Best Performance increase laptop battery life?

Reducing graphical activity might marginally reduce some work, but it should not be treated as a battery-saving mode. Windows power settings are more relevant for battery management.

25. Why does my PC remain slow after selecting Best Performance?

The bottleneck may be RAM, CPU, storage, background applications, malware, drivers, overheating or another hardware/software issue. Visual-effects tuning cannot solve every performance problem.

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