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Saturday, 29 November 2025

How to Set Up or Configure Static IP on Any Smart TV to Fix Internet Issues

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A Smart TV normally connects to the internet using automatic network settings, also known as DHCP. In most cases this works smoothly, but if your Smart TV keeps showing “Connected but no Internet,” slow Wi-Fi, or frequent disconnections, configuring a Static IP can significantly improve stability. This guide explains the difference between DHCP and Static IP, when to use each option, and how to correctly set up a Static IP on Android Smart TVs and popular brands like Mi TV, TCL TV, Samsung TV, LG TV, Sony TV, OnePlus TV, and VU TV.

What Is DHCP?

DHCP (Dynamic Host Configuration Protocol) is the default method your TV uses to obtain an IP address from the router. With DHCP, the router automatically assigns an IP address every time the TV connects. This is convenient because you don't need to enter anything manually. DHCP is ideal for normal home use and is recommended when your internet works fine without interruption.

What Is Static IP?

A Static IP is a manually assigned IP address that does not change. Instead of letting the router decide, you fix a permanent address for your Smart TV. This can help when your TV loses connection frequently, fails to obtain an IP, or shows internet issues despite being connected to Wi-Fi. Static IP is also useful when streaming content from a home media server or when you want consistent control over your network devices.

DHCP vs Static IP: When Should You Use Which?

DHCP is best when:

  • Your TV connects normally without issues

  • You want simple, automatic setup

  • You don't need advanced network control

Static IP is best when:

  • TV shows “Connected but no Internet”

  • Wi-Fi drops frequently or fails to get an IP

  • You use media servers or want stable local network access

  • You need a fixed IP for troubleshooting or router configuration

How to Set Up or Configure Static IP on Any Smart TV

Follow these steps on most Android Smart TVs and brands such as Mi, TCL, Sony, OnePlus, VU, Samsung, and LG. The menu layout may vary slightly, but the options remain similar.

Step 1: Open Network Settings

Go to
Settings → Network & Internet → Select Your Wi-Fi Network

Step 2: Open Advanced Options

Scroll down and select
Advanced Options or IP Settings

Step 3: Change from DHCP to Static

By default, the IP setting will be
DHCP (Automatic)
Change it to:
Static

Step 4: Enter the IP Address

Your Static IP must match your router’s range.
If your router gateway is:

  • 192.168.1.1 → Use an IP like 192.168.1.40 to 192.168.1.200

  • 192.168.0.1 → Use an IP like 192.168.0.40 to 192.168.0.200

  • 192.168.29.1 (JioFiber) → Use 192.168.29.40 to 192.168.29.200

Example entry:
IP Address: 192.168.1.50

Step 5: Enter the Gateway

Gateway must always match your router exactly.
Example:
Gateway: 192.168.1.1

Step 6: Enter Network Prefix Length

Most home networks use:
Prefix Length: 24

This is equal to Subnet Mask 255.255.255.0.

Step 7: Enter DNS 1 and DNS 2

Use reliable DNS for stable internet:

DNS 1: 8.8.8.8 (Google DNS)
DNS 2: 8.8.4.4 (Google DNS Backup)
OR
DNS 1: 1.1.1.1 (Cloudflare DNS)
DNS 2: 1.0.0.1

Step 8: Save and Restart TV

After entering all values, save the settings and restart your Smart TV. Your Wi-Fi connection should now become more stable and consistent.

Final Notes

Using a Static IP can solve many common Smart TV internet issues, especially when DHCP fails or when routers frequently reassign IP addresses. Always ensure the first three numbers of your IP match the router gateway, and never enter random values for Gateway or Prefix. If the internet still does not work, you can switch back to DHCP anytime by selecting “Automatic.” 

Best Free Way to Install & Use Android Smart TV on Any Laptop or PC

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If you want to turn your laptop or PC into a fully working Android Smart TV with zero lag, smooth performance, and instant app access, Android Studio offers the perfect solution. This guide shows you how to Download, Install & Use Android TV on PC/Laptop (Super Fast, No Lag) using the official Android TV Emulator inside Android Studio.

Step 1: Download Android Studio

Open any browser and search for Android Studio. Open the official link from developer.android.com. Click Download Android Studio and accept the terms to continue downloading the installer package.

Step 2: Install Android Studio

After the download is complete, run the installer file. If a prompt appears saying Don’t Send, click on it. Continue by clicking Next. Select Standard and click Next, then choose Accept and click Next again. Android Studio will now download required components. When everything is completed, click Finish to launch Android Studio for the first time.

Step 3: Open Virtual Device Manager

Inside Android Studio, click More Actions and select Virtual Device Manager. If Android Studio asks for any permissions, grant them. If it shows missing components, install them before proceeding.

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Step 4: Create an Android TV Virtual Device

Click the + button in the top left corner. Select the TV category and choose Television (1080p). Click Next to move to the system image download page.

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Step 5: Download Android TV System Image

Select the Android TV Intel x86 Atom System Image (or the latest available Android TV image). Click the Download icon (down arrow). After the download completes, click Finish.

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Step 6: Finalize the Device Setup

Now select the Android TV Intel x86 Atom System Image again and click Finish. This will create your Android TV device.

Step 7: Run Android TV on Your Laptop/PC

You will now see your installed Television (1080p) virtual device in the list. Click the Run ▶ icon to launch it. Android TV will boot up like a real Smart TV.

Step 8: Set Up and Use Android Smart TV

Once the Android TV screen loads, follow the standard setup process—choose language, connect WiFi, and complete the initial setup.
You can now use your laptop or PC exactly like a real Android Smart TV with super-fast performance, no lag, no hanging issues, and full access to apps, navigation, and streaming.

This method is the best way to experience Android TV on any laptop or PC without buying a physical TV or TV box.

Friday, 28 November 2025

Secret Phone Setting That Makes Your Mobile Data Faster:

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If your mobile data feels slow, lags during gaming, or suddenly drops from 4G/5G, the reason is often incorrect APN settings or outdated network configuration inside your phone. Most smartphone users never check these settings, but a properly optimized APN can instantly improve your download speed, reduce buffering, and make your internet connection far more stable.

What Is APN and Why Does It Control Your Internet Speed?

APN (Access Point Name) tells your smartphone how to connect to your mobile operator’s internet gateway. If this configuration is incorrect, overloaded, or outdated, your device may connect to a slower path, resulting in poor speed. A correctly configured APN improves routing, reduces latency, increases download and upload speeds, activates the best carrier aggregation paths, and ensures maximum compatibility with 4G LTE, LTE+, and 5G NR towers. Proper APN tuning is the biggest hidden network boost most users never apply.

How to Access APN Settings on Android

To open APN settings on any Android device, follow these steps carefully:
Open Settings → Network & Internet (or Connections) → Mobile Network → Access Point Names (APN).
You will see a list of APNs from your carrier. If your phone has multiple entries, it may confuse the network routing. The solution is to create one clean, optimized APN and use only that one.

The Fastest Universal APN Settings (2025 Tested & Verified)

Below are the safest and fastest APN settings that work globally on all networks. They avoid unnecessary proxies and force the fastest routing protocol. Enter the values exactly as shown below.

Name: FastNet
APN: internet
Proxy: Not set
Port: Not set
Username: Not set
Password: Not set
Server: Not set
MMSC: Not set
MMS Proxy: Not set
MMS Port: Not set
MCC: (Use default value shown by your phone)
MNC: (Use default value shown by your phone)
Authentication Type: None
APN Type: default,supl
APN Protocol: IPv4/IPv6
APN Roaming Protocol: IPv4/IPv6
Bearer: Unspecified
MVNO Type: None

These values follow global operator standards and ensure the fastest possible tower routing and lowest latency. Leaving unnecessary fields empty prevents bottlenecks, and enabling IPv4/IPv6 dual-stack ensures smoother performance across apps and websites.

How to Enable the APN After Creating It

now select your created APN.
Go to Settings → Mobile Network / Mobile Data
Select your SIM
Tap Access Point Names (APN)
Select the APN you created
Done

Common APN Mistakes That Reduce Speed

Avoid the following:
Do not enter website names like www.google.com in Server field.
Do not fill Proxy or Port unless your carrier specifically requires it.
Do not copy random APN settings from YouTube comments.
Do not set Bearer to a fixed value like LTE unless troubleshooting.
Do not change MCC or MNC codes.
Do not use IPv4 only or IPv6 only unless required by operator.
These mistakes can slow your connection, reduce tower compatibility, or cause mobile data to stop working entirely.

How to Delete an APN If It’s Not Working (Simple Steps)

If your new APN is not working, causing slow internet, or giving errors, you can delete it easily. Follow these steps:

Step 1: Go to Settings
Step 2: Tap Mobile Network / Mobile Data
Step 3: Select your SIM card
Step 4: Tap Access Point Names (APN)
Step 5: Tap the APN you want to delete
Step 6: Tap the three dots (⋮) or (i) in the top-right corner
Step 7: Select Delete
Step 8: Confirm deletion

Your phone will remove the APN immediately.


8 Android HD Smart TV Under 10K

Complete 2025 guide to the best 32-inch Smart TVs in India including Zebronics 32P1, Blaupunkt 32QD7080 QLED, OnePlus Y1, Thomson 32, Kodak 7XPRO, Ace
1. Zebronics Zeb-32P1 32" HD Ready Smart LED TV

Price: ₹6,999
Main Features:
• 32" HD Ready (1366×768), 60 Hz, 178° viewing angle

• Cortex A35 ×4 processor, Mali-G31 GPU
• 512 MB RAM + 4 GB storage
• Built-in Wi-Fi, RJ45 LAN, dual HDMI, 2× USB, AV & coaxial inputs
• 20 W audio output
• Narrow-bezel design, wall-mountable
• Supports OTT apps like Netflix, Prime Video, YouTube, JioHotstar

2. Blaupunkt 32QD7080 32" Quantum Dot QLED Smart TV

Price: ₹9,999
Main Features:
• 32" QLED, HD Ready (1366×768), 60 Hz, HDR, 400 nits brightness
• Quantum Dot technology for richer colour and contrast
• ARM Cortex A55 quad-core processor
• 1 GB RAM + 8 GB storage
• 48 W speakers with Dolby Digital Plus
• 3 HDMI, 2 USB, dual-band Wi-Fi, Bluetooth
• Supports screen casting and major OTT apps
• Strong cinematic experience for its price

3. OnePlus Y1 32" HD Ready Android Smart TV

Price: ₹10,000 – ₹16,499 (varies with sale)
Main Features:
• 32" HD Ready display (1366×768)
• Android TV (Android 11) with Google Play Store
• Chromecast built-in and voice assistant support
• Dolby Audio for improved sound quality
• Slim, modern, bezel-light design
• Ideal for OTT streaming and premium viewing experience

4. Thomson 32" HD Ready / QLED Smart LED TV (2025 Edition)

Price: ₹6,999 (LED model), up to ₹9,499 (QLED model)
Main Features:
• 32" HD Ready (1366×768), 60 Hz
• LED / QLED depending on variant
• 178° viewing angle, ~300 nits brightness (LED version)
• 20 W speakers for LED model
• Smart OS depending on variant (Android or Thomson Smart OS)
• HDMI and USB ports, Wi-Fi on Smart variants
• QLED model offers better colour and brightness

5. Kodak 32" 7XPRO / 9XPRO HD Ready Smart LED TV

Price: ₹9,799 (some older variants ₹7,999)
Main Features:
• 32" HD Ready (1366×768), 60 Hz, A+ grade DLED panel
• Android TV / Smart LED OS depending on model
• Chromecast built-in on 7XPRO
• 3 HDMI and 2 USB ports
• Wi-Fi + OTT support for YouTube, Prime Video, Disney+Hotstar
• Good brightness and wide viewing angles
• Suitable for OTT-heavy users on a budget

6. Acer 32" HD Ready LED TV (AR32 Series / V Pro Series)

Price: ₹9,270 (approx.)
Main Features:
• 32" HD Ready display (1366×768), 60 Hz
• Standard LED panel, 178° viewing angle
• 3 HDMI ports + USB ports
• 2-speaker system
• Ideal for regular TV viewing and light streaming
• Reliable performance for everyday use

7. Reliance 32" HD Ready LED Smart Android TV (2025 Edition)

Price: ₹9,490
Main Features:
• 32" HD Ready (1366×768), 60 Hz
• Android-based Smart TV with preloaded OTT apps
• Cloud-Base TV with 250+ live channels & movies
• 20 W stereo speakers
• Wi-Fi, Ethernet, HDMI, USB
• Mobile remote and screen-cast support
Best For: Users who want cloud-based free content + OTT without set-top box

8. Motorola Envision 32" HD Ready Smart Android TV (Android 11)

Price: ₹7,999 – ₹13,349 (sale price ~₹8,999)
Main Features:
• 32" HD Ready (1366×768), 60 Hz, bezel-less design
• Android TV (Android 11) with Google Play Store
• Chromecast built-in
• Dolby Audio with 20 W speakers
• Smooth app handling due to optimized hardware
• HDMI, USB, Wi-Fi, Bluetooth (variant-dependent)
Best For: Users wanting stylish design + Dolby sound at a mid-range price

Disclaimer

Prices, specifications and features mentioned above may vary based on seller, region, availability and ongoing offers. Always verify current pricing and full technical details before making a purchase.

Thursday, 27 November 2025

How to Fix Video Stuttering, Flickering, or Lagging Issues While Playing on Windows 11 (Complete Step-by-Step Guide)

Video stuttering, flickering, screen tearing, or lagging is one of the most common playback problems Windows 11 users face, especially when watching movies, playing recorded camera footage, streaming 4K content, or viewing high-bitrate videos. These issues may appear in any player—whether you're using VLC Player, Windows Media Player, Movies & TV, or a third-party app. The most common causes include GPU driver glitches, corrupted playback settings, incorrect system configuration, or damaged video files. This complete troubleshooting guide covers every method that helps you fix video playback problems on Windows 11, including step-by-step instructions, expert-level explanations, and advanced repair options.

Understanding Why Video Flickering or Stuttering Happens

Video playback problems generally happen due to one of these reasons:
• Graphics driver issues
• Incorrect rendering mode
• Hardware acceleration conflicts
• Video processing settings causing overload
• Media player codec failure
• Damaged or corrupted video file
• System-level resource limitations
• Faulty HDR or refresh rate settings
• Background apps interfering with playback

This expert guide explains all working fixes in detail, with clear navigation so any user—basic or advanced—can follow them easily.


Fix 1: Use Ctrl + Shift + Win + Alt + B Shortcut to Restart GPU Driver

Windows has a hidden system shortcut designed to fix display or playback issues instantly. When you press Ctrl + Shift + Win + Alt + B, the screen will flash one time. This indicates that the Windows graphics driver has been reset and reloaded.

Why This Fix Works

• It clears GPU memory cache
• It resets the display driver without reboot
• It fixes temporary GPU hangs, lags, and flickers
• It helps when videos freeze or frames drop randomly

This fix is quick and often solves video issues immediately.


Fix 2: Run the Video Playback Troubleshooter

Windows 11 includes a built-in troubleshooter dedicated to video playback.

How to Access It

  1. Open Settings

  2. Go to System

  3. Select Troubleshoot

  4. Click Other troubleshooters

  5. Find Video Playback

  6. Click Run

The tool automatically scans and applies fixes, making it one of the simplest solutions for average users.

Fix 3: Try a Different Media Player

If your video is not playing properly in one media player, try another.

Recommended Players

Why This Works

Different media players use different:
• Rendering engines
• Codecs
• Decoding methods
• Hardware acceleration modes

So, a video that lags in Windows Media Player may play perfectly in VLC Player due to better codec support.

Best Option

VLC Player is the most powerful, stable, and flexible player that handles nearly all video formats without additional codecs.


Fix 4: Change Video Playback Settings in Windows 11

Windows has built-in video processing features that sometimes cause stuttering or flickering.

How to Adjust These Settings

  1. Go to Settings

  2. Click Apps

  3. Select Video Playback

  4. Disable any processing options such as:
    – Automatically process video
    – Stream HDR video
    – Video enhancements

Disabling these features gives the system a more stable environment to process video frames smoothly.

Fix 5: Disable Hardware Accelerated GPU Scheduling

Hardware acceleration can improve performance, but on some systems, it causes conflicts.

How to Disable It

  1. Open Settings

  2. Go to System

  3. Click Display

  4. Select Graphics

  5. Choose Default graphics settings

  6. Turn off Hardware-accelerated GPU scheduling

Turning off GPU scheduling forces Windows to process video using a stable, software-based method.

Fix 6: Repair the Video Using VLC Player

Sometimes the problem is not in your Windows PC but in the video file itself.

How to Repair the File in VLC

  1. Open VLC Player

  2. Go to Tools

  3. Select Preferences

  4. Choose Input / Codecs

  5. Find Damaged or incomplete AVI file

  6. Choose Always Fix

Even if the video is not an AVI file, converting it to AVI and letting VLC repair it often works.

If the Video Still Does Not Play or Still Flickers

If none of the above fixes solve the problem, your video may be severely corrupted or damaged deeply at the file-system level.

Common Signs of Deep Video Corruption

• Video opens but only audio plays
• Green or pink screen appears
• Video freezes on first frame
• Player crashes instantly
• Stuttering even on powerful PCs
• Repeated pixel glitches


If you want, I can generate a list of best free and paid video repair tools, along with download links and features.

Wednesday, 26 November 2025

How to Do End Task (Force Close) Any “Not Responding” App in One Click in Windows

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Windows computers handle thousands of background operations every time you open an application, switch between programs, or perform everyday tasks like browsing, editing, or gaming. Because of this heavy load, apps sometimes freeze, hang, or show the dreaded “Not Responding” message. When this happens repeatedly, it can slow down your workflow, disrupt your work, and even cause syste
m-wide lag. 

Why Do Apps Become “Not Responding” or Hang in Windows?

Before enabling the End Task shortcut, it’s important to understand why apps freeze or hang. Windows apps rely on multiple components—CPU, RAM, disk speed, GPU, background services, drivers, and sometimes online servers. If any part fails, slows down, or gets stuck, the entire app can freeze.

1. High CPU Usage

2. Insufficient RAM

3. Disk Overload or Slow Storage

4. Software Bugs or Coding Errors

5. Conflicting Background Processes

6. GPU Bottlenecks

7. Server-Side Issues

8. Corrupted Files or Cache

9. Too Many Background Apps Running

10. Outdated Windows or Drivers

What Is the End Task Feature in Windows 11?

The End Task feature is a system-level command that instantly forces a running application to stop all its processes. It does not wait for the app to respond—it terminates it immediately. This is the same powerful operation usually found inside Task Manager, but Windows 11 now gives users an easier and faster way to access it without opening any system windows.

The Biggest Advantage: One-Click Force Close From the Context Menu

Microsoft now allows you to enable End Task directly in the right-click taskbar menu. This means you simply right-click on an app icon in the system tray or taskbar and instantly close it—no Task Manager needed.

Why This Is a Game-Changer:

  • Saves time during freezes

  • One-click solution

  • No need to open Task Manager

  • Works even when the screen is stuck

  • Ideal for slow or older PCs

  • Perfect for quickly closing crashing apps

  • Helps regain control of your PC immediately

Whether it's Chrome, Photoshop, VLC, Word, a game, or any random app that stops responding—you can kill it instantly.


How to Enable End Task on the App Context Menu (Step-by-Step)

This is the easiest and official Windows method.

Step 1: Open Settings

Press Windows + I or click the Start menu and open the Settings app.

Step 2: Go to System

In the left-hand menu, select System to access core system settings.

Step 3: Select Advanced System Settings

Scroll down and tap Advanced System Settings (sometimes labelled as Advanced or Advanced Settings depending on your Windows build).

Step 4: Find the “End Task” Toggle

Inside the Advanced settings page, locate a toggle labelled End Task.

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Step 5: Turn ON the Toggle

Switch the toggle to ON. This activates the feature system-wide.

What Happens After You Enable It?

Once this setting is turned on:

  • Right-click any app in the taskbar

  • Right-click any app in the system tray

  • You will now see the End Task option
    Clicking End Task immediately closes the app—even if it is completely frozen.

This is the fastest and most efficient way to handle stuck or unresponsive apps in Windows.

How This Helps You Fix Frozen, Stuck, or Hanged Software

When an app hangs, it usually locks system resources. This slows down other applications and can even affect the entire OS. Having End Task in the context menu helps in several ways:

1. Instant System Recovery

2. Prevents Full System Crashes

3. Fixes High CPU or RAM Usage

4. Saves Time During Work

5. Avoids Rebooting the System

6. Works for Any App

7. Helps Diagnose Problematic Apps

Why This Built-In End Task Method Is Better Than Third-Party Tools

There are dozens of apps online promising to “force close programs,” but Microsoft’s built-in method is:

  • Faster

  • Safer

  • More reliable

  • Better optimized

  • Free

  • No ads or malware

  • Directly embedded into the OS

You don’t need any external software when Windows already gives you the best solution.


Conclusion

Frozen, hanged, stuck, and “Not Responding” apps are common issues in Windows, especially when running heavy software or multitasking. Microsoft’s new End Task toggle in Windows 11 provides a smart, fast, and efficient way to instantly force close any unresponsive program with a simple right-click. By enabling this feature through Settings → System → Advanced → End Task, you gain the ability to shut down any problematic app in just one click without opening Task Manager. 

How to Automatically Repair Corrupted Windows 11 for Quick System Recovery

Windows 11 includes powerful built-in recovery features that can detect corruption, fix missing system files, repair boot issues, and restore overall OS stability within minutes—without requiring a pen drive or external tools. In this guide, you’ll learn how Automatic Repair works, how to manually trigger recovery, how to use Quick Machine Recovery with proper step-by-step instructions, and how to prevent future OS corruption for a smoother, more stable Windows experience.

What Causes Windows 11 to Become Corrupted or Fail to Start
Windows 11 can fail to start due to damaged boot files, incomplete updates, sudden power loss, incompatible drivers, malware, or hard-disk errors. These issues often lead to startup failures, infinite loading loops, black screens, or missing system components. When these conditions are detected, Windows automatically prepares the built-in repair sequence to restore essential system functions and get your PC running again.

How Windows 11 Automatic Repair Works
Automatic Repair is a self-healing mechanism that begins when Windows detects repeated boot failures. The system scans your startup configuration, checks essential boot files, analyzes registry structures, and attempts to fix corrupted components automatically. If the problem is recoverable, Windows repairs it and restarts normally. If not, it directs you into the Windows Recovery Environment for deeper troubleshooting.

Enable and Use Quick Machine Recovery (Step-by-Step Guide)

Quick Machine Recovery is a smart Windows 11 troubleshooting feature that continuously searches for solutions, repairs corrupted OS components, and automatically restores system stability. Here is how to enable and configure it:

  1. Open Settings from the Start Menu.

  2. Click System on the left panel.

  3. Scroll down and select Quick Machine Recovery.

  4. Toggle ON the switch next to “Quick Machine Recovery.”

  5. Enable “Continue Searching if a Solution Isn’t Found.”

  6. Under “Check for Solutions Every:” set a time interval (recommended: every 15–30 minutes).

  7. Under “Restart Automatically After Repair Attempt:” set the restart timer to 180 seconds.

  8. Close the window—Windows automatically saves your configuration.

This ensures your PC keeps diagnosing and repairing corruption even if the first attempt fails, increasing your chances of a complete recovery without reinstalling Windows.

How to Trigger Automatic Repair Manually
If Windows does not launch Automatic Repair automatically, you can force it:

  1. Turn on your PC.

  2. As soon as Windows starts loading, force shutdown by holding the power button.

  3. Repeat this three times.

  4. On the fourth boot, Windows loads Recovery Mode.

  5. Go to Advanced Options → Troubleshoot → Startup Repair.

  6. Let Windows scan and repair your installation.

This method helps when the OS is corrupted, stuck in a loop, or failing to load essential system files.

Fix Corrupted System Files Using SFC and DISM
If Windows still behaves abnormally after recovery attempts, you can repair deeper system layers:

  1. Enter Windows Recovery Mode or open Command Prompt (Admin) from the Start menu.

  2. Run SFC to repair file corruption:

    sfc /scannow
  3. Once completed, run DISM to rebuild system integrity:

    DISM /Online /Cleanup-Image /RestoreHealth

These tools fix critical OS damage, restore missing files, and rebuild corrupted image components.

Use System Restore to Roll Back Windows 11
If a faulty update or software installation corrupted your OS, rolling back often solves the problem faster:

  1. Enter Windows Recovery Mode.

  2. Click TroubleshootAdvanced OptionsSystem Restore.

  3. Choose a restore point created before the issue started.

  4. Follow the on-screen instructions to complete recovery.

System Restore reverses system changes without touching personal files.

Reset Windows 11 Without Losing Your Files
If the corruption is severe, Windows allows you to reinstall the OS safely:

  1. Open Recovery Mode or go to Settings → System → Recovery.

  2. Select Reset this PC.

  3. Choose Keep My Files.

  4. Windows reinstalls a fresh OS while preserving your data.

This is the best option when deep system layers are damaged beyond repair.

Prevent System Corruption in the Future
To maintain long-term system health:

  • Keep Windows updated.

  • Update drivers regularly.

  • Avoid force-shutting your PC.

  • Maintain stable power supply or use a UPS.

  • Run periodic security scans.

  • Keep at least 15–20% free disk space.

These practices significantly reduce the chances of OS corruption or startup failures.

Final Thoughts
Windows 11 provides a complete recovery ecosystem that detects, repairs, and restores your operating system automatically. Whether your PC is failing to start, corrupted, or stuck in a boot loop, tools like Automatic Repair, Quick Machine Recovery, SFC/DISM, System Restore, and Reset options give you multiple layers of protection and fast recovery. By learning how to enable and configure these features, you ensure quick system restoration and long-term stability without needing external tools or advanced technical experience.

How to Set Up or Configure Static IP on Any Smart TV to Fix Internet Issues

A Smart TV normally connects to the internet using automatic network settings, also known as DHCP. In most cases this works smoothly, but if...