How Do I Turn On My MSI laptop-Easy Solution: A Detailed Guide

I recently stumbled upon a challenge that many MSI laptop users might be familiar with — my laptop simply wouldn’t turn on. The screen stayed dark, and there was silence instead of the usual hum of the system coming to life. Imagine, right when I needed it the most, my trusted device gave me the cold shoulder.

Digging a bit deeper, I discovered I wasn’t alone. Many have faced this very hurdle, whether due to a spilled cup of coffee, a software update gone awry, or just the natural wear and tear of technology. It’s alarming to think about all the data, work, and memories potentially trapped inside a device that refuses to power up.

Not just for me, but for every MSI laptop user out there who might be in a similar predicament. We all want our devices to be reliable and knowing the common issues and fixes can be a lifesaver.

In this post, we’ll cover the most common reasons an MSI laptop won’t turn on and provide potential solutions to test. With some targeted troubleshooting, you can hopefully isolate the cause and get your unresponsive MSI laptop back up and running.

Basic Troubleshooting Steps for a Laptop That Won’t Turn On

1. Ensure the Power Source is Functional

Often, the simplest reason behind a laptop not turning on is related to power. Here’s a deeper dive into what this entails:

  • AC Adapter Check:

    • Ensure the laptop’s AC adapter is plugged in properly, both into the laptop and into the wall socket.
    • Check if the indicator light (if there’s one) on the charger is on. This usually signifies that the charger is receiving power from the outlet.
    • Try using a different wall socket to rule out the possibility of a faulty outlet.
  • Battery Check:

    • If your laptop has a removable battery, consider taking it out and then placing it back, ensuring it’s seated correctly.
    • For laptops with built-in batteries, it’s trickier, but sometimes performing a “hard reset” can help. This involves disconnecting the charger, turning off the laptop, and holding down the power button for about 15-30 seconds. After this, connect the charger again and try turning it on.

2. Check for Visible External Damage

External damage can often hint at internal problems. It’s crucial to be thorough in your inspection:

  • Physical Damage:

    • Look for any cracks, dents, or obvious signs of impact. Such damage can affect internal components even if it seems superficial from the outside.
  • Liquid Spills:

    • Any residue, moisture, or signs of a recent liquid spill should be taken seriously. Liquid can cause short circuits and damage the internal electronics of the laptop.
  • Port Damage:

    • Inspect all ports (USB, HDMI, charging port, etc.). Damaged ports can sometimes cause a laptop to fail to start due to short circuits or other related problems.

3. Listen for Any Unusual Sounds Upon Attempting to Power On

Sometimes, the sounds a laptop makes (or doesn’t make) can be diagnostic:

  • Hard Drive Sounds:

    • If you hear clicking or grinding noises, this could indicate a failing hard drive. While the laptop should still power on in most cases with a faulty hard drive, it might not boot up properly.
  • Beeping Sounds:

    • A series of beeps during startup is known as a “beep code.” These are emitted by the motherboard when it encounters specific hardware errors. The pattern of beeps can often be used to diagnose issues, though you’d need to consult your laptop’s manual or the manufacturer’s website for the specific meanings.
  • Complete Silence:

    • If there’s no sound at all—not even the whirring of fans—it could suggest issues with the power supply, motherboard, or battery. It’s also possible that the laptop is starting up but facing display issues.

Basic troubleshooting steps are the first line of defense when confronting a laptop that refuses to turn on. While these steps can sometimes pinpoint the issue or even offer a quick fix, more intricate problems might require professional expertise. Nonetheless, by systematically ruling out the common culprits, you place yourself in a better position to understand the potential root of the problem.

Common Reasons and Solutions for Laptop Power Issues

a. Power Issues

One of the most prevalent reasons laptops refuse to turn on relates to power. Let’s deep dive into the specific power-related problems and their solutions:

1. AC Adapter Malfunctions

The AC adapter, commonly known as the charger, is crucial for both supplying power to the laptop and charging the battery. When it malfunctions, your laptop might not receive the necessary power.

Signs of a Malfunctioning AC Adapter:

  • The charger’s indicator light (if present) doesn’t illuminate.
  • The laptop doesn’t show any signs of charging when plugged in.
  • The adapter is excessively hot to the touch.
  • There are visible signs of damage, like fraying cables.

How to Test and Solutions:

  • Different Outlet: Plug the AC adapter into a different wall socket to ensure the problem isn’t with the outlet itself.
  • Physical Inspection: Check for any visible damages like exposed wires, bent plugs, or bulges.
  • Try Another Charger: If you have access to another compatible charger, try using it. If the laptop powers on with a different charger, your original AC adapter might be the issue.
  • Multimeter Test: Use a multimeter to check if the charger outputs the correct voltage. Remember to compare it with the specified voltage on the adapter itself.

2. Battery Failures

The laptop’s battery is its lifeline when unplugged. Over time, batteries can degrade or fail.

Signs of a Failing Battery:

  • Rapid loss of charge when unplugged.
  • The laptop only powers on when plugged in, not on battery power alone.
  • The battery doesn’t charge to 100%, or the OS indicates it’s “plugged in, not charging.”
  • Swelling or bulging of the battery (more common in smartphones but can occur in laptops with enclosed batteries).

Steps for Verification and Solutions:

  • External Check: If your laptop has a removable battery, take it out and inspect for any signs of damage or warping.
  • BIOS/UEFI: Access the laptop’s BIOS/UEFI settings. Some systems provide battery health reports here.
  • Battery Report: On Windows laptops, you can generate a battery report by typing battery report in the command prompt. This provides a detailed look at battery health and charge cycles.
  • Replacement: If the battery is confirmed to be at fault, consider replacing it. Ensure you purchase a genuine or high-quality third-party battery.

In case of failed batteries, the docking station will not charge the laptop

3. Power Button Problems

The power button is the primary interface to turn your laptop on or off. If it’s malfunctioning, the laptop won’t receive the signal to start.

Signs and Considerations:

  • No Tactile Feedback: When pressing the power button, there’s no usual “click” or resistance.
  • Dirt and Debris: Sometimes, accumulated dirt can prevent the button from being pressed properly.


  • Cleaning: If the power button is recessed or seems dirty, try gently cleaning around it with a soft brush or compressed air. This can dislodge any dirt or debris affecting its function.
  • External Power-On: Some laptops have a secondary method to power on, such as a keyboard shortcut.
  • Professional Repair: If cleaning doesn’t help and you suspect a mechanical failure, consider seeking professional repair. They might replace the power button or the circuitry associated with it.

Understanding these power-related problems and their respective solutions can often save time and potential expenses. By narrowing down the exact cause of the issue, you can apply the most effective remedy and get your laptop back to its usual working state.

b. Software Failures

The software running on your laptop, primarily the operating system, plays a pivotal role in the device’s ability to function. If there’s an issue at this level, it can prevent your laptop from starting up correctly.

1. Corrupted Operating System

The OS acts as an intermediary between the user and the hardware. If it becomes corrupted, it can prevent the laptop from booting.

Symptoms of a Corrupted OS:

  • Failure to Boot: The laptop powers on, but it doesn’t proceed to the login screen.
  • Error Messages: Messages such as “boot device not found” or “operating system not found” can be displayed.
  • Blue Screen: On Windows systems, a “Blue Screen of Death” (BSOD) with error codes can indicate OS or driver issues.
  • Infinite Loops: The laptop constantly restarts or displays the manufacturer’s logo without proceeding to boot the OS.

Fixes for a Corrupted OS:

  • Safe Mode: Try booting the laptop in Safe Mode. This starts the system with a minimal set of drivers and services, allowing you to troubleshoot and potentially rectify the issue.
  • System Restore: If you’ve previously set restore points (or if the system did automatically), consider reverting to one of those points where the laptop was functioning properly.
  • OS Repair: Both Windows and MacOS offer repair options using installation or recovery media. This can fix system files without deleting personal data.
  • Reinstall: As a last resort, consider reinstalling the operating system. This will erase all data on the system drive, so ensure you have backups of important files.

2. Failed Updates and Interruptions During Critical Operations

Updates are essential for system security and performance. However, if an update process is interrupted or malfunctions, it can cause boot issues.

Signs of Failed Updates or Interruptions:

  • Stuck on Update Screen: The laptop continuously displays messages like “Installing updates” but doesn’t progress.
  • Error Messages: Messages indicating a failed update or that changes are being “rolled back.”
  • Sudden Shutdowns During Update: This could be due to power loss or manually turning off the laptop.

How to Address These Issues:

  • Wait: Sometimes, updates can take longer than expected. Ensure you’ve given ample time (several hours, in some cases) before concluding it’s stuck.
  • Hard Reset: Performing a hard reset (holding down the power button until the laptop turns off) and then turning it back on can sometimes bypass minor update hiccups.
  • Safe Mode and Rollback: Boot in Safe Mode and uninstall recent updates or use system restore points.
  • Clean Installation: If the OS becomes irreparably damaged due to a failed update, a clean installation might be necessary.

Software failures can be daunting, as they often prevent access to valuable data. Regular backups, being cautious during updates, and having recovery media on hand can help mitigate and address these issues more effectively.


Hardware Malfunctions

The hardware components of a laptop are like the organs in a body. When one fails, it can disrupt the entire system’s functioning. Below, we delve into specific hardware malfunctions that can prevent your laptop from turning on or functioning properly.

1. Faulty RAM (Random Access Memory)

RAM is the primary storage your computer uses to run programs and perform tasks. If it malfunctions, it can cause startup failures.

How Faulty RAM Affects Startup:

  • Beeping Patterns: On startup, you might hear a specific pattern of beeps, indicating RAM failure.
  • Blue Screen of Death (BSOD): On Windows, memory errors might result in a BSOD with specific error codes.
  • Frequent Crashes: Even if the laptop starts, it may crash frequently or freeze unexpectedly.

How to Diagnose Faulty RAM:

  • BIOS/UEFI Memory Check: Some laptop BIOS/UEFI settings offer built-in diagnostics. You can access them during startup.
  • MemTest86: This is a popular third-party tool that can be loaded onto a USB drive and used to diagnose RAM issues.
  • Physical Inspection and Reseating: If comfortable, open the laptop and inspect the RAM for any visible damage. Reseating the RAM (removing and then securely placing it back) can sometimes resolve contact-related issues.

2. Motherboard Failures

The motherboard, or mainboard, is the primary circuit board in a laptop, housing most of the crucial components. If it fails, the entire system is affected.

Signs of Motherboard Failures:

  • No Power: The laptop shows no signs of life, no LED lights, no fan sounds.
  • Unexplained Overheating: Even without intense tasks, the laptop heats excessively.
  • Component Failures: Multiple components (like USB ports, audio jacks, etc.) stop working simultaneously.
  • Visual Inspection: Signs of physical damage, such as burned areas or bloated capacitors.

Potential Causes:

  • Liquid Damage: Spills can cause short circuits, leading to motherboard damage.
  • Power Surges: Electrical surges can damage sensitive components.
  • Aging and Wear: Over time, components degrade and can fail naturally.

3. Storage Drive Errors (HDD/SSD)

The storage drive, be it an HDD (Hard Disk Drive) or SSD (Solid State Drive), contains the operating system and all your data. If it fails, the laptop might not start.

How a Failing Drive Impacts Startup:

  • Slow Performance: Boot times become significantly longer, and applications take forever to open.
  • Clicking Noises (primarily HDDs): A consistent clicking noise might suggest a dying hard drive.
  • Error Messages: Messages like “Boot device not found” or “Disk read error.”
  • File Corruption: Saved files become unreadable or the system reports frequent disk errors.

Diagnosis and Solutions:

  • Built-in Diagnostics: Most modern laptops have built-in diagnostics that can be accessed during startup to check for disk errors.
  • Third-party Tools: Software like CrystalDiskInfo (for HDDs and SSDs) or SSD-specific manufacturer tools can provide insights into drive health.
  • Backup and Replacement: If a drive shows signs of failure, immediately backup important data and consider replacing the drive.

Hardware malfunctions can range from simple, easily fixable issues to complex problems requiring professional repair or component replacement. Regular maintenance, careful usage, and keeping backups are always advised to mitigate the impact of these hardware issues.

Display Issues

The display is one of the most interactive and visible components of a laptop. When it fails, it can often feel as if the entire laptop is non-functional. Let’s dive into common display-related issues and their resolutions:

1. Broken Screen

A broken or damaged screen can make it seem like your laptop isn’t turning on, when in reality, it’s just the display that’s not working.

How to Distinguish Between a Powered-Off Laptop and a Broken Screen:

  • Backlight Check: Look closely at the laptop screen in a well-lit environment. If the screen is broken but the laptop is on, you might see a faint glow, indicating the backlight is working.
  • Sound Cues: Listen for the startup chime, fan noise, or the sound of the hard drive (in laptops with HDDs). These can suggest the laptop is working, but the screen isn’t.
  • External Monitor: Connect the laptop to an external monitor or TV using HDMI or any other available port. If the external display works, the laptop’s internal screen might be the issue.
  • Physical Damage Inspection: Check for visible cracks, dents, or discoloration on the screen. Sometimes damage can be internal, especially if the laptop was dropped.

2. Graphics Card Failures

The graphics card (or GPU) processes and manages the visual output. If it malfunctions, the display might not show any visuals, even if the laptop is running.

How Graphics Card Failures Can Prevent Startup Visuals:

  • Black Screen: The laptop powers on (evident by LED indicators, sounds, etc.), but the screen remains entirely black.
  • Artifacting: You might see strange patterns, colors, or lines on the screen. These “artifacts” can suggest a GPU issue.
  • No External Display: If both the laptop’s screen and an external monitor don’t display anything, the GPU might be at fault.
  • BIOS/UEFI Access: In some cases, you might be able to access the BIOS/UEFI, but not the main operating system. This could suggest a driver issue with the GPU, which can be resolved in safe mode.

Resolutions and Considerations:

  • Driver Updates: Sometimes, updating (or rolling back) graphics drivers can resolve display issues.
  • Cooling and Overheating: GPUs can malfunction due to overheating. Ensure your laptop’s cooling system is working correctly and clean out any dust.
  • Professional Assessment: In laptops with integrated graphics (where the GPU is part of the main CPU), a GPU failure might require a new CPU or motherboard. In laptops with dedicated GPUs, you might need to replace just the GPU, though this can be complex and is not always feasible.
  • Temporary Workaround: If the internal GPU fails, some laptops allow for the use of an external GPU, though this isn’t a practical solution for everyone.

Display issues can be especially frustrating since they directly impede our interaction with the laptop. However, by systematically troubleshooting and understanding the root cause, you can identify the best course of action to restore your laptop’s visual functionality.

Overheating and Thermal Shutdown

When laptops overheat, they take measures to protect their components, and sometimes that means shutting down completely. Prolonged exposure to high temperatures can have adverse effects on a laptop’s performance and longevity. Let’s understand the consequences of consistent overheating and ways to mitigate the heat.

1. Consequences of Consistent Overheating

  • Performance Degradation: Over time, consistent overheating can reduce the efficiency and responsiveness of the laptop. Processes might take longer, apps may freeze, and multitasking could become a challenge.
  • Shortened Hardware Lifespan: High temperatures can deteriorate the silicon in chips faster. Components such as the CPU, GPU, and even the battery can have their life spans considerably reduced due to heat.
  • Data Loss: Unexpected thermal shutdowns can result in unsaved data being lost. Moreover, if overheating affects the storage drives, there’s a risk of permanent data loss.
  • Battery Drain: Overheating can cause the battery to work harder than necessary, draining it faster. Moreover, batteries exposed to high temperatures can have reduced overall lifespans.

Potential Physical Hazards: In extreme cases, consistently overheated batteries might swell or even pose fire risks.

2. Solutions to Overheating

a. Cleaning Internal Fans

Dust and debris can accumulate over time, clogging the internal fans and heat sinks, which can lead to reduced airflow and cooling capacity.


  • Shut Down and Unplug: Always ensure the laptop is turned off and unplugged.
  • Open the Laptop: Depending on the make and model, remove the necessary screws to access the internal fans. (Refer to your laptop’s manual or look for a guide specific to your laptop model.)
  • Use Compressed Air: Gently use compressed air to blow away the dust from the fans and vents. Always blow the dust out from the inside, so you’re not just pushing it deeper into the laptop.
  • Inspect for Damage: While cleaning, check if the fan blades are intact and if the fan spins freely. If not, consider replacing the fan.
b. Replacing Thermal Paste

Thermal paste is a thermally conductive compound applied between the CPU/GPU and the heatsink. It helps in efficient heat transfer. Over time, this paste can degrade, leading to suboptimal cooling.


  • Gather Supplies: You’ll need high-quality thermal paste, isopropyl alcohol (or a specialized cleaning solution), and soft, lint-free cloths.
  • Access the CPU/GPU: After opening the laptop, locate the heatsink over the CPU/GPU and carefully remove it.
  • Clean Old Paste: Using the isopropyl alcohol and cloth, gently clean off the old thermal paste from both the CPU/GPU and the heatsink.
  • Apply New Paste: Place a small pea-sized dot (or a thin line, depending on the CPU shape) of thermal paste on the chip. When you reattach the heatsink, it will spread the paste evenly.
  • Reattach Everything: Carefully place the heatsink back, ensuring it makes full contact with the CPU/GPU. Screw it in place and reassemble your laptop.

Taking care of the thermal health of your laptop is essential for both its performance and longevity. Regular maintenance, such as cleaning out dust and replacing old thermal paste, can prevent a multitude of problems stemming from overheating.


The BIOS (Basic Input/Output System) or UEFI (Unified Extensible Firmware Interface) is foundational software that initializes the computer hardware and facilitates the communication between the operating system and that hardware. When there are errors or issues with the BIOS/UEFI, they can directly impede the boot process of a laptop. Let’s delve into the role of the BIOS/UEFI, common errors, and how to handle them.

1. Importance of the BIOS/UEFI in the Boot Process

  • Initial Hardware Check: Before your operating system starts, the BIOS/UEFI performs a POST (Power-On Self-Test) to ensure all hardware components are functioning correctly.
  • Loading the Boot Loader: The BIOS/UEFI locates and initiates the bootloader of the installed OS, acting as an intermediary between the OS and the computer hardware.
  • System Configuration Management: It houses various settings for your laptop, from boot order to CPU clock settings. Changing these configurations can influence the laptop’s behavior.
  • Update and Repair Tool: The BIOS/UEFI environment can be used to update the firmware or recover from certain system failures.

2. Common Problems with BIOS/UEFI

  • Corrupted Firmware: Power outages or failed updates can corrupt the BIOS/UEFI firmware, leading to boot issues.
  • Misconfigured Settings: Incorrectly set parameters, like the wrong boot order or over-ambitious overclocking, can prevent the laptop from booting properly.
  • Hardware Changes: Sometimes, adding new hardware components without updating the BIOS/UEFI can cause incompatibilities.
  • Password Issues: If a BIOS/UEFI password is set and forgotten, it can restrict access to the system.

3. Reset Procedures for BIOS/UEFI Errors

  • Accessing the BIOS/UEFI: Typically, you can access this by pressing a specific key (like F2, F10, or Del) during the startup process. The exact key varies by manufacturer and model.
  • Restoring Defaults: Inside the BIOS/UEFI environment, there’s often an option to “Restore Defaults” or “Load Optimized Defaults.” This action will revert any settings changes you’ve made, which can resolve many boot issues stemming from misconfigurations.
  • BIOS/UEFI Updates: If you suspect that your BIOS/UEFI is corrupted or out-of-date, you can download the latest firmware version from the laptop manufacturer’s website and follow their guidelines to update it. Ensure the laptop is connected to a reliable power source during this process to prevent interruptions.
  • Clearing the CMOS: The CMOS (complementary metal-oxide-semiconductor) battery maintains the BIOS/UEFI settings. By temporarily removing this battery or using a jumper switch on some motherboards, you can reset the BIOS/UEFI to its default state. This is a more hands-on approach and might require opening the laptop.
  • Seeking Professional Help: If you’re unable to access the BIOS/UEFI or the laptop still doesn’t boot after trying the above steps, it might be wise to consult with professionals or the manufacturer’s support team.

Understanding the role of the BIOS/UEFI in the boot process and how to troubleshoot its issues can save you from potential headaches. Always approach firmware updates and setting changes with caution, ensuring you have a clear understanding of the changes you’re making.


While an MSI laptop refusing to power on can certainly be frustrating, methodically troubleshooting hardware and software can help identify the underlying problem. Simple issues like a discharged battery just require charging. More complex failures involving motherboard components may necessitate seeking professional repair. With persistence and care, you can likely get to the bottom of why your MSI laptop won’t turn on.

Frequently Asked Questions

Here are some frequently asked questions (FAQs) about why an MSI laptop won’t turn on:

Q: How do I wake up my MSI laptop from sleep mode?

A: To wake your MSI laptop from sleep, standby or hibernation, simply move the mouse or press any key on the keyboard. If that doesn’t work, press the power button to fully wake the computer.

Q: What does an orange power button light mean on an MSI laptop?

A: An orange or red power LED on an MSI laptop indicates the dedicated Nvidia GPU is active. If it stays orange continuously, it likely means the dedicated GPU is staying on when it shouldn’t be, draining battery life.

Q. Does Laptop Charge When Shut Down?

Yes! All the laptops charge even when shut down including the MSI laptops.

Q: What is the boot key for an MSI laptop at startup?

A: Hitting the F11 key repeatedly at startup will bring up the MSI laptop’s boot menu. This allows you to select a boot device and can help troubleshoot startup issues that prevent Windows from loading properly.

Q: Why won’t my MSI laptop power on at all?

A: If an MSI laptop won’t turn on, potential causes include a drained battery, loose cable connections, hardware failure, or software corruption. Methodically troubleshoot hardware and software to isolate the issue.