Trending December 2023 # Fix: Computer Is Stuck On 169 Ip Address # Suggested January 2024 # Top 17 Popular

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FIX: Computer is stuck on 169 IP address [detailed guide]




If you discover that your PC is stuck with a 169 IP address, we have a bunch of suggested fixes to help you out.

More often than not, this problem occurs as a result of improper system configuration, but there are exceptions, too.

Visit our Network Troubleshooting section to learn more about fixing connectivity issues on your own.

Check out our Network & Internet Hub for more networking fixes and easy-to-follow guides.

If you find your computer stuck with a 169 IP address, it could generally mean either of the following:

The DHCP server is temporarily unavailable

The computer is not connected properly to the network

The computer is not authorized to connect to the network

The computer itself was unable to communicate with a DHCP server

Your router is wedged or jammed, and thus needs a reboot

WiFi or Internet connection isn’t working

The 169 IP range is reserved by Microsoft for private network addressing.

With that in mind, if your computer is configured to obtain an IP automatically, you may get one of those (169).

If this happens, the APIPA (automatic private IP addressing) checks to configure itself automatically with an IP address and a default class B subnet mask.

If you tried to reboot your computer/router and still find your PC stuck with a 169 IP address, we have a few solutions you could try.

What can I do if the Computer is stuck with a 169 IP address?

Some PC users might have made certain configuration changes to their systems.

Whether by updating the OS, upgrading to a major OS release, migrating to a new system, or performing a system restore, these can all affect your PC.

With that in mind, check for any recent changes on your system and try to roll them back one-by-one.

If you see no improvement, you can move to our other suggestions.

One of the reasons that the 169 IP address is assigned is to let the network interface create an ad-hoc network without an established network.

This only happens if the network detects a proper hardware connection but can’t communicate with the DHCP server to get an IP address.

In this situation, more often than not, the culprit is the system’s firewall.

Therefore, it makes sense that resetting your firewall preferences and rebooting your system could fix this issue.

2. Select Device Manager

3. Find Network Adapters

4. Expand the list

6. Select Properties

7. Go to the Driver tab

9. Restart your computer

2. Select Run

3. Type  chúng tôi  and press Enter

4. Select Device Manager

5. Expand the Network Adapters list

9. Select Scan for Hardware Changes

11. Select Run

17. Select Command Prompt (Admin)

18. In the command prompt window type the following commands, followed by Enter (for each of them):

netsh winsock reset catalog

netsh int ip reset chúng tôi /release

ipconfig /renew

19. Restart your computer and try to connect again

Buy a VPN subscription

Download the VPN client

Install it on your PC

Launch the VPN client

Log in to your account

Connect to a server of your choice (regardless of location)

Check if you’re still stuck with a 169 IP address

What a VPN does is it allows you to surf the web anonymously by assigning you a different IP address than your ISP-assigned one.

Expert tip:

The best VPNs for Windows 10 have a large number of servers across the globe, allowing you a seamless connection at all times.

2. Select Control Panel

3. Go to the Power Options category

4. Select the Choose what the power buttons do option

6. Scroll down to Shutdown settings

7. Uncheck the Turn on fast startup option

2. Select Run

3. Type chúng tôi and press enter

4. Go to the Services section

5. Select DNS client

This is useful especially if your computer has an infection with a proxy redirection, thus scanning your system will check these issues.

2. Go to the search field box and type CMD

4. Select Run as Administrator

5. Type sfc/scannow

6. Press Enter

7. Restart your computer and try to connect again

2. Select Control Panel

3. Go to the Network and Internet category

5. Select the Manage Network Connections option

8. Go to the Networking tab

9. Uncheck the Internet Protocol Version 6 (IPv6) option

12. Go to the General tab

13. Select Use the following IP address and type the following:

IP Address:

Subnet mask:

Default Gateway: nothing (leave it blank)

14. Under the Alternate Configuration tab, set to Automatic private IP address

Rerun the automatic configuration for your network connection. If it does not complete successfully, set up the network information to:

IP Address: 168.0.2

Subnet mask: 255.255.0

Default Gateway: 168.0.1

Save and then test your connection once again.


To wrap things up, if you discover that your PC is stuck with a 169 IP address, there are many ways you can fix this issue.

We recommend you to try our methods one by one and avoid skipping any of them; the one you skip may be the very one that would’ve solved your issue.

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How To Find Your Router’s Ip Address

Do you need to change your router’s settings, such as choosing a new password or tweaking the parental controls? Perhaps you’ve been experiencing some connectivity problems and want to troubleshoot your network connection. If you need to make any changes to your network, you’ll typically log in to your router’s configuration page, accessing it by typing your router’s IP address into your web browser. This tutorial shows how to find the address, no matter your device or operating system.

Tip: if you are having issues, learn how to troubleshoot your router.

One-Size-Fits-All Techniques

If your operating system isn’t featured on this list, don’t panic. There are a few one-size-fits-all techniques that you can try.

1. Look for a Sticker

Many routers have a sticker that contains valuable information about that particular router, including its IP address. Assuming you haven’t changed this default address, it’s always worth checking your router. The information you want may be printed on the casing.

2. Check the Manual

If you still have your router’s manual, there’s a chance the IP address is printed somewhere within the manual or on a sticker that’s attached to the manual’s front or inside cover. Routers typically have a default IP address, so you can also try one of the common default addresses for your brand.

3. Explore Your Network Settings

You should be able to view your router’s IP address on any device connected to your local network.

Grab a device connected to Wi-Fi and open its Internet, network, or Wi-Fi settings. Look for anything that’s referred to as “gateway,” “default gateway,” or “router,” as this will typically yield your router’s IP address.

Good to know: routers can be used in multiple ways. Learn the difference between “access point” and “repeater mode” on your router.

Find Your Router’s IP Address on Windows

Windows offers multiple ways to find your router’s IP address. The two easiest methods are via the command line and network settings:

Command Line

Type ipconfig at the prompt.

Look for “Default Gateway.” This is your router’s IP address.

Network Settings

Select “Network and Sharing Center.”

Look for “Default Gateway” to find the IP address.

Also helpful: if you’re having trouble connecting to your network, learn what to do when a Wi-Fi network isn’t showing up on Windows.

Find Your Router’s IP Address on Mac

Some versions of Mac let you find the router’s IP address using the Wi-Fi extended menu and the instructions detailed below.

The router’s IP address is beside “Router” in the extended menu.

Network Settings

Select “Network.”

Select your current network connection on the left and choose “Advanced” at the bottom of the screen.

Your IP address is listed beside “Router.”


Enter the following command and find your IP address by “Default.”

Find Your Router’s IP Address on iOS

Finding the IP address of your router is surprisingly simple on iOS.

Open Settings.

Select “Wi-Fi.”

Tap the “i” icon next to your Wi-Fi connection.

Find the IP address beside “Router.”

Find Your Router’s IP Address on Android

Some versions of Android make it easy to find your router’s IP address. But in Android 12, you can view your device’s IP address but not the router’s. Let’s start with the easy method for older devices (which may not be available on all brands).

Open Settings.

Tap “Connections” or “Network & Internet.”

Tap “Wi-Fi.”

Tap and hold the name of your Wi-Fi connection and select “Manage network settings.” If this doesn’t work, tap the gear icon beside your network name.

Look for “Gateway” or “Router” to find your IP address.

Please note the steps may vary slightly based on your Android version.

If none of those options are available to you, such as with my Android 12 device, you can use a third-party app to do the work for you. While multiple options are available, I am using IP Tools: WiFi Analyzer.

Download IP Tools: WiFi Analyzer from the Play Store.

Provide location permissions to scan for Wi-Fi networks.

Scroll down the IP window (the home screen) until you see “Gateway.” This is your router’s IP.

Good to know: you can use Wi-Fi calling on your Android device.

Find Your Router’s IP Address on Linux

Linux offers a few different ways to uncover your router’s IP address. Most users will probably use a Terminal command, but you can also use Network Settings.

Terminal Window

Enter one of the following commands:

ip r


You’ll find the IP address by “default.”

Network Settings

Select the gear icon next to your current connection.

Your IP address is beside “Default Router,” “Default Route,” or “Gateway,” depending on your version of Linux.

Find Your Router’s IP Address on Chromebook

If you have a Chromebook, Chrome OS lets you find your router’s IP through the network settings.

Select “Advanced” to get more information about your connection. The IP address is listed under “Gateway.”

Frequently Asked Questions How do I log in to my router after I find the IP address?

Some routers have an app to log in. Generally, you will open your favorite browser, enter the router’s IP address in the URL bar, then enter your username and password.

Can I hide or change my router’s IP?

If you’re trying to prevent your ISP and websites from seeing your router’s IP or your device’s IP address, you can use a VPN or even a private browser like Tor. See how the two compare and what we recommend using.

How can I add extra features to my router?

If you’re logging in to your router to make changes but don’t see what you’re looking for, you may want to add some extra features. To do this, you’ll need to add custom firmware. The type of firmware you add varies based on your router manufacturer.

Why does my browser say my connection isn’t secure when entering my router’s IP address?

It’s common for your browser to see the IP address as suspicious, as it’s just the IP address and doesn’t have an SSL certificate like a regular website. If you get an error or warning, it’s safe to proceed anyway.

Crystal Crowder

Crystal Crowder has spent over 15 years working in the tech industry, first as an IT technician and then as a writer. She works to help teach others how to get the most from their devices, systems, and apps. She stays on top of the latest trends and is always finding solutions to common tech problems.

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Hdg Explains : What Is A Dedicated Ip Address & Should I Get One?

Most people are under the assumption that when you sign for a hosting plan, you get your own IP address, but that’s not true. The truth is you need to sign up for a dedicated IP address for that. But what is a dedicated IP address?

Most hosting packages will give you an IP address that’s shared by a number of other customers. This means that the bandwidth for internet traffic is stretched across multiple websites.

Table of Contents

In this article, we’ll take a deeper look at the difference between a dedicated IP and a shared hosting account, and explain whether it’s worth getting a dedicated IP or not.

What Is a Dedicated IP Address In Hosting?

Most typical hosting plans come  at a low price because the hosting company can place multiple hosting accounts at the same IP address. This means that one server is essentially dedicated to multiple different customers.

A dedicated IP address is different and it means you’ll have your very own IP address, or server, dedicated to your one account. It costs more for a dedicated IP address because the hosting provider must reserve more server resources for just one customer, but it usually comes with a number of benefits.

What Are The Benefits of Using a Dedicated IP Address For Your Website?

When you’re on a shared plan, your IP address is shared with other customers. Your privacy and account details are safe and there’s no way to know who is sharing an IP address with you. But using a shared IP address does pose a risk to your website performance.

Firstly, because there could be multiple websites with incoming traffic hosted on a single server, bandwidth has to be managed. The peak maximum upload and download speeds are often restricted to very specific levels with these hosting plans so that the servers don’t become overloaded.

Unfortunately that means that if you hit a spike in traffic from a viral post or a well performing article on Google for example, traffic may be throttled. Users may have to wait longer for your website to load so that your site isn’t causing issues to other customers sharing your same IP address.

This can have a huge negative impact on your user retention. Page speed score is important. So upgrading to a dedicated IP address can stop this issue from ever happening.

Another negative drawback to using a shared hosting plan is that you may risk interference to your website performance as a result of other customer activity. 

As we explained above, website traffic is throttled which means if things work like they should, you shouldn’t see any drastic performance issues if a customer sharing your IP address suddenly has a surge in traffic. But technology doesn’t always work as expected, and there’s no guaranteeing other customer activity may not cause issues. 

One example could be if a customer sharing your IP address is targeted by a DDOS attack. Because you’re sharing a server with that customer, your website could have connectivity issues.

Another issue with shared plan hosting is that it’s not just the server network speeds that are shared. You also have to share other system resources, including storage. Because of this, shared IP hosting often limits a user’s storage size quite significantly, so you’ll have trouble expanding your website in the future if you keep uploading new content.

Of course, a dedicated IP address will resolve all of these problems. With a dedicated IP address, all system resources are dedicated only to you, including network speed, memory, and storage space.

Not all servers are built the same, so even if you plan to have your own dedicated IP Address, you must make sure the server has the right hardware and network requirements to manage your website and incoming traffic.

Dedicated IP hosting also has other benefits. Because you are the sole customer using that server, you are given greater control over how it operates because you won’t impact any other customer’s experience. You can control how your storage is distributed across your websites and manage network performance so you’re always ready to endure any sudden spikes in traffic.

Different hosting accounts offer different levels of support, so it may mean that owning a dedicated IP address requires more manual maintenance. But you’ll need to check with each server hosting provider to find out more details about that.

Dedicated IP vs Shared Hosting – Which Is Better?

It should be clear that a dedicated IP address has a number of benefits over shared hosting, but is it always the clear choice? Below we’ve taken a look at pricing and performance differences between dedicated IP hosting and shared server hosting on Bluehost, a popular provider.

The Stats of Dedicated IP Hosting

Pricing from $119.99-$209.99

4 Cores @ 2.3GHz – 3.3GHz

500GB to 1TB mirrored storage


5TB-15TB bandwidth

3-5 unique IP addresses

The Stats of Shared Hosting

Pricing from $7.99-$23.99

No dedicated IP address

Storage, performance, and network throttled

Bluehost uses terms like “unlimited” or “unmetered” for its bandwidth and storage. What that means is that Bluehost monitors the average performance of their customers on shared plans and ensures that their servers can support the customers using it based on this data. And while your bandwidth and storage is technically unlimited, if you go outside of what they consider normal usage, Bluehost will contact you and ask you to tone it down a little bit.

For most people, the cost difference alone is why shared hosting is more than enough. Unless you’re running a popular website, dedicated hosting isn’t nessacary. But if you start to ramp up more traffic, upgrading to dedicated hosting can be a worthwhile investment.

Ip Addresses On Endangered List

Since 1994, the Internet Engineering Task Force has been warning of a shortage of IP addresses. Fortunately, the Task Force came up with a solution, known as Internet Protocol Version 6, or IPv6. Unfortunately, U.S. organizations have been very slow to transition to the new technology.

However, Microsoft’s new Windows Vista operating system may help change that.

Vista (and the upcoming Longhorn Server) are not the first Windows operating systems to support IPv6. However, they are the first to have IPv6 support installed and enabled by default. By making it so much easier to use IPv6, Vista will definitely smooth the transition to the new protocol and may even encourage some organizations to switch more quickly than anticipated.

IPv6 101

Currently, the Internet runs on IPv4, which was developed in 1974 by Vint Cerf and Robert Kahn. Under this system, internet addresses each have 32 bits and look something like this:

IPv4 allows for approximately 4.3 billion addresses. While that may seem like a lot, we’re about to run out. According to Dale Geesey, VP of Consulting for v6 Transition, “Reports based on information from the Number Resource Organization (NRO) indicate that IPv4 address space available from the Regional Internet Registries (RIRs) could be depleted within 2 years.” (Read the report here.)

IPv6 solves this problem the same way the post office and the telephone companies solved their problems when they ran out of zip codes and telephone numbers—they added more digits. IPv6 addresses have 128 bits and look something like this:


Switching to 128-bit addresses theoretically allows for approximately 665,570,793,348,866,943,898,599 Internet addresses per square meter of the Earth’s surface.

Researcher Christian Huitema estimates that realistically we could probably use only 3,911,873,538,269,506,102 addresses per square meter and maintain our current levels of efficiency. In any event, IPv6 addresses are practically infinite; you could literally have a unique Internet address for every hair on your head. More practically, each computer, cell phone, PDA, iPod, RFID tag, appliance, car, and devices we haven’t even imagined could each have its own address. Latif Ladid, President of the IPv6 Forum, believes that once IPv6 takes off, “Anything that costs more than $20 will be networked.”

But IPv6 doesn’t just add addresses. It improves security, and according to the U.S. Department of Commerce, it could reduce network management costs by a third. It also requires less bandwidth and makes Internet routing more efficient. And in a 2005 report completed by RTI International for the National Institute of Standards and Technology (NIST), the writers conclude that the benefits of IPv6 will exceed $10 billion per year.

Plus, IPv6 will enable new applications that will benefit from true point-to-point networking. For example, Ladid explains how IPv6 would make it easier to respond to disasters like a tsunami or Katrina. Previously, it took months or even years to restore all the voice and data networks. With IPv6, first responders could send in an “Internet ambulance.” Anyone with a laptop, cell phone, or PDA would be able to connect to an ad hoc network instantly, without any need for an ISP. It would minimize business disaster recovery costs, and it would make it easier to find survivors smart enough to hold on to their electronic devices.

Next page: Why Wait?

What Is A Mac Address?

If you’ve ever gone through the settings on your home router, we’d recommend you do, as some can come with insecure default settings and passwords. You may have noticed a feature called MAC filtering or something similar. You’d be forgiven for assuming that this setting prevented Apple’s Macs from connecting to your network or restricted it so only Macs could connect to your network.

Despite the potentially confusingly similar name, MAC has nothing to do with Apple. MAC is short for Media Access Control, and a MAC address is essential in computer networking. Those of you vaguely familiar with networking concepts may assume that IP addresses are the only form of address used to communicate over a computer network. This isn’t the case, though. IP addresses are used for routing traffic between networks. Still, devices use MAC addresses to route data within a network.

What Is a MAC Address?

A MAC address is part of the layer 2 addressing scheme on the OSI model. Layer 2 is used for local communication over a single network. In contrast, layer 3, with its IP addresses, is used for inter-network communications. MAC addresses have a simple structure made up of 12 hexadecimal characters. In most cases, a MAC address will be displayed with pairs of hexadecimal characters separated by a colon “:.” For example, a MAC address may look like this “00:20:91:AB:CD: EF”. Less often, MAC addresses may be separated by a hyphen and, in some cases, not separated at all.

Note: Hexadecimal means that the following characters are allowed “0123456789ABCDEF”. These make up a base 16 system. Conveniently, this means that one 8-bit byte of data can be represented by 2 hexadecimal characters.

A MAC address is divided into two parts, split down the middle. The MAC address’s first half identifies the device’s “vendor, manufacturer, or other organization.” It is an OUI, or Organisationally Unique Number assigned, upon request, by IEEE. All network cards produced by a manufacturer will have a MAC address starting with the same six hexadecimal characters.

The second half of the MAC address is “unique” and assigned when a device is made. The quotes are necessary because, with just 12-bits of address space remaining, there are only 16,777,216 possible combinations. This means that duplicates are likely with high-volume manufacturing. Thankfully, the MAC address is only used in local connections and is never used for inter-network communications. This means that a MAC address doesn’t have to be unique in the world, just unique on the network. It is possible to have an issue, but it’s unlikely.

The Difference Between IP and MAC Addresses

Every device on a network will occasionally broadcast its MAC address to indicate to other devices that it is connected to the network. These broadcasts are never extended out of a network. For this reason, there is no risk of anyone on the internet knowing your MAC address. The information would only theoretically be helpful for someone on the same local network as you.

Note: By network, we specifically mean local network, such as your home Wi-Fi network, not your ISP network.

IP addresses are the addressing scheme used to communicate across networks. This means that your IP address could be helpful to an attacker on the internet, potentially target you with DDOS attacks. For this reason, you shouldn’t share your public IP address where possible.

Be aware, however, that you can’t really avoid doing so if you send network traffic to someone, as they need to know your IP address to send a response back. IP addresses are also globally unique, though there is the caveat to the reserved private address ranges, which are treated more similarly to MAC addresses.

Privacy Issues

One of the issues with wireless connections such as Wi-Fi is that when your device isn’t connected to a network, it tries to search for known networks to connect to. This functionality enables your mobile phone to automatically reconnect to your home Wi-Fi when you get within the range, which is useful, but there’s also a privacy issue. To do this, your device regularly broadcasts the names of all Wi-Fi networks it has been configured to connect automatically. It says, “I want to connect to these networks. Are any of you out there?”

This sounds fine until you realize your device does this with a packet that uses its MAC address. This means that a large organization with lots of Wi-Fi access points or devices to listen to Wi-Fi traffic can track the movements of specific devices around a building, city, or country. Or even internationally, wherever they have the infrastructure.

To get around this, modern devices, especially mobile devices, tend to randomize their MAC address when performing these broadcasts. This denies anyone the ability to track your movements by monitoring the movement of a single MAC address. MAC randomization is even generally enabled by default.

You may remember that we said earlier that the MAC address was hard coded when the network device was manufactured. Both desktop and mobile operating systems allow you to manually override the MAC address. This is useful and good for privacy. It does have one minor consequence, though. It means that MAC filters on Wi-Fi routers are generally easy to bypass.

A Humorous Side Note

A lot of organizations have been assigned OIDs by IEEE. Many companies will be the ones you’d expect, the actual hardware manufacturers. Many will be companies you’ve never heard of too. There are some interesting ones, though. One such interesting one is the NSA. Yes, everyone’s favorite three-letter American agency is the National Security Agency. They have the OID “00-20-91”.

Many network monitoring systems translate the first half of a MAC address into the actual textual name of the organization it represents. This is because it’s slightly more accessible for people to read and spot patterns this way. It also means that if you configure your device’s MAC address, to begin with, “00-20-91,” it will show up in any monitoring system as being from the NSA. This has been used to prank unwary system admins in companies. Technically, there is no legal restriction or issue with doing this yourself. We don’t necessarily recommend it, though, especially in corporate environments, the little prank might not be appreciated.


A MAC address is a 48-bit address used for layer 2 communications. Being a layer 2 addressing scheme, it never gets transmitted beyond the local network. However, a MAC address must be unique on a network. The MAC address has two halves. The first half identifies the device manufacturer, while the second half is a network special device identifier.

MAC addresses are assigned to a network adaptor when they are manufactured. However, most operating systems feature functionality to override the given MAC address with a custom one. MAC addresses are displayed as 12 hexadecimal digits, typically separated in pairs by colons or hyphens.

How To Fix Mac Software Update Stuck Installing

System software updates on the Mac have a notorious reputation for taking ages to complete. They can also make matters worse by getting stuck during the download or install phases.

If your Mac has trouble completing a system software update successfully, then the list of troubleshooting tips that follow should fix that.

Table of Contents

Fix System Software Stuck While Downloading on Mac

Before installing a system software update on the Mac, you must download it using the built-in Software Update tool. If it appears to get stuck at some point, however, here’s what you should do.

Wait It Out Cancel and Retry

If sitting on your hands doesn’t seem to help, try canceling and downloading the system software update from scratch. Hover the cursor over the progress bar and select the x-shaped icon to stop the download. Then, select Upgrade Now/Update Now to re-download it. In most cases, your Mac should end up completing it without issues. 

Check System Status Check Your Internet

Don’t rule out any connectivity issues on your end. If you experience slow internet speeds elsewhere (check by downloading or playing something in Safari), do the following: 

Reboot your router.

Bring your Mac close to the router.

Disconnect and reconnect to Wi-Fi.

Use a different Wi-Fi connection.

Flush the Mac’s DNS cache.

Change DNS

Using a popular DNS (Domain Name System) service such as Google DNS or OpenDNS can speed things up by helping your Mac locate the best servers to get the updates.

Google DNS


Check Disk Space

Your Mac will refuse to download a system software update if it doesn’t have sufficient disk space. Even if you have the bare minimum of storage needed, it’s always a good idea to have some breathing room.

Try going on a junk file cleaning spree to free up more disk space. You can also look into reducing your Mac’s System and Other storage.

Fix System Software Stuck While Installing on Mac

After downloading a system software update, your Mac will start verifying and installing it. But if it freezes or gets stuck at some stage of the installation process, here’s what you can do to get things back on track again.

Wait it Out

It sounds boring, but most updates take a considerable amount of time to complete. Even if the progress indicator appears to stall, your Mac is likely performing lots of activity in the background. Wait until you’re positive that the system software is stuck before moving on with the rest of the fixes. Ideally, you should give your Mac a couple of hours at the very least.

Restart Mac

If you’ve already waited for a while but still see a stuck system software progress bar or a black screen, you should restart your Mac. To do that, press and hold down the Power button until the device shuts down. Wait for at least 10 seconds and boot it back up.

In most cases, the macOS software update will—hopefully—resume from where you left off. If not, your Mac will boot you into the operating system, and you must start the installation procedure from scratch. However, it’s best to check for disk errors before going for another attempt.

Check for Disk Errors 

Disk errors on your Mac are a significant reason for stuck or failed system software updates. You can use Disk Utility in macOS Recovery to check and get rid of them.

Once you enter macOS Recovery, select Disk Utility. Then, pick the last volume of the disk from the sidebar, select the First Aid icon, and select Run. 

Continue working your way up and run First Aid on any other volumes or containers to fix the entire disk. 


The NVRAM (non-volatile random-access memory) on your Mac stores various settings such as the time zone, startup-disk selection, display resolution, and so on. Resetting it usually helps fix stuck system software updates.

Note: You can only perform an NVRAM reset on Macs with Intel chipsets.

To perform an NVRAM reset, power down the Mac first. Then, hold down the Option, Command, P, and R keys until you hear your Mac’s startup sound twice. On Macs with the Apple T2 Security Chip, you must keep pressing all four keys until you see the Apple logo show up and disappear for the second time.

If the NVRAM reset didn’t fix the issue, you might want to go for an SMC (System Management Controller) reset instead.

Install in Safe Mode

Safe Mode is a stripped-down version of macOS that runs only the bare essentials the Mac needs to keep itself operational. If you continue to have issues with a system software update, you must install it in Safe Mode instead.

Start by shutting down your Mac and wait for 10 seconds. Then, boot it up but press down the Shift key immediately until you see the Apple logo. 

If you use an Apple Silicon Mac, hold down the Power button instead until you see the startup options screen. Next, select the startup disk containing macOS and select Continue in Safe Mode while holding down the Shift key.

Your Mac Is Now Up-to-Date

Most often than not, you can deal with stuck system software updates on the Mac by doing nothing but just waiting it out. Hence, it’s a great idea to apply them overnight so that they don’t end up testing your patience. 

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