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The mode or modal value of a data set is the most frequently occurring value. It’s a measure of central tendency that tells you the most popular choice or most common characteristic of your sample.
When reporting descriptive statistics, measures of central tendency help you find the middle or the average of your data set. The three most common measures of central tendency are the mode, median, and mean.How many modes can you have?
A data set can often have no mode, one mode or more than one mode – it all depends on how many different values repeat most frequently.
Your data can be:
without any mode
unimodal, with one mode,
bimodal, with two modes,
trimodal, with three modes, or
multimodal, with four or more modes.Mode calculator Here’s why students love Scribbr’s proofreading services
Discover proofreading & editingFind the mode (by hand)
To find the mode, follow these two steps:
If the data for your variable takes the form of numerical values, order the values from low to high. If it takes the form of categories or groupings, sort the values by group, in any order.
Identify the value or values that occur most frequently.Numerical mode example
Your data set is the ages of 6 college students.
Participant A B C D E F
Age 19 22 20 21 22 23
By ordering the values from low to high, we can easily see the value that occurs most frequently.
Ordered data set
Age 19 20 21
The mode of this data set is 22.Categorical mode example
Your data set contains the highest education levels of the participants’ parents.
Participant A B C D E F
Parents’ education level Bachelor’s degree Master’s degree High school diploma Bachelor’s degree Doctoral degree Master’s degree
To sort the values by group, you create a simple frequency table. Place the categories on the left hand side and the frequencies on the right hand side.
Parents’ education level Frequency
Bachelor’s degree 2
Master’s degree 2
High school diploma 1
Doctoral degree 1
From the table, you can see that there are two modes. This means you have a bimodal data set.
The modes are Bachelor’s degree and Master’s degree.Find the mode with grouped data
A grouped frequency table organizes large numerical data sets into intervals or classes of values and reports the frequency of values in each class.
For grouped data, you can report the mode in two ways:
the modal class is the grouping with the highest frequency of values.
the modal value is estimated as the midpoint of the modal class.
The mode is only an estimate in this case, because the actual values within the modal class are unknown.Modal class and modal value example
You have a data set that includes the average reaction times of participants. You organize the data into a frequency table.
Reaction times are placed in classes of 100 milliseconds each. The frequency column shows the number of participants within each class.
Grouped frequency table
Reaction time (milliseconds) Frequency
You can visualize your data set by plotting your data on a histogram. The mode is the value with the highest peak on a histogram or bar chart.
From your table or histogram, you can see that the modal class – the group in which values appear most frequently – is 500–599 milliseconds. Therefore, the mode is estimated to be at the midpoint of this class: 550 milliseconds.
Importantly, the choice of intervals in grouped data can have a large impact on the mode. For example, changing the intervals from 100 ms long to 50 or 200 ms long could result in completely different modes.When to use the mode
The level of measurement of your variables determines when you should use the mode.
The mode works best with categorical data. It is the only measure of central tendency for nominal variables, where it can reflect the most commonly found characteristic (e.g., demographic information). The mode is also useful with ordinal variables – for example, to reflect the most popular answer on a ranked scale (e.g., level of agreement).
For quantitative data, such as reaction time or height, the mode may not be a helpful measure of central tendency. That’s because there are often many more possible values for quantitative data than there are for categorical data, so it’s unlikely for values to repeat.Example of quantitative data with no mode
You collect data on reaction times in a computer task, and your data set contains values that are all different from each other.
Data set with no mode
Reaction time (milliseconds) 267 345 421 324 401 312 382 298 303
In this data set, there is no mode, because each value occurs only once.Other interesting articles
If you want to know more about statistics, methodology, or research bias, make sure to check out some of our other articles with explanations and examples.Frequently asked questions about the mode Cite this Scribbr article
Bhandari, P. Retrieved July 17, 2023,
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You’ve probably seen the setting that lets you choose whether to run the device as a bridge or a router while navigating through the network configurations. The purpose for both of these modes is the same, i.e, to offer network connectivity over a larger coverage area.
However, some minor technical intricacies make these two modes totally different in how they operate. In this context, we’ll compare these two networking modes today and recommend the best option to get the most out of your internet experience.
In router mode, IPs of devices connected are stored in tables and most viable route is selected to transfer data. The IPs can be given dynamically by the device or defined by user.
A router is involved in receiving the packets with the destination address attached to them and, forwards the packets to the receiver in the most convenient route. This process of forwarding the data is called dynamic routing.
It connects the LAN with the WAN. The router Converts an IP from one class to another using a process called Network Address Translation (NAT).
Router Mode is just to make the networking device function as a Router. Generally, the Modem/Router combo offered by the ISPs is, by default, set to the Router mode. However, if you use multiple routers for Wi-Fi range expansion, a private set of IPs created by the router generates conflict and can cause issues on the network. This is what is known as the Double NAT.
The router mode also supports multiple authentication methods, making it a more flexible option while setting up a connection.
Ideal for connecting Remote Networks
Brings the benefits of NAT
Enables more security Layers
Supports Multiple connection types (Dynamic IP/Static IP/PPPoE)
Dynamic Routing can consume Bandwidth
Double NAT becomes imminent when multiple devices are connected in router mode
Bridges use source and destination MAC before forwarding packets, contributing to less network congestion. Bridging essentially is the process of connecting two networks and making them function as one.
Now, getting into Bridge mode, is a setting that can be configured to make networking devices work simultaneously and extend the port access to a wider area. This configuration will disable the Network Access Translation (NAT) on one of the routers and turn it into a layer 2 device (On OSI) and extends the LAN.
With the IP assigning or NAT turned off, the router will not work as a DHCP server, which reduces the IP address conversion time. This can also be said as the latency of transferring the data between two points is relatively faster because of reduced data hops.
Enabling the bridge mode on a primary networking device will take away the routing capability from the device, if present. Configuring a device to work on the bridge mode renders the WAN port useless since the device is typically non-existent apart from extending the primary connection.
Extends network coverage over a larger area
Negates the possibility of Double NAT
Can work Between Firewalls
Offers high network reliability
Service providers might not support the device
Cannot Configure Source or Destination NAT
Limited IP pools and devices
From an OSI model perspective, the router is a Level three device that performs the routing of traffic in an extended network. Routers are referred to as the network’s gateway as they forward the packets from one network to another. This is the normal modus operandi when a networking device is set to run on a Router mode.
Router With OSI Layer
A bridge is a network framework segregating the LAN into segments and dividing the traffic into those segments. On an OSI Model, it works on the Data Link layer. Bridges are used to overcome the limitations of the bus topology by reducing network traffic and limiting bandwidth usage. Thus, enabling the Bridge mode does this function by converting the networking device into a bridge.
Bridge with OSI Layer
Getting into other differences between these two modes, we can find some major divergences in their performance, security, usage, and specialization.
When it comes to the packet transfer process, a router mode works efficiently by directing them to just the necessary destination. This helps in reducing traffic and boosts the overall performance of the network. However, Bridge mode provides flexibility to connect many devices, extend the range of the Network and improve the network speed.
When two routers are connected to each other, there is the possibility of Double NAT in the routing mode. The issue can become prominent while using VoIP service or port forwarding rules.
The main purpose of the bridge mode is not to function as a security layer but to reduce traffic using segmentation. To make things simple, if you are planning to use bridge mode for a home network, it provides equal amount of security as a router.
On the other hand, since routers are primarily used to connect two remote devices or networks, routers can help to create a secure network. Under router mode, different security protocols are adopted, including encryption, to secure the data. This makes the router safer than using it as a bridge.
If a networking device is operating on a bridge mode, it will not have the routing capabilities and can be used to extend the range of LANs. And hence, the bridge mode is seen as easier to operate for LANs.
Router mode is required when you need to move back and forth between multiple networks. For instance, between your ISP and your home network. Also, a router mode enabled in a networking device can distribute a single wired Internet connection to multiple clients. These are the reasons for the router mode being suitable for both LAN and WAN environments.
Enabling bridge mode can be useful in those places where the number of devices trying to connect to the network is large and network coverage needs expansion.
The Routers support a limited number of devices connected at a time and also do not cater to the requirement of wider network coverage. Thus, router mode is suitable for home use.
Except for the fact that both are router/modem configurations, there are only a few similarities between Bridge mode and Router mode. However, when viewed closely, both of these modes of networking can be used to extend network connectivity.
Users can extend the existing network without using the NAT feature while using Bridge mode. Network range extensions are possible while in router mode, but IP address conflicts also can arise with it.
Bridge Mode helps you to utilize the networking devices you have to extend the network coverage across a larger area. If you are setting a Mesh system, you must operate your primary networking device on bridge mode.
As already discussed, having the bridge mode on eliminates the possibility of Double NAT. If any network-based activity you are performing is getting affected by Double NAT, you can try using this mode on your router. Operating on Bridge mode also can be a good option if the device provided by your ISP lacks wireless strength.
For an average home user, running on the Router mode is relatively easy and caters all the home requirements. If you have multiple networks, you can use the router mode to separate them by creating multiple SSIDs. On a home network, you can also operate the primary networking device on a Router mode and connect a spare router as an extender.
After all of the discussion, here is a quick summary of the major differences between Router Mode and Bridge Mode.
Changing your DNS server is a good idea. You will get better security, privacy, accuracy, and speed by switching away from your ISP’s default. You can change your DNS by just entering a few numbers into your computer or router, but figuring out what those numbers can be is a little more confusing. Google and OpenDNS, the popular choices, may not actually be the best, but luckily, they are far from the only options.What makes a good DNS server? 1. Security
Most ISPs do not use any DNS security, so finding a provider that uses DNScrypt (Very good but requires some setup), DNSSEC (Good but not encrypted), or DNS-over-TLS/DNS-over-HTTPS (Very good but rare) is preferable. Services that use one of these protocols will usually list it in their FAQ or technical information.2. Privacy
Your ISP probably records your DNS requests, but many alternatives do as well. Try to find a service with anonymous logs (good, fairly common) or no logs (best but hard to find). If the provider doesn’t list their logging policy, just do a search for “[DNS Provider] logging policy.”3. Accuracy/scope
Most public DNS servers keep more up-to-date records than ISPs, though this is hard to test. Even better, though, some provide access to domains that aren’t even listed on most servers, like “.ti,” which is not an official domain since Tibet is technically part of China.4. Speed
When it comes to milliseconds, geography matters – the farther your server, the slower the speed. Using a Danish server while you’re in Chile will likely have a noticeable impact on your speed.
Before you settle on a server, test its speeds using a tool like DNS Jumper, DNS Benchmark, or NameBench. If the service you’re testing isn’t listed, all of these tools have fields where you can enter custom DNS addresses. Plug them in, test them, and pick the best ones relative to the others.Option 1: Big Data
1. Google Public DNS (220.127.116.11, 18.104.22.168): Fast, reliable, secure, but potentially not private
Great security (DNSSEC and DNS-over-HTTPS)
Worldwide reach means top-notch speeds
Claims to delete logs within forty-eight hours
Even if they claim their DNS is private, the fact remains that Google’s business model is making money off your traffic.
2. OpenDNS (22.214.171.124, 126.96.36.199): Fast, customizable, and very secure, but definitely not private
Well-maintained servers and good speeds
Top-notch security (DNSCrypt) and browsing protection
Content-blocking and other settings available
OpenDNS claims not to sell your logs, but they explicitly state that they keep everything
They may be censoring some legitimate websites
They are owned by Cisco, an IT giant that, again, is getting all your information
3. Others – Level3 Communications – big, reliable, not private, no notable security featuresOption 2: Maximum Privacy
1. OpenNIC: Wide variety of servers with good security/privacy
Good reputation for privacy and reliability
Many servers have no-logging policies and/or DNSCrypt
Servers all over the world, so speeds are generally good
Standards can vary widely between servers
Requires some trust in server-operators
Requires some tech knowledge
2. DNS.Watch (188.8.131.52, 184.108.40.206): High privacy, good security, varying speeds
Great reputation for privacy, no logging
Good security (DNSSEC)
Based in Germany, so speeds are best in Europe
FreeDNS: Great privacy, no extra security, varying speeds
UncensoredDNS: Great privacy, uses DNSSEC, but gets slower as your distance from Denmark increasesOption 3: The Middle Ground
1. Quad9 (220.127.116.11, 18.104.22.168): Great security, privacy guarantee, good speeds
Rolled out in 2023 by IBM, so it’s fast and being continuously upgraded
Great security (DNSSEC) and a continuously-updated list of blocked malicious websites
They claim not to store any personally identifiable information and are non-profit
IBM is still a big corporation that might use your data
Auto-blocking malicious websites is nice but may lead to some accidental censorship
2. Verisign (22.214.171.124, 126.96.36.199): Unspecified security, vague privacy, good speeds
Trusted company with plenty of servers
Promises not to sell your data
Only promises not to sell your data; is probably still logging it
A little light on security specifications
Comodo: well-known security company, good speeds, automatically blocks malicious sites, but no extra security and probably keeps logs
: another security company, unspecified privacy, can be set to block malicious sites/adult contentConclusion: Which Is the Best?
The DNS servers listed here represent a significant chunk of the market, though there are others that may also work for your needs. Your best options will vary, but in general, OpenNIC has something for everyone, with Quad9 being a more user-friendly backup option.
Once you change your DNS, don’t forget to check and make sure it worked!
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Unlock the Power of Automation with God Mode: The AI Tool that Automates Complex Tasks! Boost Efficiency, Save Time and Streamline Your Workflow Today! Try Now!
God Mode is an AI-powered tool that has the ability to self-generate tasks, take user prompts, and act on new tasks until it meets the original objective. It’s a unique tool that has been designed to automate complex tasks that would otherwise take a lot longer to complete manually. The tool is not entirely automated, as the user has approval rights for every step, allowing for redirection as well.
I began testing the tool with a task that I have already done manually, which was to create a strategy plan to research and engage with art buyers inside large retailers and merch brands. God Mode immediately conducted market research via Google, found lists, and started writing text files with notes.
After letting it run for over an hour, I added a couple of feedback notes to course correct the results. The tool successfully researched and developed a plan, created documents with engagement steps, and created a Python file to perform a specific task. However, it did not pull any contact information, which was a problem. It began to loop over and over, trying to pull contacts from LinkedIn, Google, and directories, but couldn’t pull the data properly.
I decided to test another idea, inspired by @elonmusk’s interview on Monday night, where he talked about finding the meaning of life. I set out to create “TruthGPT” to automate data research, store the data, interpret the dataset, and output findings and understandings on its own.
It worked much more effectively this time, and below are the list of the initial tasks of research.
See More: God Mode Auto GPT: How AI is Revolutionizing Automation
God Mode successfully researched the concept extensively, then created its own documentation to store the findings. It then trained itself on the data, which is quite impressive. After that, it created and ran a Python file, our own “TruthGPT”, to interpret its own dataset and give an output.
The tool successfully researched the concept extensively, then created its own documentation to store the findings. It then trained itself on the data, which is quite impressive. After that, it created and ran a Python file, our own “TruthGPT”, to interpret its own dataset and give an output.
The tool successfully created a text file with the five potential keys to reality as tasked to do, and well, simply put, we made a “TruthGPT” and found the meaning of life. (YAY! 🎉)
(Jokes aside, no, I don’t believe this is an actual “TruthGPT”). However, the process of automating complex tasks with ChatGPT is quite interesting, and soon, I don’t think there will be any gaps.
God Mode takes user prompts and acts on new tasks until it meets the original objective. The user has approval rights for every step, which allows for redirection if needed.
God Mode can automate complex tasks that would otherwise take a lot longer to complete manually.
The benefits of using God Mode include faster task completion, increased efficiency, and the ability to redirect tasks if needed.
In conclusion, God Mode is an AI-powered tool that is capable of automating complex tasks, thus increasing efficiency and reducing the time required to complete them. The tool takes user prompts and acts on new tasks until the original objective is met, with the user having approval rights for every step. While the tool is not entirely automated, it offers a unique approach to automating tasks with the ability to redirect tasks if necessary.
The tool has been tested, and it has shown its ability to conduct market research, create plans, and run Python files. Although there were some limitations in pulling data from sources, the tool was able to perform the desired tasks effectively. Additionally, the tool was tested on the creation of “TruthGPT,” which successfully researched and interpreted data to provide an output, even if it was just for fun.
How exactly does one find the best hashtags for likes to use on their Instagram posts?
Instagram hashtags are important if you want to get more reach and engagement to your posts.
However, finding the right hashtags that will drive lots of likes to your post is challenging.
You might spend hours finding and compiling a bunch of relevant hashtags to your niche. But when you actually use them in your posts, you don’t get as many likes as you hoped for.
What if there was an effective and actionable strategy you could use right now that will skyrocket your number of likes per post?
Read on, because this article contains a step-by-step strategy you can use to find and use the best hashtags for likes and example hashtags that you can copy and paste.Table of contents
Here’s an overview about what you’ll learn and benefit after reading this article.
What are hashtags for?
In this section, you will learn why hashtags are important and their main usage.
Max number of hashtags to use
This section focuses on the maximum and perfect number of hashtags you can use on Instagram to get the most amount of likes.
How to find the best hashtags for likes
This section contains a step-by-step guide you can use to find the best hashtags you can use to get the most amount of likes.
Hashtags for likes (copy & paste)
Skip to this section if you want a list of researched hashtags you can copy and paste for likes.
Frequently asked questions about hashtags.Grow your Instagram audience!
Share your Instagram link on Followchain, a follow for follow community for Instagram.What are hashtags for? Firstly, Instagram hashtags can increase the number of likes you’re getting per post.
This is because your posts will have a chance of getting discovered.
Now, you might be wondering, why do some people deliberately look up hashtags and engage on various recent posts?
Whenever someone searches for a hashtag related to your niche, they might stumble on your post in the recent section and engage in it. This is because they’re hoping for you to engage back in their posts and possibly even follow them.
The whole point of people doing this is to engage in as many posts as possible related to your niche with the hopes of others reciprocating.
Which brings us to the next point, the predominance of bots.
These likes are mostly from accounts belonging to real people that are automated. In fact, most likes from hashtags are being automated which is the reality of Instagram.
Hashtags act as a search engine. Hashtags are the keyword you’d type in to find whatever niche you’re looking for.Secondly, you can grow more followers.
There is a small chance that people who engage in your posts through hashtags will follow you.
Again, they do this for the hopes of you following them back.Lastly, you can increase your conversions through unique business hashtags, also known as branded hashtags.
For instance, McDonald’s created its own branded hashtag #ShamrockShakeSZN to encourage others to utilize it whenever sharing their shamrock products.
A branded hashtag for your business compiles all your content and your customer’s content (whenever they utilize the hashtag) into one searchable place.
This is a brilliant marketing strategy, especially if your business has a decent to large amount of followers.Max number of hashtags to use
The maximum number of hashtags you should use is 30. Any more than that and you might put your account at risk of getting a shadowban.
If you haven’t heard of a shadowban, it’s basically the act of hiding your posts on the hashtag search results. This will decrease your post’s reach tremendously.
In other words, if your account is shadowbanned, utilizing hashtags on your posts will be redundant.How to find the best hashtags for likes
Disclaimer: This is a step-by-step guide on how to find the best hashtags that will drive the most amount of likes to your posts in the shortest amount of time. This is not a guide to find hashtags based on your niche through organic research.
This is a rather technical guide, so pay close attention to each step.
After doing some intensive research, Portuguese hashtags seem to drive the most amount of likes. This is because quite a number of their hashtags are targeted by automation.
So, you’ll get an immediate surge of likes if you utilize a group of specific hashtags.
In this case, let’s focus on an individual hashtag, #sdv. ‘Sdv’, or Sigo de Volto (in Portuguese) means ‘I follow back’ (in English).Firstly, type ‘sdv’ on the search bar and navigate to tags.
By looking at the top section, you can tell that there are lots of posts with the repetitive phrase, ‘Chuva De Seguidores’, which translates to ‘Rain Of Followers’ in English.Secondly, navigate to recent.
That way you can deduce that the likes they are getting is not from their followers, but almost entirely from the hashtags they are using.
This means that a majority, if not all of their likes are driven from hashtags alone.To back this hypothesis, let’s take a look at their followers.
This person only has 4 followers and garnered 22 likes on a post in 2 minutes. In other words, the hashtags that this person has been using are highly effective and targeted by automation.Now, let’s take a look at the hashtags they have been using.
Thus, as these hashtags are driving lots of likes, you can copy it on your notes and use it in your future posts.To conclude, here are the copied hashtags from the above post:
autolike #lkfollowlink #gainwithmchina #takipçikazan #sigodevolta# # #chuva #sdv#geritakip # #gainwithmchina #chuvadelikes30k#aktiv #beğeni #takipet #sdvtodos #aztagram#seguesigodevolta #followtrick #gaintrick #takipte#rfr # #rtb #takipcikazan #aktivler#takipp# #takipleş #takipçikazan#sigodevolta #gaintrick ##chuva #sdv #geritakip #chuvadelikes ## #aktiv #beğeni #takipet# # #seguesigodevolta# #gaintrick #takipte #rfr #gainpost #rtb#takipcikazan #aktivler #takipp# #takipleş#takipçikazan #sigodevolta ## # # #geritakip# # # #aktiv# #takipet # #aztagram#seguesigodevolta #followtrick #gaintrick #takipte#rfr # #rtb #takipcikazan #aktivler#takip# #takipleş #takipcikazan##gaintrick # ##sdv#geritakip #chuvadelikes ##chuvadelikes30k#aktiv #beğeni #takipet# ##seguesigodevolta#followtrick #gaintrain#takipte #rfr #gainpost ##takipçikazan#aktivler #takipp #gainparty
Feel free to copy these hashtags for your own use.Hashtags for likes (copy & paste)
Compiled list of Portuguese hashtags for likes.
Why use hashtags?
By using hashtags, you’ll be able to:
1. Increase the number of likes you’re getting per post.
2. Grow more followers.
3. Increase your conversions through branded hashtags.
What is the maximum number of hashtags you should use?
You should use a maximum of 30 hashtags.
You can place hashtags on either one. It makes very little difference.
How do you find the best hashtags for likes?
If you’re looking for a complete guide to Instagram Marketing, feel free to read this:
Are you struggling with growing your Instagram followers? Stop paying for agencies that require your Instagram password or growth services that utilize bots or fake followers. Followchain is the only community you need. Sign up and create an account for free today.
Author: Lim How Wei. Lim How Wei is the founder of Followchain, a community that simplifies growth and networking for Instagram users. Feel free to follow him on Instagram.
Your computer’s model name or number provides information about its software and hardware configurations. Knowing your PC model information makes it easy to find compatible software (e.g., drivers) and accessories (e.g., chargers).
You may also need to provide your computer model number when seeking technical support or troubleshooting issues. We’ll show you how to find your computer model in Windows and using third-party tools.
Table of ContentsFrom the Settings Menu Check the Product Label or Packaging
You’ll find your computer’s model on its packaging. For laptops, lookout for a product label on the base or bottom cover of the device. Close the lid, turn your laptop upside down, and check if you find a label.
Check the side, back, or top of the tower case on desktops and all-in-one computers for product labels.
Can’t find your PC’s packaging or product label? Check the user manual instead. Some computer retailers print product information on the bill of sale documents or receipt. So, make sure you check that, too.Visit the Manufacturer’s Website
Many PC manufacturers have online tools that automatically detect your computer’s model, serial number, and other information. All you need is an internet connection and a web browser.
Lenovo has a web-based tool that scans laptops and desktops to find their name and serial number. The tool works perfectly on computers running Windows 7, 8, 10, and 11. Visit Lenovo’s Support website and select Detect Product or Help me find my product/serial number.
Wait for a few seconds, and you should see your PC’s model name, serial number, warranty status, etc.
HP has a similar Web Product Detection tool that identifies your computer’s model via a web browser.Use the System Information Tool
The Microsoft System Information is a system tool that displays a comprehensive report of your computer’s hardware and software specs. Follow the steps below to check your desktop or laptop model using System Information.
Press the Windows key + R, type or paste msinfo32 in the Run box, and press OK.
Alternatively, type system information in Windows Search and select Open to launch the tool.
Select System Summary on the sidebar and check the “System Manufacturer” and “System Model” rows for your PC’s model information.Use the DirectX Diagnostic Tool
The DirectX Diagnostic Tool displays information about your PC’s graphics card and other hardware components. Here’s how to use the tool to check your computer’s model in Windows:
Press Windows key + R, type dxdiag in the Run box, and select OK.
Head to the “System” tab and check the System Manufacturer and System Model for your computer’s model information.
Select Exit to close the DirectX Diagnostic Tool.Find Computer Model Using Command Prompt
There are about four different commands you can run in the Command Prompt to check the model of your computer. Open the Windows Command Prompt and run the command in the sections below.
Press Windows key + R, type cmd in the Windows Run box, and press Enter. That will launch the Command Prompt with administrative privileges.Method 1
Type or paste wmic csproduct get name in the Command Prompt terminal and press Enter.
Command Prompt should display your PC’s model number in the following line.Method 2
Wait for Command Prompt to load your computer’s information and check the “System Manufacturer” and “System Model” rows for your PC’s model name or number.
The “System Type” row tells if you’re using a 32-Bit or 64-Bit computerFind Computer Model Using Powershell
Powershell is another built-in Windows tool you can use to find the model of your computer.
Open the Windows Start Menu, type powershell in the search bar, and select Run as administrator.
Type or paste Get-CimInstance -ClassName Win32_ComputerSystem in the Powershell console and press Enter.
Check the “Manufacturer” and “Model” columns for your PC’s manufacturer name and model number.Find Computer Model in BIOS Settings
The Basic Input/Output System (BIOS) menu has everything you need to know about your Windows computer.
If your PC runs Windows 10, refer to our tutorial on entering BIOS in Windows 10 and older versions. After booting into BIOS, check the “Information” or “System Information” tab for your computer’s model.
For devices running Windows 11, here’s how to find your computer’s model in the BIOS menu:
Wait for your device to boot into recovery and proceed to the next step.
Select Advanced options.
Select UEFI Firmware Settings.
Select the Restart button to boot into the BIOS settings.
Head to the “Information” tab and check the Product Name row for your computer’s model name or number.Use Your Computer’s Device Management App
PC manufacturers like Lenovo and Dell pre-install device management software on desktop and laptop computers. These tools can help you manage your device settings, fix performance issues, update drivers, etc. Additionally, they tell you everything you need to know about your computer.
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