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How to Use 2 Computers Within One Monitor

How to Use 2 Computers Within One Monitor







Running two computers simultaneously is now more of a necessity than a luxury. You need one PC to perform tasks in the background while you browse or do other jobs with the other. The problem is that two monitors take up too much of your workspace. The way to solve this problem is to use two computers with one monitor.


How to Use 2 Computers Within One Monitor


You don’t have to be a computer programmer to connect multiple computers to a single monitor. Keep reading, and you will find which solution will work for you.


How to Use 2 Computers Within One Monitor


There are several options to connect two computers with one monitor outlined below, including hardware and software solutions.


KVM Switch


The first option is a Keyboard, Video, and Mouse (KVM) switch. This hardware is commonly used for linking to computers or other devices. The KVM lets you switch control between devices. You can buy KVM switches online or in brick-and-mortar electronic stores.


To install the switch, follow these steps:



  1. Turn off any computers or monitors that you will be connecting.

  2. Attach a power adapter to your KVM switch.

  3. Connect the monitor video cables to the KVM switch video port.

  4. Turn on the monitor.

  5. Link your mouse and keyboard to the PS2 or the USB ports on the switch.

    Now you are ready to set up the focus port, continue the KVM switch installation as follows:

  6. Change the KVM to focus on Port 1.

  7. Connect the PC1 video cables to the switch.

  8. Attach the PS2 or USB cables from PC1-to-PC1 PS2 or USB ports on the KVM.

  9. Turn on PC1 to load the computer operating system.


Check whether the keyboard and mouse can control the PC1 connection—repeat steps 4 through 9 to connect the second computer to the KVM switch.


How to Choose a KVM Switch


KVM switches are convenient because you don’t need to unplug and re-plug your devices constantly. They vary in price between $20 to $100 depending on your requirements. However, the quality of the switch you buy differs in every price range. Look for a reputable KVM brand to get the best results when you shop.


Consider the following when you are choosing a KVM switch:



  • The number of people that will access the computers at the same time. This will determine how many ports you will need.

  • Your video support needs like HDMI, VGA, etc.

  • Video resolution requirements like 4k UHD.

  • KVM switch control method, such as control buttons versus remote switching.


Make sure you have enough space for both machines. Your computers must be close together because the KVM cables are pretty short.


Connect Two Computers With One Monitor Using an App


Perhaps making cable connections is not in your wheelhouse. There are plenty of software-based answers to solve your problem. KVM’s allow you to control and share your devices via a cable connection. Similarly, you can find apps that connect two or more computers without the hardware.


The types of software applications available include:



  • Apps that work on client-server models

  • Open-source machine virtualizer and emulator apps

  • System Manager Container apps


The app you choose will be based on your connection needs. However, the application software is cloud-based; therefore, all you need is an internet connection to control multiple computers.


Free Remote Desktop Programs


There’s another option for connecting more than one computer to a single monitor. Remote desktops are a program that can control one or more computers from the primary device. There are limitless, completely free remote desktop downloads on the internet.


The main advantage of using a remote desktop program is the devices don’t have to be in the same place. You can even share two computers from different countries. However, some users complain they have a few disadvantages.


These are some of the common problems with free remote desktop programs:



  • Poor connection quality causes delays

  • The screen is blurry with pixelated images

  • Physical proximity necessary to make the connections


This solution is preferable for controlling devices that are distant from each other. It works best with activities where the screen doesn’t constantly move, like word processing. If your project requires heavy graphics, it’s probably better to choose another solution.


Microsoft Remote Desktop Connection


Microsoft offers a free remote desktop for Windows and iOS. This tool lets you control and access multiple computers simultaneously. Keep in mind that both the primary and remote computers must be turned on and set up for the connection to work.


Follow these steps to set up Microsoft Remote Desktop on a Mac:



  1. Download the Microsoft Remote Desktop in the Mac Apple Store.

  2. Tap “System Preferences” in the Apple menu to allow your PC to accept remote settings.

  3. Select “Sharing.”

  4. Check the “Remote Login” box.

  5. Click “Allow full disk access for remote users.”

  6. Choose “All Users” or add users under “Only these users.”

  7. Add a remote source or Remote Desktop connection.


Make sure the sleep settings on the remote computer are set to “Never.” You cannot connect to a sleeping or hibernating PC.


Here are the steps to set up Microsoft Remote Desktop on a Windows PC:



  1. Download and install the Microsoft Remote Desktop.

  2. Open “Settings.”

  3. Select “System” and then choose “Remote Desktop.”

  4. Tap “Select users that can remotely access this PC” and add users.


Alternatively, you can use the Remote Desktop Setup Wizard. It will walk you through the steps to quickly set up the remote desktop on your computer.


Connect Two Computers With a Monitor


Most likely, your two computers run on the monitor you already own. Two or more computers can be used with either a regular or ultrawide monitor. Still, you have to take different steps with each type of monitor.


The majority of regular monitors today have more multiple input ports. Here’s how to use them to connect to more than one computer:



  1. Connect a cable to the monitor’s VGA or other port.

  2. Attach a second cable to a different port (DVA, HDMI, etc.).

  3. Go to the internal input selection settings on the monitor.

  4. Select the computer you want to use.


Unfortunately, you will have to change the input settings each time you switch computers. This isn’t an issue if you don’t have to switch computers often. In addition, you will need a keyboard and mouse for each computer.


You can control multiple computers on fancy ultrawide monitors without cables or a KVM. To use two computers with an ultrawide monitor:



  1. Access the monitor settings.

  2. Follow the instructions for your monitor model to set up the computer display.


New ultrawide models are released under the same brand very frequently. Ensure you follow the manufacturer’s direction for your exact model to avoid damaging your monitor.


Double the Productivity and Fun


Don’t worry about having enough space for two monitors, whether you live in a tiny apartment or a mansion. You can keep two computers running on one monitor without tons of bulky equipment. Enjoy “two-for-one” efficiency for work or play.


How many computers do you use with your monitor? Let us know which method you used to set up multiple computers if you use two or more. Leave your comments in the box below.





Disclaimer: Some pages on this site may include an affiliate link. This does not effect our editorial in any way.











Windows 11 not detecting the keyboard? Apply these fixes





Kazim Ali Alvi

by Kazim Ali Alvi

Author




Kazim has always been fond of technology, be it scrolling through the settings on his iPhone, Android device, or Windows. And at times, unscrewing the device to take a look at the hardware, although… Read more






  • Though not very often, users have reported that Windows 11 is unable to detect the keyboard, and we will tell you how to fix it in this article.

  • To resolve the problem, run the dedicated built-in troubleshooter, disable fast startup, or update the keyboard driver.

  • Also, find out how to enable the touch (virtual) keyboard in Windows 11.


Fix issues preventing Windows 11 from detecting the keyboard




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The keyboard doesn’t just help you input alphabets, numbers, and special characters but also streamlines our basic use of the PC. But, what would you do if Windows 11 is not detecting the keyboard?


The problem has been reported by several users, most after resetting the OS to its factory settings. With the keyboard inaccessible, you are left with pretty much nothing to do.


In this guide, we list out the reasons behind the issue, the most effective fixes if Windows 11 doesn’t detect the keyboard, and the steps to enable the touch keyboard to use for the time being.


Why is Windows 11 not detecting the connected keyboard?


This could be due to a bunch of reasons, depending on whether you have a wired or wireless keyboard. But, one of the issues common to both is problematic drivers or if they are missing.


Apart from that, improper connections, misconfigured settings, or even Fast Startup can cause the problem. If you are by any chance able to identify the underlying issue, just head to the relevant fix and execute it.


In case you are unable to, fret not! Follow the steps in the next section in the same sequence as they are listed to quickly and effectively troubleshoot the error.


What can I do if Windows 11 is not detecting the keyboard?


1. Perform some basic checks


First, disconnect the keyboard, clean both the USB and the port, and check for any damage to cables (for wired keyboards).


If there are none, reconnect the keyboard and see if it works. Also, try connecting it to another port on the system, just to make sure that the ports are not disabled.



Check keyboard connections


If it’s not working, your approach should now be to identify whether the problem lies with the keyboard or the system (OS). To do that, connect it to another device, and check if it works.


In case it does, the problem is with the computer itself and not the keyboard. In which case, head to the other fixes listed next.


If Windows 11 doesn’t detect the keyboard at all on both systems, replace it. Check our curated list of the best keyboards available in the market.


2. Check if the USB ports are disabled (for wired keyboards)


In many cases, it was the disabled USB ports that lead to Windows 11 not detecting the keyboard problem. Here, you will have to check whether the USB ports are disabled from the BIOS.


In order to enter the BIOS, you will have to press either F2 or F12 as soon as the screen lights up when you turn on the system. To be on the safe side, hit the key multiple times.


Once in the BIOS, look for the USB Configuration Setting which is usually listed under the Advanced tab, and enable the ports. To find out the exact steps, we recommend you head to the official manufacturer’s website, and look up their FAQ or support section.


3. Run the keyboard troubleshooter



  1. Press Windows + I to launch the Settings app, and click on Troubleshoot on the right in the System tab.Troubleshoot to fix windows 11 not detecting keyboard

  2. Next, click on Other troubleshooters.Other troubleshooters

  3. Locate the Keyboard troubleshooter, and click on the Run button next to it.Run keyboard troubleshooter to fix windows 11 not detecting keyboard

  4. Choose the appropriate response when prompted, and follow the on-screen instructions to complete the troubleshooting.


Whenever facing an error with anything on Windows, you should look for a dedicated built-in troubleshooter. Microsoft offers a few of these to help users diagnose and fix problems with the system.


4. Disable fast startup



  1. Press Windows + E to launch the File Explorer, click on the carat icon near the top-left, and select Control Panel from the list of options in the dropdown menu.Launch control panel

  2. Click on System and Security from the options that appear here.System and Security

  3. Next, click on Change what the power buttons do under the Power Options entry.Change what the power buttons do to fix windows 11 not detecting keyboard

  4. Click on Change settings that are currently unavailable to disable fast startup.Change settings that are currently unavailable to fix windows 11 not detecting keyboard

  5. Finally, untick the checkbox for Turn on fast startup (Recommended), and click on Save changes at the bottom.Disable Fast Startup


5. Update the keyboard driver



  1. Right-click on the Start icon in the Taskbar or press Windows + X to launch the Quick Access/Power user menu, and select Device Manager from the list of options that appear.Launch Device Manager

  2. Double-click on the Keyboards entry to view the various devices listed under it.Keyboards

  3. Now, locate the problematic keyboard, right-click on it, and select Update driver from the context menu.Update driver to fix windows 11 not detecting keyboard

  4. Next, select Search automatically for drivers from the two options that appear in the Update Drivers window.Search automatically for drivers to fix windows 11 not detecting keyboard


Drivers play a critical in the functioning of every device since these relay commands between the OS and the hardware. If there are problems with the driver, you are likely to encounter issues. There’s it’s recommended that you always have the latest driver installed.


The Device Manager method listed above only scans for newer versions on the system and not the other available sources. So if you haven’t downloaded one previously, Windows wouldn’t be able to find the latest version this way.


In which case, we recommend you look for the latest driver version in Windows Update or manually download the driver setup from the manufacturer’s website and install it.


If that sounds like too much trouble, you can also go with reliable third-party software. We recommend using DriverFix, a dedicated tool that scans all available sources for the latest version, and keeps the installed drivers up-to-date.


6. Remove the battery (for laptops)


Oftentimes, it’s the laptop battery that’s known to cause problems with the keyboard, since it’s placed right under it. When the battery overheats, it can affect the functioning of the keyboard and the latter might not be detected at times in Windows 11.


In this case, turn off the system, remove the battery, plug the laptop into a power source and turn it on. If the keyboard now starts working, the problem, in all likelihood, lied with the battery.


It’s best that you replace the malfunctioning battery with an original one that’s meant for your laptop. Never use batteries from a local manufacturer or ones that are not specifically for your device.


7. Reset Windows 11


If the above fixes haven’t resolved the keyboard detection problem in Windows 11, you should reinstall the OS. If you started encountering the error right after resetting it previously, doing it all over again can just as well fix it.



Reset Windows 11


You can easily reset Windows 11 to its factory settings, both from within the system and using a bootable USB drive. After resetting Windows 11, the keyboard would now be detected and you shouldn’t face any more problems with it.


How do I enable the touch (virtual) keyboard in Windows 11?


If Windows 11 is not detecting the keyboard, it would certainly be challenging. Even you would face trouble executing the fixes listed above. In this case, we recommend enabling the touch keyboard.



Touch (virtual) keyboard in Windows 11


Though it’s promoted for touch-enabled devices, the keyboard will work just as fine on any other device. Instead of using the touch feature, you will have to click on the relevant key.


Also, you have the option to customize the key size and background, apart from the size and theme of the virtual keyboard.


These are all the ways you can get the system to detect the keyboard in Windows 11. Once the problem is eliminated, learn how to use keyboard shortcuts in Windows 11.


In case you are facing issues with both the mouse and keyboard, check our guide that lists out the most effective fixes.


Do not hesitate to tell us which fix worked for you in the comments section below.




Explaining the Data Lakehouse: Part 4


This is the fourth article in a series of five explaining the data lakehouse. The first article introduced the data lakehouse and explored what is new and different about it. The second article explored the data lakehouse from the standpoint of cloud-native design, a radial break from classic data warehouse architecture. The third article explored the viability of the lakehouse — and of data lakehouse architecture — as replacements for the data warehouse. The final article assesses the differences (and, just as important, the surprising similarities) between the lakehouse and the platform-as-a-service (PaaS) data warehouse. 


This article looks at the role of data modeling in the context of designing, maintaining and using the lakehouse. It assesses the claim that the lakehouse is a light alternative to the data warehouse.


Data Lakehouse vs. Data Warehouse: Death, Taxes and Data Modeling


In making the case for the lakehouse as a data warehouse replacement, proponents usually point to a few extra benefits. The first benefit is that the lakehouse is supposed to simplify data modeling, which (in turn) is supposed to simplify ETL/data engineering. A second claimed benefit goes to the reduced cost of managing and maintaining ETL code. A third claimed benefit is that the elimination of data modeling makes the lakehouse less apt to “break” — that is, the routine alterations and vicissitudes of business, such as merger-and-acquisition activity, expansion into (or retreat from) new regions, and the launching of new services, do not break the lakehouse’s data model because there is no data model to break.


How a Bill Becomes a Law, or How Data Is, or Isn’t, Modeled for the Data Lakehouse


To understand what this means, let’s look at a best-case scenario for modeling in the data lakehouse.



  1. Data is ingested by the data lake’s landing zone.

  2. Some/all raw data is optionally persisted in a separate zone for archival storage.

  3. Raw data, or predefined extracts of raw data, are moved into one of the data lake’s staging zones. The lake may maintain separate staging zones for different types of users/practices.

  4. Raw OLTP data may undergo immediate data engineering (for example, scheduled batch ETL transformations) after which it gets loaded directly into the data lake’s curated zone.

  5. Data in the lake’s staging zones is made available to different kinds of jobs/expert users.

  6.  A subset of data in the lake’s staging zones is engineered and moved into the curated zone.

  7. Data in the curated zone is lightly modeled — for example, it is stored in an optimized columnar format.

  8. The data lakehouse is a modeling overlay (akin to a semantic model) that is superimposed over data in the lake’s curated zone or, optionally, over select data in its staging zones.

  9. Data in the lake’s curated zone is unmodeled. In the data lakehouse, per se, data modeling is instantiated in application- or use case-specific logical models, akin to denormalized views. 


So, for example, rather than engineering data so it can be stored in and managed by a data warehouse (usually an RDBMS), data is lightly engineered — put into a columnar format — prior to its instantiation in the data lake’s curated zone. This is where the data lakehouse is supposed to take over.


How much data must be instantiated in the lakehouse’s curated zone?


The simple answer is as little or as much as you want. The pragmatic answer is it depends on the use cases, practices and consumers the data lakehouse is intended to support. The nuanced answer: Modeling data at the level of a historical data store (such as the warehouse or the lakehouse) has an essential strategic purpose, too.


Before we unpack this claim, let’s look at what happens to data once it gets loaded into the data lake’s curated zone. The data in the curated zone is usually persisted in a columnar format, such as Apache Parquet. This means, for example, that the volume of data that comprises the curated zone is distributed across hundreds, thousands, even millions of Parquet objects, all of which live in object storage. This is one reason the curated zone usually eschews a complex data model in favor of a flat or one-big-table (OBT) schema — basically, a scheme in which all data is stored in a single denormalized table. (The idea is to maximize the advantages of object storage — high-bandwidth and sustained throughput — while minimizing the cost of its high and/or unpredictable latency.) A claimed benefit of this is that the flat-table or OBT schema eliminates the need for the logical data modeling that is usually performed in 3NF or Data Vault modeling, as well as the dimensional data modeling performed in Kimball-type data warehouse design. This is a significant timesaver, lakehouse proponents say.


But wait, isn’t this how data is also modeled in some data warehouse systems?


One problem with this is that data warehouse systems commonly run flat-table and OBT-type schemas, too. In fact, OBT schemas were used with the first data warehouse appliance systems in the early 2000s. Today, OBT schemas are commonly used with cloud PaaS data warehouses, such as Amazon Redshift and Snowflake. The upshot is that if you do not want to perform heavy-duty data modeling for the data warehouse, you do not have to. For good or ill, plenty of organizations opt not to model.


This gets at a more perplexing problem, however: Why do we model data for the warehouse in the first place? Why do data management practitioners place such great store in data modeling?


The reason is, like it or not, data modeling and engineering are bound up with the core priorities of data management, data governance and data reuse. We model data to better manage, govern and (a function of both) reuse it. In modeling and engineering data for the warehouse, we want to keep track of where the data came from and what has been done to it, when, and (not least) by whom or by what. (In fact, the ETL processes used to populate the data warehouse generate detailed technical metadata to this effect.) Similarly, we manage and govern data so that we can make it available to, and discoverable by, more and different types of consumers — and, especially, by non-expert consumers.


To sum up, we model data so we can understand it, so we can impose order on it, and so we can productionize it in the form of managed, governed, reusable collections of data. This is why data management practitioners tend to be adamant about modeling data for the warehouse. As they see it, this emphasis on engineering and modeling data makes the warehouse suitable for a very wide range of potential applications, use cases and consumers. This is in contrast to alternatives that focus on engineering and modeling data for a semantic layer, or encapsulating data engineering and modeling logic in code itself. These alternatives tend to focus on specific applications, use cases and consumers.


The Unbearable Fragility of Data Modeling


A final problem is that the typical anti-data modeling frame is misleading. To eschew modeling at the data warehouse/lakehouse layer is to concentrate data modeling in another layer. You are still modeling and engineering data; you are just doing it in different contexts, such as in a semantic layer or in code itself. You still have code to maintain. You still have things that can (and will) break.


Imagine, for example, that a business treats Europe, the Middle East and Africa (EMEA) as a single region, then suddenly decides to create separate EU, ME and Africa divisions. Yes, a change of this kind will require it to make changes to its data warehouse’s data model. However, it will also affect the denormalized views instantiated in its semantic layer. At minimum, modelers and business subject-matter experts must refactor these views. They may also opt to rebuild some of them from scratch.


The essence of the claim is that it is easier, faster and cheaper to fix problems in a semantic layer or in code than to make changes to a central repository, be it a data warehouse or a data lakehouse. This claim is not wrong, exactly, just tendentious. At the very least, it arises out of a distorted sense of how and why data gets modeled, be it for the old-school data warehouse or for the data lakehouse.


Both sides have valid concerns and make good points. It is a question of balancing costs and benefits.


Final Thoughts


To assume that the lakehouse reduces or eliminates data modeling — and, with it, the complexity of ETL engineering — is to ignore the purpose of data modeling in data management. It is likewise to play a kind of shell game with ETL. As a friend who works as an ML solutions architect likes to remind me: “You can never escape the work of ETL; you can only ever push it somewhere else.”


It is never easy to accommodate business change. To change something about the business is to break the correspondence between a data model that represents events and phenomena in the business’s world and reality itself. This correspondence is never identical. At best, it serves a purpose: It makes it possible for the business to see, understand and manipulate its structure, operations, and so on.


It is probably easier, on the whole, to shift most data modeling logic to a BI/semantic layer. In the scenario above, for example, modelers and SMEs must design a new warehouse data model; repopulate the data warehouse; and fix and identify broken queries, stored procedures, UDFs, and so on. However, they must also fix the modeling logic that is instantiated in the BI/semantic layer. This is extra work, no doubt about it.


As I have shown, however, this is not a problem that is specific to the data warehouse. In fact, it has just as much salience for any organization that implements a data lakehouse system. The idea of a lightly modeled historical repository for business data is not new; ergo, if you want to eschew modeling for the data lakehouse or the data warehouse, that is an option — and has been for quite some time.


On the other hand, an organization that opts to model data for its lakehouse should have less modeling to do in its BI/semantic layer. Perhaps much less. Yet, the data in this lakehouse should be lucid and understandable to, as well as reusable by, a larger pool of potential consumers.


For this reason, these consumers are also more likely to trust the data in the data lakehouse.


By the way, this is another case in which a less loosely coupled data lakehouse implementation (for example, Databricks’ Delta Lake or Dremio’s SQL Lakehouse Platform) has an advantage relative to what I call an “ideal” data lakehouse implementation — that is, an implementation in which the data lakehouse is cobbled together out of loosely coupled services, such as a SQL query service, a data lake service or a cloud object storage service. It makes more sense to model and govern data in a tightly coupled data lakehouse implementation in which the data lakehouse has sovereign control over business data.


It is not clear how this is practicable in an implementation in which a SQL query service does not have sovereign control over the objects that live in the curated zone of the underlying data lake.

How to Bookmark a Tweet

How to Bookmark a Tweet








Device Links



Finding an interesting tweet and trying to scroll back to it to show it to someone or read the new retweets can sometimes be quite tricky. Twitter has a constant stream of new content, which makes finding specific tweets really hard if you don’t have a username to search for or a screenshot.


How to Bookmark a Tweet


However, Twitter does have a bookmark option that lets you find specific tweets easier by saving them to the bookmark section. In this article, you’ll find out how to bookmark a tweet using different devices.


How to Bookmark a Tweet on an iPad


The Tweeter app for iOS devices offers a variety of features, including the ability to bookmark a tweet. If you’re unfamiliar with Twitter, you might believe that the “Like” button is the quickest method to bookmark noteworthy tweets. However, as you’ll quickly learn, liking a tweet does not precisely do that and is not the best way to save a tweet.


This is why the bookmark feature is useful and even necessary. If you wish to save a tweet for future reference, you should instead use Twitter’s bookmark feature. After bookmarking a tweet, it displays in your bookmarks list both in the mobile app and in the web browser version of Twitter.


To bookmark a tweet on your iPad, follow these steps:



  1. When you come across a tweet that you’d like to save for future references, touch the “Share” icon in the tweet’s bottom right corner.

  2. Tap “Bookmark” in the Share Tweet pop-up window (it’s in the bottom row of options).

  3. To access your bookmarks, press the three horizontal lines in the upper left corner of the screen and then “Bookmarks.”


To delete a tweet from your bookmarks, hit the Share icon and then tap “Remove Bookmark” in the Share Tweet box.


How to Bookmark a Tweet on an iPhone


The most popular phone in the U.S. is the iPhone. Therefore, it’s safe to assume that most people in the U.S. access Twitter over their iPhones. Because iPads and iPhones use the same operating system, the steps for bookmarking a tweet are pretty similar.



  1. Launch Twitter.

  2. Tap on a tweet you want to save it. This opens the tweet in a new window.

  3. Select the “Share” button. On an iPhone, it appears like an upside-down bracket with an arrow pointing upward.

  4. To add a tweet to your bookmarks, tap “Add Tweet to Bookmarks.”


Your saved tweets will be accessible via Twitter’s mobile and web browser versions. Additionally, the person that posted the tweet will not be alerted of the bookmark.


To access your bookmarked tweets, click the “Bookmarks” tab. It’s located in the left-hand menu bar. You may need to first tap your profile image in the upper-left corner of the news stream on the mobile app.


To remove a tweet from your bookmarks, just tap on it to view it, click the “Share” button, and then select “Remove Tweet from Bookmarks.”


How to Bookmark a Tweet on an Android Device


Bookmarking a tweet on an Android device is similar to bookmarking it on an iOS device. This is because the Android app offers all the same features as the iOS mobile app. Keep in mind that there are a variety of Android devices and that steps may vary slightly on each one, but the main idea stays the same. Follow these steps to bookmark a tweet on android:



  1. Open the Twitter app.

  2. Select a tweet you want to bookmark by tapping on it. This opens the tweet in a new window.

  3. Tap on the “Share” button. It looks like three circles that are joined by a V-shaped line.

  4. To add a tweet to your bookmarks, choose “Add Tweet to Bookmarks.”


Go to the “Bookmark” tab to review or remove your bookmarked tweets.


How to Bookmark a Tweet on a PC


Twitter is fully accessible through a web browser using a PC. This includes the bookmarking feature as well. The steps to bookmark a tweet on PC are:



  1. Open Twitter in your browser and find a tweet you wish to bookmark.

  2. At the bottom right of the tweet, click the “Share” button.

  3. Click “Add Tweet to Bookmarks” in the pop-up menu.

  4. To access your bookmarks, press the bookmarks symbol that resembles a flag. It’s in the window on the left of the page.


To delete a tweet from your bookmarks, press the “Share” icon and then select “Remove Tweet from Bookmarks” from the dropdown menu.


Additional FAQs


Are Bookmarks and Lists the Same?


No. Bookmarks just save the tweets you like to the “Bookmark” tab. On the other hand, Twitter Lists are collections of tweets from other accounts organized by group, topic, or interest, and they are searchable.


Are Bookmarks Available for Twitter Spaces?


Yes, if you’re hosting or speaking in a Twitter space, you may use Bookmarks to arrange and queue up your Tweets or future shares.


Why Can’t I Bookmark?


The Bookmarking feature doesn’t usually have any issues but experiencing issues with the Twitter app on your device can affect this feature. Firstly, check your internet connection. If your device is not connected to the internet or your connection is unstable, you’ll think that you’ve bookmarked a tweet without actually doing it. That’s why the tweet won’t appear in the “Bookmark” tab when you finally do have a connection.


Secondly, check for updates. Older app versions can cause some features not to work. Go to the Google Play Store or App store to see if there are any updates. Another reason can be that your operating system is not up to date. This can also lead to apps not working correctly.


Thirdly, you can try to restart your device. By restarting it, some temporary bugs can be fixed. You can also try uninstalling and reinstalling the app to “restart” it. This will require your login information.


Fourthly, you can clean the cache memory of the app. Cache builds up over time and can result in some features not working. Clearing it out will give you a “restart” effect without losing any data or changing any settings. If you are experiencing these issues on a browser, try clearing out the browser cache.


Save Your Favorite Tweets


Now you can quickly return to any tweet you’ve bookmarked. The option has been available since 2018, yet many users are unaware of it and end up liking or sharing tweets just to be able to view them later. Bookmarking is more accessible; you’ll have an organized list of tweets. Moreover, it doesn’t use storage space like a screenshot or notify the person who posted the tweet it’s been “liked.”


Have you ever bookmarked a tweet? How often do you use tweeter? Do you post your own tweets? Let us know in the comment section below!





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