With so many options, specifications, and acronyms floating around out there, how on earth are we supposed to know which one is the right fit for our specific needs?

Fear not, fellow tech enthusiasts. We’re here to guide you through this perplexing maze in search of that ideal central processing unit.

In this article, we’ll simplify the complex world of CPUs by breaking down what each spec means and how it will impact your computing experience.

By the time you’ve finished reading this post (promise!), you’ll have all the tools necessary to make an informed decision when choosing the perfect CPU for your next build or upgrade.

So let’s dive in and take some control over those daunting processor choices – together.

1. Understanding the basics

Before diving into the world of processors to find the perfect CPU for your system, it’s essential to understand the basics. After all, a solid foundation is key to making an informed decision.

The central processing unit (CPU) serves as the brain of your computer. It interprets and executes instructions from various software programs and hardware components, ensuring everything runs smoothly.

A crucial aspect to consider when choosing a CPU is the number of cores it has. These are individual processing units within the processor that work simultaneously to handle multiple tasks efficiently.

More cores often lead to better performance, especially in demanding tasks like gaming or video editing.

Another vital factor is clock speed – this indicates how fast a processor can complete cycles and execute instructions. A higher clock speed typically results in faster overall performance.

However, don’t forget that factors like power consumption and heat generation also come into play when comparing CPUs with different clock speeds.

By familiarizing yourself with these basic concepts, you’ll be better equipped as you navigate through our guide on choosing the right CPU for your needs. So let’s get started!

What is a CPU?

A CPU, or Central Processing Unit, is often considered the brain of a computer. It’s responsible for carrying out instructions and performing calculations to ensure your system runs smoothly.

Think of it as the maestro conducting an orchestra: every action you take on your computer needs to be processed by the CPU before being executed.

The performance of a CPU is affected by several factors like its cores, clock speed, cache size, and more.

When shopping for a new processor or building your own desktop PC from scratch, understanding these key terms can help you determine which CPU best fits your needs and budget.

In this blog post, we’ll guide you through choosing the right CPU for you – whether that’s finding one suitable for heavy gaming sessions or something tailored to everyday tasks like browsing and word processing.

So buckle up as we dive deeper into the world of processors.

What are the CPU cores?

CPU cores are essentially the “brains” of a processor, responsible for executing instructions and carrying out tasks.

Each core represents an individual processing unit that can work on different tasks simultaneously, which means more cores generally equate to better multitasking capabilities and overall performance in your system.

Modern processors may feature anywhere from two to sixteen cores or even more in some high-end chips. For instance, Intel’s mainstream line of processors features up to 8 cores, while AMD Ryzen chips offer up to 16 cores.

The number of CPU cores you need depends on the type of applications you plan on running. If you primarily use your computer for basic tasks like web browsing or word processing, then a dual-core processor might suffice.

However, if you’re into gaming or video editing that requires higher processing power, opting for a quad-core or greater will yield significantly better performance.

Keep in mind that having multiple CPU cores doesn’t always translate directly into faster speeds—other factors such as clock speed and cache size, also play important roles in determining overall performance.

Nonetheless, understanding what CPU cores are and how they function is essential when choosing the right processor for your needs.

What is clock speed?

Clock speed, often measured in gigahertz (GHz), is an essential factor to consider when picking your CPU. It refers to the frequency at which a processor can execute instructions and perform tasks.

Essentially, it acts as the heartbeat of your CPU, dictating how many cycles it can complete within a second.

A higher clock speed means faster performance, enabling your computer to process more data and run applications more efficiently.

However, it’s important not to get too caught up in chasing the highest numbers; there’s a delicate balance between raw power and efficient system management.

For instance, gaming enthusiasts might prioritize higher clock speeds for better in-game responsiveness and smooth graphics rendering.

On the other hand, video editing or heavy multitasking may require CPUs with multiple cores that can handle simultaneous processing without getting bogged down by excessive power consumption.

In summary, understanding clock speed helps you make informed decisions about what kind of performance you need from your processor while keeping other aspects like energy efficiency and multi-core capabilities in mind.

2. Consider your needs

Before diving into the world of processors, it’s essential to take a step back and evaluate your needs. After all, choosing the right CPU is like finding the perfect pair of shoes – you need something that fits your style and requirements.

Start by asking yourself what tasks you’ll be performing on your computer. Are you building a rig for heavy-duty gaming or video editing?

Or perhaps you’re looking for a more general-purpose machine that can handle everyday tasks such as browsing, word processing, and streaming media.

Identify what level of performance matters most to you within your budget constraints. High-performance CPUs are not only faster but oftentimes more expensive than their entry-level counterparts.

Consider how much power consumption matters in relation to overall computing capabilities; energy-efficient options may prioritize long-term cost savings over immediate speed increases.

Once you’ve outlined the specifics of what’s important to you in a processor – whether it’s powerful gaming potential or smooth multitasking abilities – you’ll be better equipped to choose an option tailored specifically for your computing endeavors.

Keep these preferences in mind when determining factors such as socket type, AMD vs. Intel rivalry, cooling systems availability, and other crucial features.

Remember: there’s no one-size-fits-all solution when it comes to CPUs – so taking time upfront will save disappointment later!

Determine your budget

When you embark on the quest to find your perfect CPU, it’s crucial first to set a budget. This will help narrow down your options and prevent you from spending too much on this essential component.

Keep in mind that the price range for processors is vast—you may come across inexpensive ones that cater to basic computing tasks or high-end models that promise power and performance for gaming, video editing, and more.

Depending on what you’re looking for, there’s probably a CPU within your budget that can meet your needs; however, don’t be swayed by powerful chips with eye-catching specifications if they exceed what you can afford.

It’s easy to get caught up in the numbers game when comparing cores, clock speeds, and integrated graphics capabilities—but remember that a pricier processor doesn’t always guarantee a better user experience.

Be honest with yourself about how much money you’re willing to invest in a processor without compromising other components of your system build or upgrade.

If necessary, consider allocating extra funds toward areas like cooling solutions or dedicated graphics cards while maintaining reasonable expectations about the performance of your chosen CPU.

Setting realistic parameters based on factors like usage requirements and affordability will make it easier for you to pick the ideal processor without breaking the bank.

And once you’ve determined an appropriate price range, peruse through different brands—such as Intel and AMD—to explore available options best suited for both performance demands and financial constraints.

Choose the right socket

Choosing the right socket is a crucial step when selecting your CPU. The socket refers to the physical connector on your motherboard where the processor will be installed.

Ensuring compatibility between your CPU and motherboard is essential for smooth operation and optimal performance.

There are different sockets available in the market, each designed for specific chipsets and processors from Intel or AMD, such as AM4 for Ryzen or LGA 1200 for Intel’s 10th-generation CPUs.

It’s important to know which socket matches your desired processor before making any purchases.

To choose the right socket, first, examine the type of processor you’re interested in buying – whether it’s an Intel or AMD model – then research which sockets are compatible with that particular chipset series.

You’ll also want to consider any future upgrades you might make; selecting a more recent socket may provide better support for newer processors down the line.

Remember that compatibility doesn’t end at just choosing components with matching sockets; ensure all other hardware aspects like RAM, cooling solutions, and power supply units complement one another within your build as well.

By carefully considering these factors in conjunction with socket selection, you’ll set yourself up for success in building a powerful and efficient computer system tailored to meet your unique needs.

Decide between AMD and Intel

Deciding between AMD and Intel is a crucial step when choosing the right CPU for your needs. Both brands have their advantages, catering to different consumer preferences and use cases.

AMD’s Ryzen series shines with its excellent price-to-performance ratio, often offering more cores and threads within similar or lower price ranges compared to its Intel counterparts.

If you’re looking for great value without compromising on performance, AMD might be the way to go.

On the other hand, Intel processors are known for their high single-core clock speeds – this can translate into snappier performance in tasks that don’t utilize multiple cores efficiently.

Additionally, Intel’s integrated graphics solutions tend to outshine those offered by AMD, providing a better experience if you’re not using a dedicated graphics card.

Ultimately, your choice will come down to your specific requirements and budget constraints – research both options thoroughly before making a decision.

Look for the right features

When you’re looking for the right CPU, it’s essential to consider the various features that will cater specifically to your needs. These features make up a processor’s arsenal and contribute significantly to its performance in different tasks.

For instance, if you’re into gaming or video editing, integrated graphics might be something you want to pay attention to.

An integrated GPU can handle light gaming sessions and basic video editing without requiring a dedicated graphics card, saving you money in the process.

Another feature worth noting is cache memory. A higher cache capacity means faster access to frequently used data and smoother overall performance.

If your daily computing tasks involve multitasking or running heavy software, choosing a CPU with an ample amount of cache will help ensure smooth operation.

In addition, power efficiency is crucial when selecting the perfect processor for your system.

Some chips come with energy-saving technologies that allow them to deliver impressive performance without consuming too much power – important if you are concerned about electricity bills or overclocking capabilities.

Lastly, compatibility plays a significant role in ensuring that all components within your build work together seamlessly.

Make sure the CPU you choose supports specific chipsets on motherboards so as not only to guarantee flawless interaction but also to provide an upgrade path down the line.

Overall, finding the right combination of these features tailored to your unique requirements is key in making an informed decision while selecting CPUs.

3. Choosing the right CPU

Now that you’ve got a clearer understanding of your needs and budget, it’s time to dive into the ocean of CPUs available on the market.

Choosing the right CPU may seem like a daunting task, but with some careful consideration and research, you’ll be able to find one tailor-made for your computing goals.

Firstly, pinpoint an appropriate processor that suits your requirements. For instance, if gaming is at the top of your priority list, look for processors designed specifically for gamers in mind.

AMD Ryzen series or Intel Core i5/i7 models would be solid choices as they provide high-performance levels without breaking the bank.

Once you have shortlisted potential options based on their specifications and compatibility with your motherboard’s socket type, it’s essential to compare them side by side.

Pay attention to factors such as core count, speed (clock), integrated graphics capabilities (if applicable), thermal design power (TDP), and overclocking potential when making comparisons.

Remember that there isn’t a one-size-fits-all approach to choosing a CPU; every user has different needs and preferences.

Keep in mind what tasks are most important to you – editing videos might require more processing power than running everyday applications like browsing or streaming content.

In conclusion: do thorough research based on your desired computer build or upgrade goals while keeping both budgetary constraints and future requirements within sight.

By doing so, it will lead you down the path towards finding that perfect central processing unit tailored just for you!

Select the appropriate processor

When it comes to selecting the right processor, you’ll want to focus on finding one that best suits your specific needs and fits within your budget. There are a few factors to consider when making this decision, such as performance, compatibility, and features.

First, think about the tasks you’ll be performing on your computer. If you’re primarily using it for web browsing or word processing, a budget-friendly option with modest performance might suffice.

However, if gaming or video editing will be part of your regular routine, then opting for a more powerful processor is crucial. Common choices in this category include Intel’s Core i5 or i7 series and AMD’s Ryzen 5 or 7 processors.

Next, ensure the CPU you select is compatible with both your motherboard’s socket type and chipset. You don’t want to invest time and money into building a system only to find out that certain components aren’t working together correctly.

Finally, look into additional features offered by different processors—such as integrated graphics capabilities or overclocking potential—to determine which model provides the best value for what matters most in your computing experience.

Remember: Don’t get too caught up in having the latest and greatest model on the market; rather, focus on finding an appropriate balance between performance and price that caters explicitly to your individual computing requirements.

Compare your options

Now that you have a clear understanding of your needs and the types of processors available, it’s time to compare your options.

As with any buying decision, there are several factors to consider when choosing the right CPU for your system. Performance, price range, and compatibility should all be taken into account.

Start by making a list of CPUs that meet both your budget constraints and performance requirements.

Look at key specifications such as core count, clock speed, cache size, and integrated graphics capabilities. Compare these features across different models from both Intel and AMD.

Take some time to read user reviews as well. This can often provide valuable insight into how each processor performs in real-world situations like gaming or video editing tasks.

Remember not to rely solely on customer reviews – professional benchmarks are also an essential part of determining which CPU is the best fit for you.

By taking a systematic approach to compare different processors side-by-side, you’ll be able to weigh their pros and cons more effectively before making your final decision.

4. Installing the CPU

Now that you have a clear understanding of how to choose the right CPU for your needs, it’s time to tackle the installation process. Don’t worry! Installing a CPU can be quite simple as long as you follow the proper steps and take the necessary precautions.

Firstly, prepare your motherboard by ensuring it is compatible with the selected processor. Check its socket type and chipset compatibility with your chosen CPU model.

For example, if you’re using an Intel or AMD Ryzen processor, make sure that your motherboard has a matching socket in which these chips can securely fit.

Once compatibility is confirmed and all components are ready, proceed by carefully installing the CPU onto the motherboard.

Make sure to align it correctly – there should be markings on both the chip and socket indicating their correct orientation. Gently lower it into place without applying any pressure; modern processors will usually slide in seamlessly once aligned.

After securing the CPU properly within its socket, install an appropriate cooling system/cooler to keep temperatures under control during operation.

This may range from air cooler options to liquid cooling systems for heavy-duty setups or overclocked builds.

Remember: patience and precision are key when handling delicate components like CPUs while installing them into your computer system.

Take adequate care during installation so you don’t accidentally damage any parts along the way. Happy building!

Prepare the Motherboard

Before diving into the installation process, it’s essential to prepare your motherboard for the new CPU. In doing so, you’ll ensure smooth and seamless integration with your system.

Remember that compatibility is key – double-check that the motherboard’s socket matches the CPU you’ve chosen.

Now, first things first: power down your computer and unplug all cables before proceeding. You don’t want any electrical mishaps during this delicate operation.

Next, consider grounding yourself by using an anti-static wrist strap or frequently touching a metal object to prevent any potential damage from static electricity.

With safety measures in place, locate your motherboard inside your computer case (if it’s not already on a workbench).

Identify where the processor will sit – it should be right at the center of a large square area surrounded by various components. Gently clean the socket area if necessary, ensuring there aren’t any dust particles or obstructions in its way.

By preparing your motherboard diligently and with caution, you’ll create an optimal environment for installing your new CPU with ease and confidence. In turn, this will help maximize performance while minimizing risks for both hardware and user alike.

Install the CPU

Now that you’ve selected your ideal CPU, it’s time to install it. You may feel a bit nervous about this step, but there’s no need to worry! Installing your processor is actually quite simple and can be done in just a few minutes with the right tools and a steady hand.

First, make sure your computer is powered off and unplugged from any power source. Then, open up your computer case to access the motherboard.

Gently remove the CPU socket cover on the motherboard by lifting or sliding it out of its position – this exposes the many delicate pins within that will connect with your new processor.

It’s important to handle both the socket cover and CPU carefully since bending any of these pins could result in performance issues or even permanent damage.

Now comes the moment of truth: placing the CPU onto its rightful throne (the socket). Carefully hold onto its edges – avoid touching any other components like capacitors or resistors surrounding it.

Find an identifying mark on both items, typically notches or golden triangles that match up with each other when aligned correctly. These markings ensure a proper fit between them when they are combined.

Once you’re certain everything lines up perfectly, gently lower down the processor into place without exerting too much pressure – it should sit comfortably atop those pins if perfectly positioned.

With everything set firmly in place, close down any retention mechanisms used by your motherboard (some might use clips while others have arm-like structures), ensuring security for all parts involved during operation times ahead!

Congratulations! You’ve successfully installed your new CPU into your system – but don’t celebrate just yet as we still need to secure thermal cooling solutions before powering back up again…

Secure the CPU

Securing the CPU is an essential step in ensuring its long-lasting performance and stability. After all, you wouldn’t want your powerful processor to come loose and cause damage to itself or other components in your system.

First, make sure that the cooler is properly seated on top of the CPU. This not only provides efficient cooling but also keeps it firmly in place. Take note of any clips or brackets that hold the cooler; these should be latched securely onto the motherboard for additional support.

Next, consider using a high-quality thermal paste if it’s not pre-applied to your cooler or CPU. This helps with heat dissipation between both surfaces, improving temperature management and overall performance.

Lastly, double-check all connections related to your processor—like power cables—from both ends to ensure they’re properly connected and secured. A loose cable can result in a range of issues, like sudden shutdowns or subpar processing speeds.

By following these steps when securing your CPU, you’re building a reliable foundation for years of computing bliss—whether gaming or tackling heavy workloads while keeping temperatures at bay.

Conclusion

In conclusion, choosing the right CPU for your needs is incredibly important when building or upgrading a computer. With the vast array of options available on the market, it can be a daunting task to navigate through all the specifications and features.

To ensure you make an informed decision, consider your specific computing needs, budget constraints, and preferences between Intel and AMD processors.

Remember that factors such as cores, clock speed, compatibility with motherboards and sockets are essential aspects to keep in mind while selecting a CPU.

Ultimately, investing time in researching different CPUs will pay off in terms of performance enhancement for tasks like gaming or video editing.

By following this guide on how to choose the right CPU for you (2023), we hope that you’ll feel confident in making an informed choice as you build or upgrade your system.

So. go forth into the world of processors with newfound knowledge and expertise – happy computing.

If you’re the type to build your own computer or are new to it, there are a lot of little things you have to consider. For instance, what happens when you try to boot your PC without a graphics card installed?

What about using wireless keyboards and a mouse that won’t connect to your new PC? Luckily, we’ve got it all covered here on KnowTechie.

Have any thoughts on this? Drop us a line below in the comments, or carry the discussion to our Twitter or Facebook.

Editors’ Recommendations:

• Preorder Samsung’s ultra-wide 49″ Odyssey G9 monitor, save $250
• Intel confirms the biggest rebranding of the decade
• MediaTek’s next-gen chipset will challenge Snapdragon’s dominance
• Kensington’s new QuietType Pro keyboard is eerily quiet

The post CPU and you: How to choose the best processors in 2023 appeared first on KnowTechie.

Quick Answer: Yes, a computer can boot without a graphics card installed. The graphics card is responsible for displaying the image on your monitor, but it is not essential for the basic functions of a computer.

If your computer suddenly won’t boot, it’s time to troubleshoot the problem. Most guides tell you to take everything but the CPU and one memory stick out to see if it boots.

That lets you rule out parts like your storage drives and more, but what if the problem is something else?

What if it’s your graphics card that you suspect is giving you issues? How do you boot your computer to test that without having another graphics card on hand?

Can you even boot your computer without a graphics card installed?

So, can a PC boot without a GPU?

Short answer: Yes, but don’t expect to see anything on your monitor

See, there’s a reason that your graphics card has the word ‘graphics’ in the name.

It provides the signal out to your monitor, so while you can technically boot your PC without it, you won’t see anything on your screen.

That might be different if your CPU has an integrated graphics card, like most Intel Core chips or AMD’s APU line.

Then you have to move your monitor display cable to the port on your motherboard back panel instead of the ports on the GPU.

That’ll make you be able to boot, see what you’re doing, and hopefully, figure out what the heck is wrong with your graphics card.

Maybe it’s a driver issue, and reinstalling them will fix it. Maybe all it needed was the power cables to be reseated.

So, to answer your question: “Can you boot a PC without a GPU?” Yes. If your computer does not have a graphics card, it will use the built-in graphics capabilities of the processor instead.

What do you think? Carry the discussion over to our Twitter or Facebook.

Editors’ Recommendations:

• Will a computer boot without RAM?
• Will a computer boot without a CPU installed?
• How to choose the right CPU for you – 2020 edition
• How to choose the right RAM for your computer – 2020 edition

The post Will your computer boot without a graphics card installed? appeared first on KnowTechie.

Quick Answer: The first mechanical keyboard was invented by Christopher Latham Sholes in 1868, which he designed for the Sholes and Glidden typewriter.

With how saturated the computer peripherals market is with mechanical keyboards, you’d be forgiven for thinking that they’re a recent invention.

After all, your computers came with mushy, membrane keyboards before this, right?

I mean, even the often-copied mechanical key switch that most mechanical keyboards use nowadays, the Cherry MX, was only patented in 1973.

But who said that only computers use mechanical keyboards? The actual invention date might surprise you.

So, when did the first mechanical keyboards come out?

Short answer: This was a bit of a trick question, as the first mechanical keyboard was patented all the way back in 1714, by Henry Mill.

Not much was known about this early typewriter, though. It would become the typewriter that became the ubiquitous Remington, dating back from 1867.

This “Type-Writer,” created by Christopher Sholes, was also the first example of the QWERTY layout we still use today.

A lesson on the history of mechanical keyboards

150 or so years after the invention of the mechanical keyboard, Thomas Edison created the Universal Stock Ticker, which was the first electric typewriter.

Surprisingly enough, it could send messages across telegraph lines to remote locations.

It wasn’t until 1964, and the MULTICS computer created by Bell Labs and M.I.T., that we had a computer terminal that resembled the first ever keyboards we use today.

READ MORE: When did mechanical keyboards become popular?

That was further refined in the 1970s, and then in 1986, IBM created the Model M keyboard, which is pretty much the layout that all modern keyboards use, with the F-row of function keys above the QWERTY arrangement.

So, when were mechanical keyboards invented?

With its roots tracing back to the 19th century, the mechanical keyboard has certainly stood the test of time.

And while its design and functionality have evolved significantly over the years, one thing remains constant: its enduring popularity among keyboard enthusiasts and professionals.

From the Model M to the latest Cherry MX switches, mechanical keyboards offer a level of tactile feedback and customization that simply can’t be matched by their membrane-based counterparts.

There you have it, a quick history lesson on mechanical keyboards. Surprised that it has been around in some form or another for as long as it has, right?

Who knows what the future holds, but one thing’s for sure – the mechanical keyboard is here to stay.

What do you think? Did you learn anything from this brief history lesson? Let us know down below in the comments or carry the discussion over to our Twitter or Facebook.

Editors’ Recommendations:

• Which keyboard is the loudest?
• Which mechanical keyboard switches are the quietest?
• How do mechanical keyboard switches work?
• Can you replace keyboard switches?

Just a heads up, if you buy something through our links, we may get a small share of the sale. It’s one of the ways we keep the lights on here. Click here for more.

The post When did mechanical keyboards first come out? appeared first on KnowTechie.

This bug initially came to light thanks to users on Reddit and the Linus Tech Tips forums. Users noticed that opening Discord would immediately reduce the memory speeds of their Nvidia graphics cards by 200MHz.

It doesn’t look like this issue is affecting all Nvidia cards. The issue originated from a Discord update that enhanced streaming with 40 series graphics cards.

However, it looks like the same update caused the memory bug in 30 series cards. Interestingly, it doesn’t look like the update hurt the newer 40 series cards.

An Nvidia representative responded shortly after the original Reddit post on the Discord bug earlier this week.

Yesterday, the same representative confirmed that the company is working on an update to fix the problem that will come soon.

However, there is a workaround that you can do if you want to fix the issue now. It’s a little complicated, but Nvidia shared step-by-step instructions for how to fix the issue on a customer support page.

Fortunately, this looks like something that Nvidia will be able to fix pretty quickly, especially since most PC gamers use Discord to talk with friends.

But if you’re feeling pretty tech-savvy, head to the Nvidia support article and fix the problem yourself.

Have any thoughts on this? Drop us a line below in the comments, or carry the discussion over to our Twitter or Facebook.

Editors’ Recommendations:

• Discord acquires Gas, a positivity-focused app popular with teens
• Nvidia, Google join Sony against Microsoft’s Blizzard acquisition
• New Nvidia AI tech unblurs grainy YouTube videos
• Xbox, Nintendo, and Sony reportedly skipping E3 this year

The post New Discord update reportedly slows down Nvidia graphics cards appeared first on KnowTechie.

It’s LG’s answer to the Samsung M8 smart monitor, and I want one. Why? Because it’s a complete smart home hub solution that doesn’t need any cables other than one for power.

LG built AirPlay 2 into this bad boy, so you can stream everything you want from Apple devices to it.

The monitor isn’t shabby either, with a 4K resolution on a 32-inch screen running at 60Hz. It also covers 90% of the DCI-P3 color space.

It features two HDMI inputs (one with eARC), dual USB-A ports on the side, an RJ-45 jack for Ethernet, and a powered 65W USB-C port.

It has webOS running on it, LG’s smart TV operating system. You also get ThinQ Home UI for smart home automation.

The LG 32SQ780S also comes with an ErgoStand, that clamps onto your desk. You can adjust the pivot, tilt, and height or spin the monitor into portrait mode.

LG put dual 5W speakers into the monitor, so you can stream your favorite content without needing any other equipment. We don’t yet know if it has Wi-Fi, although we suspect it will, to match the competing Samsung M8.

We’ll likely hear more about this monitor when LG officially launches it. For now, you can put it onto your Amazon wish list, and wait until Amazon opens up orders.

LG Smart Monitor

LG Smart Monitor (32SQ780S)

This $500 4K monitor has a 32-inch screen size, a 60Hz refresh rate, and features AirPlay 2, webOS, ThinkQ Home Dashboard. It also comes with an adjustable ergonomic stand.

See at Amazon

Have any thoughts on this? Carry the discussion over to our Twitter or Facebook.

Editors’ Recommendations:

• Philips Hue now has RGB lighting strips for your monitor
• Samsung’s new QD-OLED monitor will let you stream games to it
• Intel and Samsung show off new ‘slidable’ display prototype
• How to disable the always-on display on iPhone 14 Pro

Just a heads up, if you buy something through our links, we may get a small share of the sale. It’s but one of the ways we keep the lights on here. Click here for more.

The post LG’s new smart monitor features AirPlay 2 and webOS appeared first on KnowTechie.

Samsung Display CEO JS Choi joined Intel on stage to share a look at its new prototype. Choi calls this new device the “world’s first 17-inch slidable display for PC.”

In the video below, you can see what essentially looks like a standard 13″ tablet. But after grabbing and pulling on one side of the display, Choi reveals the sliding mechanism, jumping up to a 17″ display.

Samsung has been pushing the boundaries of display technology in recent years. Its foldable phones have been a big success, with the Galaxy Z Fold 4 and Z Flip 4 coming out earlier this year.

And we thought that Samsung might follow the same route for creating new displays. After all, many others, like Lenovo, HP, and even Apple, are working on foldable displays of some sort.

But it looks like Samsung is headed in a different direction with slidable displays. Of course, this is still an early prototype.

Neither Intel nor Samsung shared details about when we could expect something like this on the market. But the companies are working to ensure that this slidable display works well with your computer.

Have any thoughts on this? Carry the discussion over to our Twitter or Facebook.

Editors’ Recommendations:

• How to disable the always-on display on iPhone 14 Pro
• Xiaomi reveals bulky, $400 smart glasses with an OLED display
• Rumored Apple Watch ‘Pro’ model could have a giant display
• Alienware’s new laptop display has a ridiculous 480Hz refresh rate

The post Intel and Samsung show off new ‘slidable’ display prototype appeared first on KnowTechie.

If you’ve ever been excited to do something on your computer and gone to type something, and nothing happens, you’re not alone. We’ve all been there asking the eternal question – Why isn’t my wireless keyboard working?

Wireless keyboard connection issues could be from any number of things, from incorrect drivers to interference from other devices.

Wired connections are usually easier to fix, often working if you change the cable or simply by unplugging and plugging the keyboard back in.

Issues with individual keys could mean a physical replacement is in order. However, mechanical keyboards with removable key switches are great because you can swap in a new switch if one goes faulty.

How do mechanical keyboard switches work?

Learn how mechanical keyboard switches work and what sets them apart from membrane keyboards. Discover the satisfying click of a blue switch and the smooth glide of a red switch in this in-depth post.

How do mechanical keyboard switches work?

If your keyboard has fixed switches, it’s not easy, and you’ll have to contact your keyboard manufacturer.

We’ll walk you through what troubleshooting steps you can take to fix your wireless keyboard. Most of these steps will work for wired keyboards as well.

How do I fix my wireless keyboard not typing?

The first step in troubleshooting most electronics is checking the power supplied. For wireless keyboards, you want to check the batteries.

Some keyboards use replaceable batteries, and some have inbuilt rechargeable ones. Low power levels could make your wireless keyboard skip letters, have noticeable input lag, or straight-up not work.

All you need is a USB cable for those with inbuilt batteries to get things running again. Plug one end into your keyboard and one into your computer, and leave it until it’s charged.

You’ll probably be able to use it while it charges, as the USB cable will pass data to your computer.

Replace your batteries

If your wireless keyboard uses replaceable batteries, it’s quick to change them out.

Turn your keyboard over, and find the battery door. Open it, take out the dead batteries, and put in fresh ones of the correct size.

Most keyboards we’ve used need AA batteries, but some use AAA, so double-check. It’s always best to use lithium-ion batteries for electronics, especially wireless keyboards with a higher power draw.

Check the connection

Ideally, all computers would come with built-in Bluetooth or wireless connectivity.

Laptops, Chromebooks, and tablets all have Bluetooth nowadays. So do many desktops, so you can connect to any Bluetooth-enabled keyboard wirelessly.

Some wireless keyboards use their own wireless connection with a supplied dongle. Logitech, for example, almost always uses one of its Bolt or Unifying dongles with its keyboards and other wireless accessories.

Check your USB port and Bluetooth wireless dongle

The receiver can also cause problems during operation. If the USB port it’s plugged into is malfunctioning, for instance, the data won’t transmit correctly.

Other devices can also cause interference, such as appliances, electronics, and even other Bluetooth units.

First, try resyncing your keyboard with the wireless dongle. This pairs the wireless keyboard with its dongle again and could solve intermittent problems.

This process differs depending on the make and model of the receiver, but usually, there’s a connect button on the USB receiver that puts it into discovery mode.

That should also start a light flashing on the receiver.

Then press the corresponding Connect button on the keyboard, and you should be connected again. You’ll want to check out the manual for your wireless keyboard for devices without a Connect button.

If you’re still having issues, try the USB receiver in a different USB port on your computer. And if that doesn’t work, let’s move onto the next steps.

Bluetooth keyboard issues

If your wireless keyboard uses Bluetooth instead of a dedicated dongle, it’s time to head into your device’s settings.

For Windows users

1. Open the Start Menu, then click on Settings

2. Find the Bluetooth entry and make sure the toggle is set to On

Then try your wireless keyboard again. It should start working instantly. If not, you’ll need to keep reading below for additional tips.

For Mac users

On a Mac, to make sure your Bluetooth is turned on, it’s time to head into System Preferences:

1. Click on the Apple Menu icon

2. Click on System Preferences from the menu that drops down

3. Then click on the Bluetooth icon

4. Check Bluetooth is on, and turn it on if it’s not on already.

That covers checking the Bluetooth connection on Mac, but if you use iPhone, iPad, or iPod Touch, keep reading below.

For iPhone, iPad, or iPod Touch users

On iOS, it’s quick to check the Bluetooth status. Here’s how:

1. Swipe down from the top right-hand corner to open Control Center

2. On older iOS devices, swipe up from the center of the screen

3. If Bluetooth is on, the Bluetooth icon will be blue

4. If it’s not on, tap the Bluetooth icon to turn it on

For Android users

Android devices have a quick menu that is only a swipe away. From here, you can see if Bluetooth is on, turn it on if not, and even pair a device.

1. Swipe down from the top of the screen

2. Tap the Bluetooth icon to turn Bluetooth on, if it’s not already on

You can also long-press the Bluetooth icon to start pairing your keyboard in case it forgot the pairing

Your wireless keyboard might need software

Windows users need to install software components called drivers that allow the device to interface and communicate properly.

Most plug-and-play devices, like a keyboard, automatically take care of driver installation, which is why you may not be familiar with the process.

Sometimes, however, the operating system will choose the wrong driver that ends up being incompatible with your device.

Using the wrong driver can cause many issues, including the wireless keyboard not working. If this has you feeling a bit out of your wheelhouse, don’t sweat it; we’ll show you how to get your drivers back up and running below.

But if you prefer to let someone else do the grunt work and have drivers updated automatically, we recommend looking into something like AVG Driver Update.

AVG Driver Updater

4.0

AVG Driver Updater is a reliable software tool that helps keep your drivers in check and your computer running at its best. With AVG Driver Updater, you can easily detect which drivers need updating or are missing and quickly take care of the problem.

Who is it good for?:

• People who want to improve the performance of their PC. Anyone who struggles with outdated or corrupt drivers.
• Those who want to avoid crashes and other technical issues.
• Users who want a set-and-forget solution for driver updates.

Check Price

KnowTechie is supported by its audience, so if you buy something through our links, we may get a small share of the sale.

For Logitech wireless keyboards

All modern Logitech wireless keyboards use Logitech Options as their software package. This includes a utility to change settings and any drivers you might need.

If your Logitech wireless keyboard isn’t working, follow along

1. Head to Logitech’s Bluetooth or wireless keyboard support page

2. Find your keyboard from the list and click on it

3. Click on Downloads on the page that comes up

4. Download Logitech Options

5. You might also need to download Logi Bolt App, depending on which keyboard you own

6. Install the software

7. Unplug and replug your Logitech dongle

If you’ve tried everything on this page and reinstalled the software, and your wireless keyboard keys still don’t work, it’s time to contact Logitech support.

For Logitech G wireless keyboards

Logitech’s gaming line, Logitech G, uses another software package for its drivers.

1. Head to the Logitech G Hub download page and download it

2. Install the program you just downloaded

3. Unplug and replug your Logitech dongle, so it gets picked up by the software

If you’ve tried everything on this page and reinstalled the software, and your wireless keyboard keys still don’t work, it’s time to contact Logitech support.

For Razer wireless keyboards

Owners of Razer gear only need one program, Razer Synapse. To get it, head on over to Razer’s website.

Some of their keyboards might also need a firmware update.

You can head to this page and click on keyboard in the list to see if your model is mentioned. You’re on the latest firmware if it’s not on the list.

If you’ve installed Synapse, everything is up-to-date, and you’re still having issues, it’s time to talk to Razer support.

For Corsair wireless keyboards

Corsair wireless keyboard owners will need to download Corsair iCUE:

1. Head to Corsair’s Downloads page, and click the download link next to CORSAIR iCUE (it should be the top entry).

2. Install iCUE once downloaded

3. Unplug then replug the wireless adapter for your keyboard to get it to show up

If that doesn’t fix things and you’ve done everything else on this page, it’s time to contact Corsair support.

For Apple Magic Keyboards

Drivers for Apple’s keyboards are packaged in macOS, so you don’t have to download anything.

If you’ve got issues with your Magic Keyboard, you can find many informative troubleshooting articles on their support pages, however:

1. Head to Apple’s website

2. Click on Support at the top-right

3. Search for your keyboard (if your Magic Keyboard is for Mac or iPad) and read the support articles that come up

Still have an issue? It’s time to contact Apple.

Test your wireless keyboard with another computer

You’ve checked the power, you’ve checked the connection, and you’ve checked the software.

If your wireless keyboard is still typing oddly (or not at all), it’s time to try it on another device.

Doing this step narrows the problem down to your wireless keyboard. You might find it still doesn’t work, so it’s time to hit up support for a replacement.

You could also see it types perfectly on the other device, in which case it’s something specific to your machine.

Maybe your Bluetooth receiver is glitching, or the USB port you put the dongle in is failing.

Perhaps you need to fully uninstall the wireless keyboard’s software, reboot, and reinstall it.

If your wireless keyboard still isn’t working

You’ve made it this far, and your wireless keyboard still isn’t typing properly. There’s only one thing to do. That’s to talk to the nice support team of your keyboard brand.

They might walk you through the troubleshooting tips we’ve already outlined, but you can confidently say you’ve already tried those.

If your keyboard is still under warranty, support will set up an RMA and get you a new keyboard. Problem solved.

Some wireless keyboard manufacturers have up to a three-year warranty, so contact them even if you think you’ve owned it for a while.

Now you know what to do if your wireless keyboard stops typing.

You could also go back to a wired keyboard and remove any future issues from happening. Only a thought.

Ever dealt with keyboard issues? What did you do? Let us know down below in the comments or carry the discussion over to our Twitter or Facebook.

Editors’ Recommendations:

• Here’s how to contact a third-party seller on Amazon
• How to boot off all the freeloaders from your Netflix account
• Want to play audio from your iPhone directly on your Mac? Here’s how
• Mechanical keyboards vs. ordinary PC keyboards – which to choose?

Just a heads up, if you buy something through our links, we may get a small share of the sale. It’s one of the ways we keep the lights on here. Click here for more.

The post Wireless keyboard not working? Here’s how to fix it appeared first on KnowTechie.

The enthusiast mouse market has gone for ultra-light models in recent years, like those from Finalmouse and Glorious.

Logitech knows that some gamers prefer a heavier mouse, however, with all three G502 X models weighing 89g or more.

READ MORE: Logitech’s latest webcam can tilt to show the contents of your desk

Logitech built all three around the same core. Additionally, the new casing does have shorter mouse buttons this time around.

These buttons use Lightforce hybrid optical-mechanical switches, with crisp clicks and ultra-low-latency actuation speed. Logitech also used the Hero 25K gaming sensor, the company’s most advanced option.

The two wireless versions use an updated version of Logitech’s proprietary Lightspeed wireless protocol, which the company says gives a 68 percent faster response rate than the last version.

They also feature a removable DPI shift button, making the mouse slower or faster when pressed. It can be reversed to be closer to your thumb or covered by a black cover if you don’t want to use it.

Where they diverge are in connectivity and customization:

• G502 X: Wired, $90, and weighs 89g
• G502 X Lightspeed: Wireless, $140, USB-C charging, weighs 99.7g for the black (101.5g for the white)
• G502 X Plus: Wireless, $160, USB-C charging, Lightsync RGB lighting, weighs 106g

Preorders for all three G502 X models in black and white are available from Logitech.

The wired G502 X is $80 (Logitech | Amazon), the G502 X Lightspeed wireless is $140 (Logitech), and the G502 X Plus wireless is $160 (Logitech | Amazon).

Have any thoughts on this? Carry the discussion over to our Twitter or Facebook.

Editors’ Recommendations:

• Review: Alienware 720M wireless gaming mouse
• Xbox Cloud Gaming will be getting mouse and keyboard support
• What are the typical mechanical keyboard sizes?
• Sony’s PlayStation VR2 headset is coming early next year

Just a heads up, if you buy something through our links, we may get a small share of the sale. It’s one of the ways we keep the lights on here. Click here for more.

The post Logitech’s iconic gaming mouse is getting a huge refresh appeared first on KnowTechie.

Are you constantly plugging and unplugging cables from your laptop to access different devices? If so, you need a USB-C hub.

The EZQuest Ultimate Plus Dual HDMI USB-C Hub is one of the options, but is it worth it? If you ask me, the EZQuest Ultimate Plus Dual HDMI USB-C Hub is absolutely worth the money.

Here’s why: It allows you to connect multiple devices simultaneously, is compatible with both Mac and Windows PCs, and comes with a 1-year warranty. Plus, its sleek design makes it easy to take with you on the go.

Read on for a rundown of the features of the EZQuest Ultimate Plus USB-C Hub and why you should consider buying this product.

What we like about EZQuest’s Ultimate Plus Dual HDMI USB-C Hub

• The dual HDMI ports allow you to connect two monitors at resolutions up to 3840×2160.
• The USB-C port supports Power Delivery (PD) up to 100W, so you can charge your devices while using the hub.
• The USB 3.0 ports support data transfer speeds up to 5Gbps, so you can quickly transfer files.
• The SD and microSD card reader slots let you easily access files stored on memory cards.
• The audio jack lets you connect headphones or speakers for audio playback.
• The anodized aluminum casing helps dissipate heat, keeping the hub cool and preventing it from overloading.

What we didn’t like

• The EZQuest Ultimate Plus USB-C Hub is a bit pricey.
• It has only two USB-C ports, so you’ll need a separate adapter if you want to connect more than two USB-C devices.

TIP: If you need a quick and reliable USB-C card reader, check out this article: This USB-C Card Reader is one of the quickest on the market.

Who Should Buy This?

The EZQuest Ultimate Plus USB-C Hub is ideal for anyone who needs to connect multiple devices to their computer.

It’s especially useful for creative professionals who need to connect multiple monitors or those who need to transfer files quickly.

In addition, the EZQuest Ultimate Plus Hub is a good choice for anyone who wants a sleek and stylish hub that is easy to take with them on the go.

Why Buy the Ultimate Plus Dual HDMI USB-C Hub?

Now that you know more about this EZQuest Hub, it’s time to decide if it’s the right hub for you. Here are some reasons to buy this product:

It Can Connect Multiple Devices

The EZQuest Ultimate Plus Dual HDMI USB-C Hub can connect up to ten devices at the same time. That includes:

• Two HDMI monitors.
• One USB-C device.
• One SD card.
• One microSD card.
• One audio input/output device.

It’s Compatible With Mac and Windows PCs

The Ultimate Plus Dual HDMI USB-C Hub is a great investment for anyone who uses both Mac and Windows PCs.

With this handy hub, you can use your computer with any HDMI-enabled device, including TVs, monitors, and projectors.

Besides, the USB-C port ensures compatibility with the latest computers and laptops. Whether a student or a professional, the Ultimate Plus Dual HDMI USB-C Hub is a great way to get the most out of your computer.

It Has a Sleek Design

The EZQuest Ultimate Plus Dual HDMI USB-C Hub has a sleek and stylish design. The anodized aluminum casing looks great and feels solid.

Plus, the compact design makes it easy to take with you on the go. Whether traveling for business or pleasure, this little device will make your life easier.

It’s Easy To Use

The EZQuest Ultimate Plus Dual HDMI USB-C Hub is straightforward to use. Simply connect it to your computer or laptop’s USB-C port, and you’re ready to go.

Besides, the dual HDMI ports allow you to connect two external monitors. So, you can easily turn your laptop into a powerful workstation.

It’s Fast and Reliable

The EZQuest Ultimate Plus Dual HDMI USB-C Hub is very fast and reliable. It supports high-speed data transfer and can charge your devices quickly.

Plus, it’s built with high-quality components that ensure optimal performance and reliability.

If you’re looking for a fast and reliable USB-C hub, the EZQuest Ultimate Plus is a great option, and I have no issues recommending it.

If the EZQuest Ultimate Plus isn’t right for you, here are some other USB-C hubs we can recommend

• Anker A8346 USB-C Hub: $34.99
• EZQuest USB-C Multimedia 8 Ports Hub: $69.99
• Kensington SD5700T: $349.99
• HyperDrive Mac USB C Hub Adapter: $99.99
• TOTU 11-in-1 USB-C Hub Adapter: $57.99
• Anker 577 Thunderbolt Docking Station: $329.99

Bottom Line

The EZQuest Ultimate Plus Dual HDMI USB-C Hub is an excellent choice for anyone who needs to connect multiple devices to their computer or laptop.

It’s beneficial for creative professionals who need to connect a lot of different devices at the same time.

Plus, the EZQuest Ultimate Plus is very well-built and looks great. Whether you’re a student or a professional, this handy hub is a great way to get the most out of your computer.

The EZQuest Ultimate Plus sells for $169.99 and can be purchased directly on the company’s website, B&H, or Microcenter. Alternatively, Amazon has a listing, but it’s “currently unavailable” at the time of writing.

Have any thoughts on this? Carry the discussion over to our Twitter or Facebook.

Editors’ Recommendations:

• Review: Monoprice Soundstage 3 portable Bluetooth speaker
• Review: Amazon Fire 7 tablet (2022)
• Review: Zeus Arc GTS Vaporizer (3rd Gen)
• Review: Securam EOS Smart Lock

Just a heads up, if you buy something through our links, we may get a small share of the sale. It’s one of the ways we keep the lights on here. Click here for more.

The post Review: EZQuest Ultimate Plus Dual HDMI USB-C hub appeared first on KnowTechie.

Admittedly, this doesn’t quite come as a surprise, as Acer’s Vero laptops are all designed to be eco-friendly and sustainable.

The Chromebook Vero 514 is made from post-consumer recycled materials, making its environmental footprint smaller than similar options.

The latest Acer Chromebook

Acer unveiled the new Chromebook Vero 514 as part of its Green Day announcements. The chassis of the Acer Chromebook Vero 514 contains about 30 percent post-consumer recycled plastic.

In addition, the keycaps and speakers contain about 50 percent of the same recycled plastic. For the touchpad surface, Acer used ocean-bound plastic.

You can easily repair or upgrade the Acer Chromebook Vero 514 because it has removable, standard screws at the bottom, further reducing e-waste.

This means that repairing or upgrading certain aspects should be easier, as many laptops make it difficult to get to specific parts.

This feature-packed 14-inch eco-friendly laptop’s specs will also make you want to keep it for longer without discarding it any time soon.

Key features of the new Chromebook

Acer’s new Chromebook comes has a 14-inch IPS display, 1920×1080 resolution, sRGB 100%, and touchscreen options.

It is powered by Intel processors (Core i3, i5, i7, and Pentium Gold options) with Intel Iris Xe Graphics support.

You’ll also get up to 16 GB of LPDDR4X SDRAM and 256GB PCIe Gen 3 NVMe SSD storage. It also has a 56Wh Li-on battery with an estimated 10-hour capacity.

Additionally, with fast charge, you can go from 0 to 50 percent in 30 minutes. The Acer Chromebook Vero will release in October. It’ll be available in the US at $499, and globally in November at €599.

Have any thoughts on this? Carry the discussion over to our Twitter or Facebook.

Editors’ Recommendations:

• Best back-to-school laptops for college students in 2022
• Apple finally expands self-repair program to cover MacBooks
• Acer shows off new 3D monitors that don’t require glasses
• You’ll soon be able to use your Chromebook as a 5G hotspot

The post New Acer Chromebook is eco-friendly and repairable appeared first on KnowTechie.