Gaming is widespread, and with many games being produced, you probably wonder, “What is the best Ethernet Cable for gaming?” 

Modern games work well with fast internet speeds, and a good ethernet cable will give you a pleasant gaming experience.

The market has many ethernet cables with several generations available for selection. The generations are denoted in numbers; the higher the number, the better the performance of the ethernet cable.

So, what is the best ethernet cable for gaming?

The best ethernet cable for gaming is Cat7 or Cat8 LAN. The two types are the latest on the market, with Cat 8 being the most recent, meaning it is the fastest for data transmission. 

We recommend Cat 7 and 8 because they have a high frequency of over 600MHz and top speeds of over 10Gbps. The cables are also lengthy and braided to ensure no external signal interference from other devices.

Let’s look at the options of ethernet cables available.

Types of Ethernet Cables 

Ethernet cables have gone through a series of manufacturing, with each generation coming with its advantages. The generation runs from Cat 1 to Cat 8, with each cable capable of delivering the required demands.

Below is a highlight of each generation. But before we dive deeper, you probably wonder what “cat” means on each cable generation. Cat is a term used to define the cable categories. Any number after “cat” reveals the version supported by the cable.

Generally, higher numbers have fast speeds and exceptional frequencies. Typically, the newer cables will support higher bandwidths, improving the download speeds and ensuring the connections are faster. Such cables are suitable for gaming.

Explore the cable types below.

Cat 1- Cat 5

The generation refers to the old model cables that broke into the market. The cables didn’t have the top features like the ones in the modern types.

Although they transmitted data, the speeds and frequencies were slow. Currently, the cables have been discontinued and may not be available on the market.

Cat 5e

Both cat5 and cat5e have similar physical appearances and can be confusing. However, the building technology of cat 5e relied on stringent measures to eliminate chances of unwanted signals passing through the cable, interfering with the transfer of signals.

The “e” in cat 5e stands for enhanced, meaning the cable supports faster speeds and has a higher frequency than the predecessor cat 5.

Cat 6

The cat 6 cables are a higher improvement of cat5e. It supports up to 10Gbps with a bandwidth of about 250MHz. The cables are robust thanks to the tight wounding with a braid shield to prevent crosstalk.

Cat 6 supports a length of 55 meters and is useful in areas where internet transfer over lengthy areas is needed. In most cases, the cables are helpful in business organizations. Gamers will like the cables because they offer top speeds at a good distance.

Even though Cat 6 is a cable that users love, it comes at a higher price than the Cat 5 variants.

Cat 6a

The Cat 6a ethernet cables are a better version of Cat 6 and the most recent in the category. The “a” in cat 6a means “augmented” which means it has top standards than the previous version. It is capable of supporting two times the bandwidth supported by version 6.

Regarding the speed transition of a distance, the cable works exceptionally, connecting you to your devices at a distance, thanks to the longer cable length.

The transfer speeds are up to 10gbps, covering a bandwidth of up to 500MHz. Additionally, the cable is thin and well-shielded to prevent crosstalk. The cables are suitable in data centers and locations where high-speed connections are crucial.

Cat 7 and Cat 7a 

The cat 7 category is an improvement of cat 6a, but they tend to be less common among users. The cables support data speeds of up to 40 Gbps at a bandwidth of 600MHz and cover up to 50 meters.

The cables are also shielded to prevent crosstalk. Besides the shielding, the Cat 7 category uses a GigaGate45 connector compatible with RJ45 Ethernet ports. Because of the connection modifications, the cable has had various issues and is less common.

Nevertheless, the cable is among the highest-specification Ethernet cables. It is, however, more expensive than the earlier version of the cables.

Cat 8

The Cat 8 cables are the latest on the market and come with the best features for gamers and those who value high-speed transmission. The cables support a maximum frequency of 2,000MHz. The speeds are 40Gbps at a distance of 30 meters.

The Cat 8 cables are also shielded, ensuring the high frequencies are never interfered with during data transmission. Unlike the rest of the cables, the Cat 8 supports up to 2 connectors.

You can effortlessly connect up to three cables at 30 meters.

The cable has bypassed the connector issues in Cat 7 and, hence the most preferred. Even though the cable has become popular, the prices are still more than the previous versions but worth the purchase.

Which Cable is the Best for Gaming?

From the highlights above, the key factor that influences the selection of an ethernet gaming cable is the frequency of the cable, which determines the speeds. Even more, the shielding aspect and the distance are additional features.

Therefore, the best gaming cable can start from cat variation 6a and above. This is because the bandwidth is above 250MHz, and the distance covered is extensive. The 6a cable is more affordable than the other latest versions.

However, if you are set for the most existing gaming experience, you’ll need the Cat 8. It has a whooping 2000MHz, meaning the speeds are excellent. Also, the distance covered is significant, hence maintaining the signal quality. Unfortunately, the cable is costly.

Tips To Choose an Ethernet Cable for Gaming

Slow transmission of data is a turn-off for gamers, and to make everything okay, gamers will opt for cablers that support fast transmissions. Therefore, what are the critical considerations before buying an ethernet gaming cable?

The Cable Speed Rates

Usually, the cable speed is the amount of data it can transmit per second. If the cable transmits 100mbps, it means 100 million bits are sent for every second. The ethernet cable you select will determine the amount of speeds you get.

Cables from Cat 6a upwards deliver the best speeds for gamers. If your game requires top speeds, you need the latest Cat 8 ethernet cable with the highest frequencies.

Shielded Cable

Electromagnetic interference hampers the functionality of cables. To ensure a smooth experience without the speed being interfered with by other devices, the cable must have a shield that protects conductors from electromagnetic interference (EMI).

Adjacent powerlines, lighting, and machinery may cause the interference. Shielding prevents the intersection of parallel conductors in the cable from interacting. Cables from Cat 6 and above have shields that prevent crosstalk.

These cables are suitable for gamers who want a smooth gaming experience, as they block any external signal interruption.

Cat Number

The cat number represents the version of the ethernet cable. The cables are categorized from cat 1 to cat 8. Cat 1 to cat 5 cables are the old versions out of the market.

Categories from cat 6- cat 8 are on the market and the most preferred for gamers due to their ability to allow faster data and signal transmission. The cable categories can transmit data over a longer distance, letting gamers access the internet from a distance.

While selecting the cable category, check the speed and frequency. The higher the speed, the better the transmission. The latest cat 8 has top speeds with good frequency.

Cable Length

How far can the ethernet cable transfer data without slowing it? The length of the cable is crucial when it comes to data transmission. Longer cables are found in cat categories from 6-8, which transfer data at lengthy locations.

Cat 8 is the longest and can get you about 50 meters of data. This suits gamers who value fast transmission at a distance without affecting the signal quality.

Conclusion

What is the best ethernet cable for gaming? The best ethernet cable for gaming is Cat 8 cable. It is the latest version, meaning all the recent technological advancements have been factored into the cable. The speeds are superb, and it is capable of covering longer distances.

The cable has a shield that prevents crosstalk. However, it is slightly costly compared to the rest. Other suitable cables for gaming are Cat 6, 6a, 7, and 7a. Category 6 is popular due to its affordability. Cat 7 had connectivity issues where buyers shied from it.

If you are looking for a cable that will take your gaming to a whole new level, check the key factors to consider before you invest. Also, find reputable manufacturers to get the value for your investment.

You might be having trouble with your trusty router, so you start thinking, “Can a Wi-Fi router go bad?” This is a common problem, and there are many aspects you must consider when it comes to your Wi-Fi router and its connection.

This article will explore how age affects the Wi-Fi router, so you know what signs to look out for in your router and how to choose the best replacement. 

The internet is rapidly growing and becoming more vital, so here is a detailed answer to help keep your connection;

Can A Wi-Fi Router Go Bad?

Your Wi-Fi router can go bad if you use it for long enough without changing it. Technology evolves rapidly, so constant changes in hardware and software requirements could make your router obsolete. 

Additionally, the internal components of the router will age with time, and it can lead to the router losing connections or stopping. Depending on the router’s quality, this can happen in around 4 or 5 years.

How Long Do Routers Last?

Routers are exciting technology, but most people don’t think about them. They are background technology that comes to our minds only when they aren’t working, and we forget they exist the rest of the time.

There are many types of routers depending on your Service provider. Some are standalone devices, while others are connected to a modem. 

You can get a personal router and subscribe to a provider of your choice, but you need to understand the device’s lifespan, whichever the case.

Several factors will play a role in the lifespan, and a responsible internet user must understand these factors. 

• The first one is the build quality, and one of the best ways to know this is how much you bought the router for. 
• Low-end, cheap routers have poor-quality compartments that will wear out faster than a more expensive option. Get a router from a reputable company or good internet service provider to ensure maximum time.
• Routers generate heat when used, and their thermal handling capability is another crucial factor in how long a router lasts. Routers primarily run on passive cooling, which means they have vents, and air passes through them to help with cooling. 
• This means that your router’s cooling will depend on where you put it and the air currents around it. This issue is because most people stuff routers behind TVs or cupboards to protect their decor and deny them the unrestricted air movement they need to cool down. 
• These spaces also have dust that clogs the vents and covers components, preventing proper cooling and reducing lifespan. 
• The ventilation issue means that the installation location also has a crucial role in how long the router last. The best locations should have free air flow, minimal humidity, and clean, dust-free surroundings. 
• It also shouldn’t be an area with too much traffic where people can accidentally hit the router and cause physical damage. 
• The user patterns also determine how long a router will last. If the router is used often and with many devices, it will heat up more and last for a shorter period. Get a powerful router designed for it if you need a connection for many devices.

With the current technology and average user patterns, a router has a lifespan of about 5 years, which is pretty decent. Upgrading after half a decade ensures you have high-speed connections and easy compatibility with all new devices.

You can get significantly more time with your router if you properly maintain it and turn it off when you aren’t using it. 

Eventually, you will have to confront the issue of the router having outdated technology and replace it, but that will take time. If the router starts malfunctioning, you will want to repair specific components to keep using it, but this isn’t the best move.

The components will have mismatches that will worsen the problem, or they will work, and other elements will fail soon after. 

It is easier and less stressful to just replace the router when the five-year mark comes so you can run your home or business without worrying about connectivity.

Signs Your Router Is Getting Old and Needs A Replacement

Many warning signs will tell you when to get a new router, and you need to know all of them. Some of these will be connectivity issues with the settings or network, so don’t worry about them if the router is still new.

When the router ages, however, and gets to more than 5 years, a combination of the following signs will indicate that you need to replace your router.

1. Slow Speeds on Stable Networks

You understand how fast your internet is on a regular day, so a gradual or sudden drop in speed could be a red flag. 

You will notice slower speeds with a specific router even if there aren’t network changes, and your downloads, Movies, and Video calls will start lagging.

There could be several reasons for this, so you must troubleshoot all possible problems before changing your router. 

The first potential issue is that too many devices could be connected to your router, and the bandwidth can’t support all of them.

Disconnect some devices and test the speed to see if you improve speed with just one device connected. If the speed is still low, connect your computer directly to the modem with an Ethernet connection, then run a speed test.

This will help you see if there is a problem with the primary connection rather than your router. If the speed is still slow, your router is fine, and you should call your service provider. If the speed is normal, you must look into your Wi-Fi system.

Check for updates and restore default settings to ensure the problem isn’t with the software. Some outdated drivers could cause slower speeds, so a full system update will help resolve the issue.

If all of the above solutions don’t fix your internet speed then it might be time for you to buy a new router.

2. Getting A Weak Connection

Sometimes, you will have a weak connection with your devices and must constantly reconnect for it to work. One potential cause could be that the devices are too far from the router, so they can’t support a stable connection at that distance.

This is especially a concern if there are several walls or big items between you and the router, such as fridges. Try to boost the signal strength in the router settings and move next to the router then see if the connection will improve.

If the distance and barriers around the house are not the cause of your weak connection, then it could be caused by the router.

3. Parts of The Router Malfunctioning

Sometimes, there will be elements of your Wi-Fi system that don’t work like they used to. Maybe some buttons are not responding, or indicator lights have stayed permanently off. Ports could also stop working or start malfunctioning.

These are signs that your router has run its life cycle, and it is time to look into buying a new one to replace it. This is especially true if you haven’t dropped or done anything that could damage the router.

4. Trouble Connecting To Newer Devices

Devices come with new chips and internal hardware as technology advances. These newer devices have software designed to be compatible with the latest Wi-Fi systems, and most manufacturers won’t account for systems launched half a decade ago.

A network could be exemplary, but it has issues connecting with an old device because the network card has problems or is outdated. Similarly, an old router might be incompatible with newer devices such as Phones, TVs, and Computers.

Newer devices will also put more work on your router since they need more bandwidth and speed. Connectivity with new devices can be an excellent way to tell if you need a new router.

5. Overheating 

A router will inevitably get warm when you use it, especially if several devices are connected. If your router overheats, it is another problem, and you need to move it to a well-ventilated area and see if it will improve the situation.

If nothing changes and the router gets too hot, it will further damage its internal components. This will lead to a self-destructive sequence that will force you to upgrade. 

Conclusion

So, can a Wi-Fi router go bad? You now understand how the life cycle of a router runs and you get that it can go wrong after several years. 

Routers are electronic devices, so their internal parts have an expiration date, and when the time comes, they will start malfunctioning, which limits the router.

These limitations will manifest as a lack of connectivity, slow internet speeds, or unresponsive components. There can be more than one course for most issues with routers. Troubleshoot all possible problems, and if they can’t be fixed, you know it is time to get a new router. 

One of the most important decisions when buying a laptop is figuring out the amount of internal storage you need, hence the question, “Is 1TB Bigger Than 512GB?” Depending on the amount of storage, the price can go up and down.

So, how much space do you need? There is no perfect answer to this question. The right amount of space depends on your needs. Are you a regular office user, a gamer, or a video editor?

For most consumers, the choice is usually between a 1 TB storage capacity and a 512GB storage capacity.

So, Is 1TB Bigger Than 512GB?

Yes, 1 TB is bigger than 512GB storage. 1 TB is typically 1000GB, double 512GB storage. Whether comparing SSD (solid hard drive) or HDD (hard disk drive), 1 TB is generally bigger than 512GB.

However, some users opt for a 512GB SSD to a 1TB HDD for speed and reliability. Keep reading below as we discuss these two primary storage options.

512GB SSD & HDD Meaning

Before we dive deep, let’s look at the different types of 512GB storage available. So, what does 512 GB mean?

512 GB simply stands for 512 Gigabytes of storage space. It’s a storage device integrated into computers, smartphones, laptops, etc. Laptops can use either SSD or HDD types of drives.

HDD is the older gen and stands for hard drive disk. SSD is the new gen and stands for solid state drive.

Solid-state drive uses integrated circuit assemblies that store data persistently. It features a flash memory and functions as the primary storage hierarchy of the computer. SSDs are generally faster and more reliable for improved performance.

Hard disk drives feature spinning disks on a mechanical arm called an actuator. Unlike SSDs, HDDs read and write data magnetically and can be prone to breakdowns.

Ideally, 512GB SSD and 512GB HDD have the same storage space. However, the difference is in the manner they store data and perform.

1TB SSD & 1TB HDD Meaning

A step up from the 512GB is the 1TB storage capacity. So, what does 1 TB mean?

1 TB stands for 1 Terabyte. TB stands for terabyte, which is a data storage unit. I TB is a measure of digital storage capacity equivalent to 1000 Gigabytes (GB) OR 1 trillion bytes.

Bear in mind that 1TB = 1000GB. This is why 1TB is bigger than 512GB. 1 TB disk is almost twice a 512GB disk.

1 TB SSD is the same capacity as 1TB HDD. The difference, as explained above, comes in the manner the two technologies read and write the data.

Comparison Between the 512 GB SSD vs 1TB SSD Storage 

Most of the latest desktop computers and laptops feature SSD storage options. There is a shift towards SSD from the traditional HDD options. There are multiple benefits to using SSDs.

For example, in most games, speed and reliability are crucial. With SSDs offering faster speeds, there is a shift towards using SSDs.

Currently, there are three common types of SSD storage. These are the 225GB, 512GB, and 1TB storage.

1 TB SSD storage is by far the best choice. It offers more space to store large-sized videos, files, games, and photos without compromising speed. This is a perfect choice for hard-core games to store large game files on their PC.

But does everyone need a 1TB SSD drive?

If you’re a regular user, there is no need for a TB SSD drive. A 512GB SSD drive will work just fine. Gamers can also use a 512GB SSD for fewer games. On average, a single game takes 30-50GB in space.

It simply means you can install 8-10 games on your PC without issues. However, for serious games, a 1 TB SSD is the perfect choice to meet all your storage needs.

Buying a 1 TB SSD will cost more than a 512GB SSD. However, you’ll enjoy faster needs and much bigger space.

Calculating your current and future storage needs is vital before deciding on the right drive. Let’s look at the two models and suitable users.

Model (512GB SSD)	User Types	Applications
	Writers	Vellum, Google documents, Scrivener, etc.
	Business users	Zoom, Skype videos, social media apps, conferencing, email apps, etc.
	Programmers	Netbeans, Atom, Visual Studio code, etc.
	Casual Users	Social media apps, chatting apps, browsing, online streaming apps

Model (1 TB SSD)	User Types	Applications
	Animators and game designers	Blender, Unreal Engine, Unity, etc.
	Gamers and live streamers	OBS Studio, XSplit, OWN3D Pro, etc.
	Filmmakers	Final Cut Pro X, Resolve, DaVinci Resolve, etc.
	Video and photo editors	Adobe Premiere Pro, After Effects, Filmora, etc.

As you can see, the 512GB model with less storage is more suitable for general use. It’s not ideal for heavy files and high-end applications.

However, the 1BT model is perfect for heavy-duty users with heavy applications. It can store and access large files with ease without lags.

Comparison Between the 512 GB SSD vs. 1TB HDD Storage 

There is a common debate on which is king when comparing 512GB SSD and 1TB HDD. Of course, the 1TB HDD will offer more storage options. But is it the best choice?

There are advantages and disadvantages to choosing between a 512GB SSD and a 1TB HDD.

If storage capacity is your primary consideration, then a 1TB HDD is the best choice. However, if speed and reliability are your main considerations, then a 512GB SSD is the best choice.

When deciding between the two, there are a few factors to consider. Let’s dive deep and look at some of the main considerations.

Price and Performance

Price is a crucial factor when considering the type of drive and capacity. Overall, an SSD of the same capacity as an HDD is more expensive.

However, there is a significant performance difference between the two drives. SSDs will read and write data faster than HDDs. It’s a better option when performing tasks that require quick access.

For the best performance, a 512GB SSD is the best choice. But you’ll ultimately pay more for it. However, if you’re on a budget and don’t need much speed, then a 1 TB HDD works just fine.

So the ultimate decision depends on your needs.

SSD vs HDD Drive Lifespan

When you compare the lifespan of the two, the SSD is the obvious winner. While both devices are durable and can last years, SSDs are more durable.

SSDs lack moving parts, unlike HDDs. They are less likely to break down. HDDs do have spinning disks that can easily break down.

When it comes to power consumption, SSDs tend to consume less power. This leads to longer battery life in laptops, smartphones, and other portable devices.

HDDs use more power, and this leads to less battery life. The decision on the right drive ultimately comes down to your budget and needs.

So is a 512GB SSD Enough?

This is a common question for most consumers looking to purchase a new laptop. Let’s break down the 512GB SSD storage capacity to better answer your question.

The 512GB is the main storage capacity for the main C. With several gigabytes in the operating system, you have around 400GB of free space.

For most users, 400GB is enough to meet all your storage needs. If you’re a light gamer, you can install up to 8 games with an average of 50GB.

However, more storage capacity is needed if you’re a serious gamer with heavy-duty games. In such cases, a storage capacity of 1TB SSD is recommended.

How to Increase Your Storage Capacity?

If you’re storing more files and maxing on space, there are a few steps you can take to increase storage space.

• Clear junk files: You can free some space by clearing junk files on your drive. Look for files in the other folder that are not in use and clear them.
• Use external drives: Carrying an external hard drive is another excellent way to increase storage space. There are multiple SSD drives you can choose to meet your storage needs.
• Use cloud services: You can always store files in cloud services. There are several free-to-use cloud services where you can safely store files. While most people back up their files on external drives, cloud services are secure and safe.

Conclusion

So, is 1TB bigger than 512GB? Ultimately, a 1TB drive is bigger than a 512GB drive, offering almost twice the storage space. With storage playing a crucial role in computer desktops and laptops, this is an essential factor to consider.

Consumers must carefully consider their storage needs and computer use and choose accordingly. The choice between SSD and HDD is an important one to make. SSD drives offer more speed, reliability, and durability than HDDs.

If you need more space and are on a budget, a 1TB HDD is a great choice. However, a 512GB SSD is a better choice if you need speed and reliability.

You probably have used an ethernet cable for faster and more reliable connectivity, and you may ask, ‘Can an ethernet cable go bad? 

Ethernet cables are popular nowadays, and those who hate slow connections have adopted ethernet cables to improve speeds.

Transmission of data over cable makes the entire experience seamless. For gamers and users who require stable connections, the cable is more suitable than other options. The fast speeds and low latency make it ideal for gamers.

So, Can An Ethernet Cable Go Bad?

Yes, an ethernet cable can go bad under various circumstances. For example, when the cable has physical damage, the connection will not work. 

Also, if exposed to moisture, corrosion occurs, affecting the function of the cable. Furthermore, aging of the cable after a more prolonged use may lead to degrading due to wear and tear.

Let’s explore more about ethernet cables.

Types of Ethernet Cables

The evolution of ethernet cables has transformed the speed of internet signals. The latest cable types are highly recommended due to their swift speeds and support of many devices. Below are the ethernet cable types and what each means.

Cat 1-cat5

These are ancient cables that have run out of time. They are rarely seen; many have been discontinued due to slow connections.

Cat 5e

You probably wonder what the “e” in Cat 5e stands for, right? It means “enhanced”. Cat 5 and cat 5e have no major appearance differences, but in terms of stringent measures, while developing the two, the 5e has higher standards.

The 5 e supports faster speeds than 5, which is common due to its affordability.

Cat 6

The Cat 6 cable supports higher bandwidth than Cat 5 and Cat 5e cables. It has a foid or a braided shielding, making it tight. The shield protects the twisted wires inside the cable, preventing crosstalk and noise interference.

Although the cables are pricier than the Cat 5, they support speeds of 10Gbps for up to 55 meters.

Cat 6a

Cat 6a is one of the most sought-after cables in the market. The “a” stands for “augmented.” It supports two times the maximum bandwidth of cat 6. The cables can support higher transmissions over longer distances. The cables are also shielded to eliminate crosstalk.

Cat 7 and Cat 7a

The Cat 7 are high-performing cables that reach 100 Gbps at a range of 15 meters. The cables use a modified GG45 connector. The Cat 7a supports 40 Gigabit Ethernet connections up to 50 meters. The Cat 7a cables are expensive.

Cat 8

The Cat 8 offers a maximum frequency of up to 2,000MHz and speeds of 40Gbps at 30 meters. The cables are shielded and support two connectors. The cables are the most expensive but worth the amount.

Devices That Use Ethernet Cable for Connectivity

Technology is moving fast, and nobody is ready to experience slow internet transmission, hence the need for ethernet connectivity. 

Many devices have ethernet ports, making them compatible with ethernet cables. Below are the top devices that use ethernet cables.

Computers and laptops have ethernet ports to support wired connections. The ethernet ports are often located on the backside of a computer or a laptop. It is a small rectangular port with a wide opening at the top. Most are labeled LAN.

Simply plug the ethernet cable into the port for fast internet speed connectivity.

Routers also use ethernet cables for internet transmission. It is often used to connect devices with the local network. Like computers, the ethernet port is where you plug the cable to transmit the internet to other devices.

Ethernet switches also use ethernet cables to ensure multiple devices connect to the internet. You’ll find several ethernet ports on the switch that support local network connections. Ensure you read the instructions before installing the device’s cables to the switch ports.

Modems use ethernet ports to connect to routers. Moreover, the modem can still connect to a router or a computer with an ethernet cable.

Other ethernet cable devices include printers, cameras, gaming consoles, smart TVs, and media players. Before connecting the devices with an ethernet cable, read all the instructions to guide you through the installation process.

How to Use and Connect an Ethernet Cable

Assuming you just acquired your first ethernet cable and want to use it for transmission, you may wonder how to proceed. Depending on the type of cable you’ve acquired, you’ll be required to adhere to the installation instructions for connectivity.

The cables have connectors with copper, and these are prone to damage. Therefore, handling them carefully while putting the cable in the correct port will shield you from damaging it. So, how do you ensure you connect the cable correctly?

First, gather your equipment, including the ethernet cable and the specific devices you want to connect the cable. The devices may be a computer, laptop, or any compatible device. Locate the ethernet port on the device, which may be at the top, sideways, or back.

Some have the ethernet symbol on them, making it easy to spot.

Connect the one end of the ethernet cable to the device by inserting it in the ethernet port. Insert the other end of the ethernet cable into a router or a modem. You’ll feel a click once you push the connector into the port, meaning you’ve secured the connection.

Power on the device you connected with the ethernet cable and verify that the device is connected to the internet. You’ll see an internet icon on your device showing a successful connection.

If the cable doesn’t show the icon, check if it is damaged, old, or rusty. You may enter into a different port on your router. Alternatively, grab another cable and see if it works. You may also verify the network settings on your device.

Things That Make an Ethernet Cable Go Bad

You may have connected your ethernet cable to devices and realized it is not working. This may lead you to ask many questions about the cable, and you may try to find out if it is damaged.

So, what factors can lead to ethernet cable damage?

The cable can have physical damage. Poor handling of the cable by twisting, crushing, bending, or exposing it to high temperatures might cause it to go bad, affecting its performance. The cable is usually delicate, and handling with care ensures it lasts longer.

Besides physical damage, connector issues make cables go bad. The connectors at the end of the cable are likely to wear out and become loose, leading to internal faults. With the internal faults, you’ll experience poor or no connection at all.

Exposing the cable to moisture is another way the ethernet cables go bad. When in constant contact with water or liquids, the cable usually corrodes, affecting the internal wiring.

Aging is another factor that may lead the cable to go bad. Normal wear and tear lead to degradation of the cable after it has been in use for a longer time. The aging often leads to low performance and poor signal quality.

Low-quality cable manufacturing is another factor that can make the cable go bad. In the modern era, where competition in the market is still, some manufacturers may produce low-quality cables that go bad sooner than the original cables.

Lastly, interference from adjacent cables can make your cable go bad. Nearby power cables and electronic devices usually affect the signal quality of the ethernet cables.

How To Buy a Good Ethernet Cable

Buying an ethernet cable may look easy until you get a bad cable that doesn’t serve its purpose. Similar to other items that you purchase, there are key factors that you need to consider before investing in that ethernet cable.

First, check the cable quality. Who manufactures the cable must be the first question to find out before you embark on the purchasing journey. Search the manufacturer and check the reviews about the cable.

Find out the cable category you want. You can browse through the different cable types available. In most cases, cable types are cat 1 to cat 8. Cat 1 through Cat 5 are old and not common nowadays.

Get the latest cables that have been designed for your device. Note that the higher the cable category, the better the output.

Check the length of the cable by measuring the distance from your device. This will help you choose the right length of the cable for transmission. You must avoid excessive and lengthy cables as it may affect the signal quality.

Look for speed and bandwidth. Find a cable supporting the gigabit speeds if your network is a gigabit one. Cat 6 and above cables are suitable for high-speed demands.

Shielding is key when picking your cables. Usually, surrounding devices can affect the transition of the signals, and shielded cables (STP) have better protection against electromagnetic interference and other frequencies.

Conclusion

Can an ethernet cable go bad? Yes, ethernet cables can go bad because of manufacturing defects, poor handling, exposure to water and liquids, aging, and physical damage.

The cables are suitable for fast internet transmissions and come in various types. The higher the number type, the more expensive it is and the better the output.

You can get your desired cable and enjoy the fast internet transmission, and remember always to take care of the cable to avoid damage.

In today’s world of technology, storage is everything. Whether using your computer for business or personal use, storage is essential. Experts recommend Solid State Drive (SSD) to increase your computer speed.

Why? SSDs are faster and more durable. Overall, they are better options than HDDs (Hard Disk Drives).

However, you still need to choose the right type of SSD in terms of capacity. Among the available capacities, the 512GB SSD has become a favorite.

So, What Is 512GB SSD?

A 512GB SSD is a moderate-size drive half the size of a full terabyte. It is a solid-state drive that uses flash memory to store data. 

Unlike the traditional HDDs that rely on spinning disks, SSDs have no moving parts. SSDs are faster, durable, and less prone to mechanical failures.

So, if you want to purchase a gaming PC, you need SSD storage to speed up your computer. Read below as we discuss how much data a 512 GB SSD can hold.

What Is An SSD?

Before discussing the storage capacity of a 512GB SSD, let’s understand what an SSD is. As indicated earlier, SSD stands for solid state drive. It’s a type of storage used in computers with integrated circuit assemblies to store data persistently.

SSDs use flash memory to store data. They are replacing hard disk drives to store memories in computers while performing the same functions.

HDDs comprise a spinning disk on a mechanical arm called an actuator. They read and write data magnetically. However, they are prone to breakdowns due to their magnetic properties.

In comparison, SSDs have no moving parts.

They don’t spin and rarely break down. SSDs feature two crucial components. These are the NAND flash memory chips and a flash controller.

The SSD features an optimized configuration that reads and writes performances for sequential and random data requests.

Where Are SSDs Used?

SSDs can be used virtually everywhere HDDs are used. In consumer products, SSDs are used in personal computers, digital cameras, computer games, laptops, thumb drives, tablets, smartphones, digital music players, etc,

There is a high demand for SSDs from businesses with a high demand for input and output. This is mainly due to their low latency. SSDs can easily handle heavy and random workloads. This is because they can read data directly from stored data.

Laptops, desktops, and servers that need high performance can hugely benefit from SSDs. The technology helps boost information in real time. They help offload reads in heavy databases.

How Much Space Is a 512GB SSD?

A 512GB SSD can store 512GB of data. A 512GB SSD and a 512GB HDD will store the same data. The difference comes in how the data is stored and the performance of each storage.

In simpler terms, a 512GB SSD can store up to 1200 videos, 400 applications, and over 64,000 pictures. A 512GB SSD has about 400GB of actual storage space available.

Here is a breakdown of what a 512GB SSD can approximately store:

• 8-10 video games of 30-50 GB each
• Around 128,000 pictures of 4MB each
• Over 4,000 high-definition videos of 128MB each
• Approximately 400 applications of 1.2GB each
• 256,000 Microsoft Word files of 2MB each

This space allows office users to play games on their devices, browse the internet, and store documents. However, gaming tends to occupy more space than regular office tasks.

Main Features of SSDs

SSDs are characterized by smooth, quiet, and efficient performances. They don’t have any moving parts and are not faced with mechanical issues.

Devices with SSDs operate quietly and tend to consume less power. Additionally, SSDs weigh less than HDDs. This makes them a fit for smartphones and laptops where weight is crucial.

They also feature controller software with predictive analysis. SSDs can alert the user in advance of any drive failures.

Lastly, SSDs provide vendors with opportunities to manipulate usable storage capacity. The flash memory is malleable, and vendors can apply data reduction techniques.

Main Advantages and Disadvantages of SSDs

Advantages

• Fast read and write speeds: SSDs can quickly read and write large files. They help save time on performances.
• Faster boot times and quicker performances: They booth faster and deliver faster performances as they don’t have to spin. Users can enjoy better responsive and load performances.
• Durable: They are more durable as they don’t have any moving parts. SSDs are shock-resistant and can handle heat better.
• Smooth and quiet performances: SSDs tend to operate smoothly and quietly since there are no moving parts.
• Lightweight: SSDs are generally small in size and weigh less. They are ideal for laptops and smartphones.

Disadvantages

• Cost: SSDs are expensive. They tend to cost more than HDDs.
• Performance limitations: While they are fast and reliable, performance can decrease over time. They also tend to be slow when at 75% capacity usage.
• Data recovery: The data recovery process is time-consuming and expensive. Data on damaged chips might not be recoverable.
• Life expectancy: Unlike HDDs, SSDs using the NAND memory chips can only be written over a specific number of times.

Types of 512GB SSDs

There are two types of 512GB SSDs. This can be a bit technical for most users. We have the form factor and data transmission protocol SSDs.

Form factor SSDs have either the M.2 OR 2.5 inch SSD. This is the most recent type with a sleeker appearance, like an SD card. However, they are larger than SSDs.

M.2 are the older type and a littler chunkier. Form factor SSDs depend on the motherboard slot and the available space to work with.

Data transmission SSDs feature the SATA SSD or the NVME SSD. Sata is more like the 2.5 form factor and is of old gen. NVME SSDs are the most recent, with faster transmission rates.

Is 512GB SSD Enough for a Laptop?

Now that you understand a 512GB SSD let’s see if it suits a laptop. As mentioned, a 512GB SSD has enough space to meet most laptop activities.

There is generally enough space for applications, videos, and photos. The space is enough for most laptop users. Storage is generally more than enough for most computer games. You can store as many files and documents as possible.

SSDs also make laptops faster than HDDs. However, they slow down when the drive reaches 75% capacity.

Is 512GB SSD Enough for Gaming

For gamers, space and speed are very important. Gamers are different kinds of users and require a lot of space. While a 512GB SSD can work well, it can easily fill quickly.

Generally, a 512GB SSD is a good starting point for gamers. It can easily store the most popular and modern games. However, the space can easily get filled when streaming HD games, videos or editing videos.

If you’re a serious gamer, we suggest upgrading to 1 or 2 TB SSD. This will be enough to handle heavy-duty gaming.

Most modern games are about 50GB in the operating system. They will take up to 50GB of storage space. This simply means a 512GB SSD will hold a maximum of 8-10 games without any extra items.

However, more popular games like flight simulators, Witcher, and Forza Horizon tend to take more space. You can only add a few games before maxing out the storage capacity.

Overall, a 512GB SSD PC is enough for gaming and most performance tasks. If you don’t intend to install more than ten games, then a 512GB SSD is okay.

The computer operating system will take around 15 GB of space. This leaves you with 480GB of space for games. You can enjoy up to 10 games on a 512GB SSD without buying extra hard drives for external storage.

Additionally, if you discover you’re running out of space, you can uninstall games you rarely play.

Comparison: 512GB SSD vs 1TB HDD

Which is better, a 512GB SSD and a 1TB HDD? This is a common debate when it comes to computer storage. Each of these drives stands out with its advantages and disadvantages.

Ideally, the better choice between the two comes down to the intended use. SSDs are faster and more reliable than HDDs. However, A 1-TB HDD offers more storage.

For consumers, this is the question to ask.

Do you want speed and reliability or more storage space? The answer to this question will help you determine what best suits your needs.

You need to understand your needs to make the right decision. If you’re into photo editing, film production, TV shows, and gaming, we recommend a 512GB SSD.

SSDs respond much faster to commands. You can download and upload files at a faster rate than HDD. You can also upgrade to a 1TB-SSD if you have the resources. However, if you need ample storage without many activities, a 1TB HDD works just fine.

Conclusion

Overall, SSDs are solid hard drives with faster and more reliable performances. A 512GB SSD is the most common type and can meet most storage needs. It is a great starting point for common storage needs without lags.

However, it can easily be used when engaged in heavy gaming. Users using a 512GB SSD can consider upgrading to a 1TB SSD to meet heavy-duty gaming needs if the budget allows.

Most of us have been there — we record a video but realize that it’s too long or contains unwanted parts. Splitting is a great way to segment and organize long video files into smaller, more manageable chunks. 

Whether you’re editing a large project, creating social media content, or just want to share specific moments from a longer video, utilizing a video cutter can make the process much easier.

How do you know which one is the best to try? Read on to explore the top six free video splitters of 2024 to help you create a video of a perfect length.

Special Pick: Online Video Splitter

This free video splitter is a web-based tool that excels in user convenience and efficiency. Although it does differ from traditional video splitters, it is perfect for those who need to quickly create a split screen video for social media or presentations.

Key Features:

• Online tool, no installation required
• Simple to use
• Supports popular video formats
• Export with/without audio

How to split a video with Online Video Splitter:

1. Visit the tool’s website and click on one of the templates listed. You can choose between different positions as well as aspect ratios like 1:1, 16:9, 9:16.
   
2. Hit the “Upload file” button and select 2 videos from your device.
   
3. Choose whether you want audio in the exported video or not.
   
4. Preview the video. If you’re satisfied with the result, click on “Export Result”, and pick the desired output quality.

6 Free Video Splitters To Try

1. VSDC Free Video Editor

VSDC Free Video Editor stands out as a multifaceted video editing suite that goes beyond mere splitting, offering a rich palette of editing tools. Its non-linear editing system enables users to work on complex projects with ease. The tool is perfect for those who want to extended pack of features without investing in expensive software.

Key Features:

• Non-linear video editing
• Advanced editing
• A wide range of video effects
• Supports all common video formats

How to split a video with VSDC:

1. Open VSDC and create a new project.
   
2. Import your video files through “Import content”, arrange them in a particular order.
   
3. Select the video clip by left-clicking on it; it will be highlighted in the timeline. Make sure you’re at the exact point where you want to split the video.
   
4. Locate the splitting tool above the timeline. You can also find it in the “Tools” section. Once you click on it, your video will be split into two.

2. AVS Video Editor

AVS Video Editor caters to users seeking simplicity without sacrificing functionality. Its intuitive interface and robust editing features make video editing accessible for all skill levels. The video splitting software supports a variety of formats and offers essential tools like effects, transitions, and text overlays.

Key Features:

• Visual effects
• Chroma key
• Video stabilization
• Color tuning

How to split a video with AVS:

1. Launch AVS Video Editor and load your video.
   
2. Drag the video clip to the timeline.
   
3. Place the cursor at the point where you want to split the video.
   
4. Click on the “Split” razor icon in the toolbar or press S on your keyboard.
   
5. The video will be split into two parts, and you can delete the unwanted section.

3. MiniTool MovieMaker

MiniTool MovieMaker is designed with beginners in mind, offering a straightforward, no-frills approach to video editing. The free splitting tool features a clean interface and basic yet effective editing tools, including templates, trim, split, and merge options, making it perfect for quick edits.

Key Features:

• Simple timeline interface
• Variety of video templates
• Basic editing

How to split a video with MiniTool MovieMaker:

1. Download and install the program.
   
2. Import your video file into the software.
   
3. Drag and drop the video to the timeline at the bottom of the window.
   
4. Move the blue marker by dragging it along the timeline or left-clicking the place where you want to cut the video.
   
5. Use the scissors icon that appears to separate video fragments.
   
6. You can also split multiple fragments by overlapping clips, moving the playhead in the necessary place, and clicking the scissors icon.

4. VLC

VLC is renowned for its versatility as a media player, but apart from that, it can act as a video cutter. You can use this free tool to split videos, convert them, and apply basic effects. However, it doesn’t have a standard timeline and offers fewer video editing features than other options on this list. 

Key Features:

• Media player with extra capabilities
• Available across multiple platforms
• Basic editing features

How to split a video with VLC:

1. Open VLC and click on “View” in the menu bar.
   
2. From the drop-down menu, select “Advanced Controls.” This will add a few new buttons to your interface.
   
3. Play the video you want to split, and pause it at the point you plan to cut.
   
4. Click on the red “Record” button in the control panel and then press the play button.
   
5. The video will start recording from that point until you stop it by pressing the record button again.
   
6. Once finished, click on the “Media” tab and select “Convert/Save.”

5. Free Video Cutter

Free Video Cutter focuses exclusively on cutting, clipping, and splitting videos, offering a streamlined experience. It’s incredibly user-friendly and has a precision feature to help you get the best results. It’s free to use and 100% safe.

Key Features:

• Easy to use
• Good output quality
• Precise selection for cutting

How to split a video with Free Video Cutter:

1. Download and install this application on your computer.
    
2. Select the “Open Video” option to choose a video file from your storage.
   
3. Upon selecting a valid video file, the application will retrieve and display information such as Bitrate and Duration, and commence the generation of video thumbnails.
   
4. Adjust the left marker on the Track Bar to determine the initial point for cutting.
   
5. Similarly, position the right marker on the Track Bar to set the final cut point.
    
6. To finalize, click on “Save Video” to store the edited video.

6. MP4Tools

MP4Tools is a lightweight MP4 video splitter that focuses on editing files in this exact format. It’s a combination of MP4Joiner and MP4Splitter, which allows users to merge or split MP4 files without re-encoding. The tool is minimalistic, but still offers essential features

Key Features:

• Open-source
• Handles small-size multiple files simultaneously
• Lossless video splitting

How to split a video with MP4Tools:

1. Download and install MP4Tools.
   
2. Open the MP4Splitter component.
   
3. Click the “Add File” button to import your video file. Double-click to open it.
   
4. Use the slider or manual entry boxes to select the start and end split points.
   
5. Click “Start splitting” to begin the process.

Conclusion

Overall, you don’t need much to split a video. The options mentioned in this article offer various features and capabilities for users to choose from, depending on their needs. Next time you need to cut a video into smaller pieces, try one of these tools and see which one works best for you.