Common Misconceptions About Computer Networks

Common Misconceptions About Computer Networks

Our world is full of technology. There’s always a new device, update, or gadget that we need. In addition, all these devices connect via computer networks, but some people still don’t understand how these networks work and believe in several misconceptions. If you’d like to learn more about the common misconceptions about computer networks, we’ve got you covered. Continue reading our guide below.

The internet and the World Wide Web aren’t the same thing

While many people believe that typing “www” is giving you access to the internet, it’s not. The World Wide Web (WWW) is a chain of domains and pages that merely host information using HTTP protocol. In other words, the WWW stores information for other domains. Alternatively, the internet consists of various networks that connect––and communicate––to one another.

Wireless is not always the better option

The convenience of Wi-Fi is something we’re all used to, but that doesn’t mean it’s the best option. Wi-Fi has plenty of advantages, such as fewer wires and increased mobility. Luckily, Wi-Fi providers have shown significant improvements in download speeds and bandwidth. On the other hand, there are some disadvantages that many people overlook, such as reliability and security. Even with the Wi-Fi providers showing better results, no wireless network is better than a wired network. In fact, connecting networks with fiber optic cables is the fastest connection that’s currently available. Additionally, a wired connection is less likely to experience interference. Probably the most important reason you would want a wired network instead of wireless is for security. Wireless networks send signals beyond your devices, leaving them susceptible to hackers and other unauthorized users, while a wired network is accessible only through your direct Ethernet cable.

Bandwidth is not unlimited

Unfortunately, bandwidth isn’t unlimited—at least, not yet. When you purchase an internet plan, whether it’s wired or wireless, there’s always a limit. In fact, they usually sell the plan to you something like this: You’re guaranteed to get X speed, but on a good day, you might even get Y speed. However, the provider’s paperwork often makes it look like you’re getting that “on a good day” speed. Now, there are some things you can do to improve your connectivity and speed, but the best solution is connecting directly with an Ethernet cable.

While these are only some of the common misconceptions about computer networks, they’re definitely the most common. Our industry experience has proven time and time again that connecting directly with a cable is always the best option for connection, speed, and security. We know people often have a hard time accepting the fact that connecting with a cable is better, but it’s true. Try an Ethernet cable; you’ll probably never want a wireless connection again, with the exception of your mobile devices.

Now that you want an Ethernet cable, you should know that not all cables are created equally when it comes to quality. We know you want your money to go to high-quality products, and that’s why CableWholesale refuses to settle for anything less than high-quality. Our Ethernet cables come in a wide range of sizes. Whether you’re looking for 1 foot, 10 foot, 100 foot Ethernet cables, or longer, we’ve got you covered. Check out our online shop today.

How Do HDMI Signal Extenders Work?

How Do HDMI Signal Extenders Work?

Every great entertainment center needs a reliable HDMI cable and signal, so naturally, you might consider using HDMI signal extenders. But how do HDMI signal extenders work? Well, that partially depends on which one you purchase. Several types of signal extenders are available, and each one is set up a little differently. For instance, wireless HDMI signal extenders work surprisingly well, but once you ditch the cables, you begin running into more frequent connectivity issues. We usually suggest a signal extender that connects to your Ethernet cable—sometimes referred to as HDMI over Cat5e or Cat6 extenders. Connecting directly with Ethernet is always going to provide the best connection, assuming you’re using a high-quality Ethernet cable.

As a general rule of thumb, a longer HDMI cable will have a less reliable connection than a shorter cable. The industry believes that any HDMI cable longer than 50 feet should have an extender, as your connectivity and quality begins to deteriorate after that length. However, if you install a quality extender, your image and audio quality will increase. An HDMI signal extender essentially reestablishes the connection at the extension point. It increases the bandwidth of HDMI signals, most notably through a Cat cable connection.

In general, many households won’t need an extender because they typically have shorter cables. Alternatively, if you’re in a commercial setting, there’s a good chance your cables and connection points are longer.

If you’re looking to improve your audio and picture quality, an extender may be in your future. Now that you know how an HDMI signal extender works, you can begin to look for one that fits your needs. However, we’d strongly suggest going for either an HDMI over Cat6 or an HDMI over coaxial, depending on your application. Here at CableWholesale, we want to help you improve your entertainment center and connectivity by providing high-quality cables. Whether you’re looking for 100-ft HDMI cables, Ethernet cables, or extenders, we’re your one-stop shop for all things cables. Contact us today for more information.

Why You Should Use HDMI High-Speed Cables

Why You Should Use HDMI High-Speed Cables

As technology changes and improves, so should all our equipment. Think about it—nowadays, all you really need for most devices is a good HDMI cable. However, some people are still using old HDMI cables when they should be using high-speed HDMIs. Continue reading to learn why you should use HDMI high-speed cables.

Cables adapted with the technology—why haven’t you?

Years ago, most televisions and gaming consoles were connected using RCA cables—you know, the classic red, yellow, and white cables. However, as technology got better, companies came together and developed the HDMI cable. Nowadays, we have televisions capable of producing 3D and 4K video, and an older HDMI cable may not be able to support that technology.

Much better video and audio

People use HDMI cables nowadays for two main reasons. First, they’re simply easier to work with, and they reduce cable clutter because they’re flexible and lightweight. Second, they significantly improve the quality of your viewing experience. If you have a 4K television but you’re using an old HDMI cable, you’re not actually seeing 4K picture quality—you need a modern HDMI cable. Additionally, HDMI cables provide more than just video; they provide audio, too. A newer HDMI cable will give you the sound quality you deserve.

Improved download speeds

Many high-speed HDMI cables come with Ethernet, which is a huge advantage since many televisions connect to Wi-Fi. Of course, your download speeds will depend on your Internet plan and provider, but a high-speed HDMI cable will improve your overall connection. In fact, a high-speed HDMI cable with Ethernet is becoming the norm in most households.

Whether you have a new television or you’re looking into making your first upgrade in years, make sure you get everything you need––including your cables. Many people believe that, because they have a nicer TV or gaming console, they don’t need a new cable. However, that couldn’t be further from the truth, and that’s why you should use HDMI high-speed cables with your next TV or gaming console.

At CableWholesale, we provide our customers with high-quality cables at a fair price. We don’t think your cables should break the bank. We also don’t believe you should have a mediocre viewing experience at home. That’s why we offer high-quality Ethernet cables, coaxial cables, and HDMI cables at all lengths. In fact, we offer everything from 100-ft. HDMI cables to 1.5-ft. cables, so contact us today for more information. Our team will be happy to assist you.

Different Types of Coaxial Cables Explained

Different Types of Coaxial Cables Explained

If you’re anything like us, you’re probably spending a lot more time at home. That usually means that you’re dusting off your old TVs and trying to bring them back to life again––or maybe you already have an entertainment setup. Regardless, you need to ensure that your cables are in good shape along with your devices. One of the most common cables you’ll find behind your television is a coaxial cable. It’s usually a relatively stiff, durable, round cable with a copper pin at the tip. The tip also has a threaded cap that allows you to screw the cable into a TV or satellite box. In other words, you’re going to need a coaxial cable somewhere in your setup. Continue reading so you can learn the different types of coaxial cables explained.


Many professional television installers reach for an RG6 coaxial cable any time they’re installing satellite TV. If you want to get the job done right the first time, an RG6 is the way to go. There are a few reasons that RG6 cables are superior to their coaxial counterparts. First, the cable is an all-around heavier-duty cable. The core is much thicker, which provides a stronger and more reliable connection for your entertainment needs. Additionally, RG6 cables have a thicker insulation and higher-quality shielding. Both of which help reduce external interference (or noise) and protect the core from damage. However, it’s important to note that since the materials manufacturers use for RG6 cables are thicker, they’re much less flexible, so try not to buy more than you need.


Another common coaxial cable is the RG59. While this cable is similar to the RG6, there are some key differences. First, let’s talk about the applications for an RG59. You can certainly use an RG59 cable to connect your television to a satellite box, especially if you’re connecting an older television. However, RG59 cables are commonly used to connect CCTV systems. Anytime you’re in a brick-and-mortar store location and you see cameras inside and outside the building, they’re likely using RG59s to connect. There are two main reasons an RG59 cable is better for CCTV systems over traditional television setups. First, the shielding, insulation, and core are all thinner than an RG6, making the RG59 cable less susceptible to interference. Second, because all the materials are thinner, that makes an RG59 cable much more flexible than its RG6 peer. Installers prefer working with a more flexible cable when installing CCTVs because they often have very little room to work with.


After all this talk about older televisions, you’re probably wondering how coaxial cables changed with the technology in TVs. Well, there’s a relatively new cable that some companies are using more and more—that is, the RG11. While the design is similar to RG6 and RG59 cables, the big difference is that RG11s are better for high definition (HD) and longer runs. Back when manufacturers designed the first two coaxial cables, high definition wasn’t around, and even when HD was becoming more common, it wasn’t readily available to many. However, RG11 cables do have one advantage over the other two: consistent connection over greater distances. Both RG6 and RG59 cables begin experiencing a deteriorating connection after 100 feet, while you can usually get about an additional 100 feet out of an RG11 cable.

Coaxial cable connectors

While there are more RG series cables than the first three, the first three are by far the most common. However, there are several different connectors that you can find on coaxial cables for different applications. Of course, there are male and female plugs that go with each option, but there are six types of connectors in addition to the standard SMA:

  • BNC
  • TNC
  • SMB
  • 7/16 DIN
  • QMA
  • MCX

While there are only a few of these connectors that are regularly used, a brief explanation of each will give you a sense of the wide applications for coaxial cables. To start, the Bayonet Neil-Concelman, better known as simply BNC connector was primarily for military uses such as transferring radio and video signals. Similarly, the Threaded Neil-Concelman (TNC) is essentially the BNC only threaded since the BNC connector had a quick connect and disconnect design.

The subminiature version B (SMB) connector has a simple snap-on design and is best known for its uses in telecommunications. Similarly, the 7/16 DIN is a German design for industrial uses such as antenna systems. The QMA connector is similar to the SMA cable only it comes with a locking option. Due to the locking mechanism, QMA connectors are commonly found in industrial settings since it’s required to have a more-permanent connection. The MCX is the smallest connector of all the options available making it the best for applications that have size restrictions.

In other words, between the different types of coaxial cables and the connectors, you have plenty of options to help you get the perfect connection. However, if you’re setting up an entertainment space at home, you’re probably only going to need an RG6 with an SMA connector. If you have an old television, you might need an RG59 instead, but most applications will require an RG6. On the other hand, for a business or office building that’s setting up CCTV systems, you’ll likely need RG59 cables, so many choose to use BNC connectors. Regardless, make sure you’re getting everything you need during your order. If you’re trying to get a perfect entertainment center setup at home, assuming you have a modern television, you’re going to need an HDMI cable. Alternatively, an older television might require an RCA cable.

At CableWholesale, we’re proud to say we offer everything from connectors and RG6 cables to Ethernet cables and everything in between. Of course, we won’t let you forget everything else your setup will need like a 75 ft. HDMI cable and more. We pride ourselves on offering our customers only the highest-quality cables. In fact, we believe in our products so much that we offer lifetime warranties on most of our merchandise. If you have any questions, our team of experts is ready to offer you the top-notch customer service you deserve. Contact us today for more information.

Coaxial Cables Explained

Wireless Network vs. Wired Network Systems

Wireless Network vs. Wired Network Systems

Many people go back and forth trying to decide between wireless network vs. wired network systems. Whether you’re looking at a network for your home or for your business, each type of network has its advantages and disadvantages. Continue reading to learn more.

Wireless Networks

If you can connect to the Internet at home, chances are you have a wireless network. Many people refer to this as Wi-Fi. Wireless networks are arguably more common in households than in commercial buildings, but that’s not to say businesses don’t use them. In fact, many businesses use both types of systems. Think about the local coffee shop you visit when you want to get some work done—you’re likely connecting to their wireless network.


The main reason people like wireless networks is because they can connect multiple devices to the same network. Think about your home, where you can connect your cell phone, laptop, tablet, and smart speakers to Wi-Fi. However, wireless networks are becoming more popular in commercial settings due to convenience. Additionally, businesses such as coffee shops can bring in extra business by offering free Wi-Fi. In fact, most customers expect businesses to offer free Wi-Fi these days.


Unlike with their wired counterpart, the main disadvantage of wireless networks is security. Going wireless can be riskier because wireless routers don’t have as many security features. However, many manufacturers have been improving security features over the years. Additionally, wireless networks can be slower than wired networks if the routers are overloaded with devices. Not to mention, typical household items such as walls, ceilings, and microwaves can affect your Wi-Fi connection by causing interference.

Wired Networks

Alternatively, many businesses use wired networks—that is, connecting their devices with Ethernet cables—because they usually have more stationary devices than mobile devices. Wired networks require more maintenance, but they also come with their fair share of advantages.


Wired networks are always considered more secure and more reliable. Since you’re connecting your device directly with an Ethernet cable, your download and transfer speeds often skyrocket compared to those on a wireless network. In addition, a wired network offers a more secure connection, which is why most businesses use them alongside a hardware firewall. An added benefit is that the hardware for wired networks generally lasts longer than for wireless, making wired networks more cost-effective options in the long run.


Wired networks have two main downsides: setup and mobility. If you don’t have an IT team and you’re not experienced in networking, setting up a wired network can be overwhelming. Additionally, the inability to take your device with you throughout the building can be frustrating and inefficient. That’s why so many businesses install both wired and wireless systems.

As you can see, both types of networks have several benefits and downsides. That’s why it’s so important to weigh out the pros and cons of wireless networks vs. wired network systems for your home or business. Here at CableWholesale, we’re a little partial to wired networks because we sell high-quality cables. Then again, we also value reliability, security, and speedy networks. If you’re looking to improve your wired Internet connection, upgrade your Ethernet cables. If you’re not sure which cable you need, most networks will use a cat5e Ethernet cable. Contact us if you have questions—we’d be happy to help.

How Does a Coaxial Cable Work?

How Does a Coaxial Cable Work?

Everybody enjoys watching television to some extent, and back in the day, many of us watched movies with VHS players. If you can remember setting up your equipment, you probably remember a single round cable with a pin at the end that screwed into your TV and VHS player. That was a coaxial cable, and you likely asked yourself: how does a coaxial cable work,and what does it do? Keep reading to learn more.

The components of a coaxial cable

Before you can fully understand how a coaxial cable works, you need to know what it is. A coaxial cable has four main parts: the core, an insulator, a shield, and the jacket. The core––similar to a copper Ethernet cable––is a single copper wire. The insulator is there for protection and connection, as it’s dielectric. The shield is usually made of copper as well, reducing or eliminating any electromagnetic interference. Lastly, the jack is usually a hard yet still fairly flexible plastic that protects all the previous layers.

The types of coaxial cables

Most people refer to the cable as a coaxial or coax cable, but some may call them radio guide (RG) or radio frequency (RF) cables as well. Most coax cables used today are RG-series cables. In fact, the most common types are RG-6, RG-11, and RG-59, with some others in the mix for other unique needs. Most people use RG-6 cables to connect their televisions or satellite boxes. However, RG-11 and RG-59 cables can be used for high-definition quality or for industrial uses.

How the cable works

Once you attach the coaxial cable to the device—let’s say your television—the cable becomes live and transfers data from the device to the screen. The data signal travels through the core wire and the shield to become a live picture and audio. Without coaxial cables, much of our daily entertainment wouldn’t be possible. Luckily, many of us only need a coaxial cable to connect our televisions to a satellite provider’s box, as opposed to each individual device. For the most part, everything else connects with an HDMI cable nowadays.

Now that you know how a coaxial cable works, you can double-check that your current cable is in good condition. The only disadvantage of using coaxial cables is that if a single cable goes bad, you lose your connection.

At CableWholesale, we value high-quality products and top-notch customer service—and our track record and reviews prove that. We have a large inventory for you to shop from, whether you’re looking for coaxial cables, HDMI cables, or bulk cables. Additionally, we carry items as specific as a 20-ft. Ethernet cable or custom cables. Whatever you need, we’ve got you covered. Contact us today for more information!

The Difference Between Patch Cables and Structured Cables

The Difference Between Patch Cables and Structured Cables

When shopping for cables, all the different types of cables can get overwhelming, especially when so many of them look like one another. During your searches, you’ve likely come across the terms patch cable and structured cables. Keep reading to learn the difference between patch cables and structured cables.

Patch Cables

A patch cable is still a category cable; however, they connect permanent links and other equipment within a network. Additionally, patch cables can be shorter than structured cables because people often run patch cables in shorter lengths. Furthermore, patch cables are much more flexible since they’re commonly used in places with limited space such as closets oThe Difference Between Patch Cables and Structured Cablesr underneath the desks in offices.

Structured Cables

Alternatively, networks often use structured cabling to develop their connectivity infrastructure. The term structured cabling refers to a system that businesses, hospitals, schools, and more use to connect multiple hardware devices. The cables used for structured cabling are generally solid category Ethernet cables. A primary difference among Ethernet cables are their components. For instance, manufacturers commonly make Ethernet cables with solid copper wires (unless you’re using fiber optics) while patch cables are flexible because they use stranded copper wires.

Whether you’ve just begun searching for new cables or you’re ready to update your current cabling structure, you should know the difference between patch cables and structured cables. While some people will confuse the two, patch and structured cables will help you improve your building’s connectivity and improve efficiency.

Here at CableWholesale, we believe in offering the highest quality cables available at a fair price. Between our industry experience and expert team, we can help you find whatever you need for your next project. If you’re ready to begin looking for structured cables, whether you need 1000 ft or a 150 ft. Ethernet cable, CableWholesale has what you need. Check out our extensive inventory today.

Benefits of Custom Cable Assemblies

Benefits of Custom Cable Assemblies

In most cases, a standard cable will be fine for your setup. On the other hand, you may benefit from a custom cable setup. By implementing a custom cable assembly, you’ll have a better connection because the manufacturer designed the assembly for you. Keep reading to learn more benefits of custom cable assemblies.

Accuracy and quality

Custom cable assemblies offer impeccable accuracy for your connectivity needs. Since the cables are custom for your application, you’ll receive the best connection possible. Additionally, because you’re customizing your setup, your cables are much more likely to come from high-quality materials. It’s important to have high-quality cables because your connection will be stronger and your cables will last longer.


While there are general cable setups that can use standard cables, some industries—such as military, medical, and more—require a unique setup. Custom cable assemblies help these industries stay connected and improve stability. However, the versatility of custom assemblies works for everyone from households to commercial buildings to government buildings.


If you choose a custom cable assembly, the manufacturer will only use the necessary materials. This means that, by using a custom cable setup, you’ll reduce excess waste from the manufacturing process. Additionally, when you go to set up your cables, you won’t have a cluster of cables in the way because you’ll customize the length as well. In other words, custom cable setups will help you save the environment and stay organized––it’s a win-win!

Saves you time

When you go to install your new cables, you won’t have to worry about trying to make standard cables fit your application. Instead, the custom cable assembly will allow you to save time and easily install an effective connectivity source.

Again, standard cables probably could work for your current set up. However, if you need a unique connection, or you merely want a better connection, custom cable assemblies are the way to go. In addition to the benefits of custom cable assemblies mentioned, there are plenty more upsides. So why not take the next step?

Here at CableWholesale, we value quality products and expert customer support. Whether you’re looking for a standard 200 ft Ethernet cable or a custom cable setup, we can help. Contact us today for more information.

The Different Types of AV Outputs

The Different Types of AV Outputs

If someone were to say to you, “Hand me the AV cable,” would you have any idea what they’re referring to? Many people wouldn’t know which cable to grab, even though we use AV cables all the time and have been for decades. Anytime you binge-watch your favorite Netflix show, put a DVD in, or play the latest video game, you’re using an AV cable. Nobody likes to watch a show with constant interruptions, so to avoid the frustration, you should make sure you’re using the right AV cable. To avoid wasting precious screen time with interruptions, you need to know the different types of AV outputs.

What is an AV output?

AV stands for audio visual—in other words, these cables make your televisions, speakers, and more come to life for entertainment. AV cables have helped families and individuals entertain themselves in their households with gaming consoles or sound systems. In addition, many businesses, like movie theaters, employ AV outputs as an integral part of their operations. In other words, without AV cables, life as we know it would not exist.

The types of AV cables

Most people are familiar with some of the following cables, while other cables might be unfamiliar. Regardless, you probably have at least a couple of these cables in your home or business currently.

Composite AV cable

The most common type of composite AV cable is the traditional RCA cable. Most of you have likely seen this cable on your parents’ or grandparents’ televisions or VCRs because older televisions have RCA jacks. The RCA cable is the traditional white, yellow, and red one. Most people and devices don’t use RCA cables anymore because they don’t transfer high definition signals. Instead, most applications nowadays use HDMI cables––more on those later.


Sometimes referred to as S-video, these cables were widely popular for older DVD players, VCRs, and TVs. In the past, manufacturers made S-video cables as an upgrade from the composite cables. However, super-video cables didn’t last very long for typical use because television manufacturers ceased the installation of S-video jacks. You can still get S-video cables if you want that retro experience. However, you’re probably going to need extra attachments since most televisions won’t come with the appropriate jacks anymore.

Component video

People often confuse component video cables with RCA cables because they’re similar. Component cables also have colored shields; however, they’re red, green, and blue, each with their own single prong. However, they’re also an upgrade to RCA cables. Similar to S-video cables, manufacturers designed component cables to offer a high definition connection––or what people considered high definition at the time.

Coaxial cable

Anytime you have an installer from a satellite cable company over, a coaxial cable is one of the cables they’ll likely use. Years ago, televisions used to connect to a cable box directly with a coaxial cable; however, the quality wasn’t very good. Today, many coaxial cables will connect to a modulator, the modulator to the cable box, then the cable box connects to the television with an HDMI cable.

VGA/digital visual interface (DVI)

If you’ve ever connected your computer to an additional monitor or television, you may have used a VGA cable. While VGA cables were the only way to connect a computer for many years, they’re not quite as common anymore.

Another option is a DVI cable, which is like a VGA cable, only it’s a digital-to-digital connection. The reason that a digital-to-digital signal is significant is because there’s minimal interference, allowing for a sharper image and better color saturation. However, nowadays most computers would connect to additional monitors or TVs using an HDMI cable.

High definition multimedia interface (HDMI)

So you may have picked up on where all these previous cables have been leading––high definition multimedia interface cables, better known as HDMI cables. With the rise in technology and video quality, the previously mentioned cables simply couldn’t keep up. Now people are regularly watching movies in HD, and even 4K. That said, consumers and businesses needed higher quality cables that were capable of showing HD and 4K video, and HDMI has been the best option available so far. An added benefit of HDMI cables is the fact that they can support audio in addition to video. Many of the previous cables could not, or for those that did, they weren’t very good quality.

How to know which is right for you

Let’s say you’re connecting a television to a separate device such as a cable box or DVD player. The easy way to find out which cable is best for you is by looking at the back of your television. Most televisions will have the available inputs clearly marked and easily accessible. If you happen to have an older television, you’ll probably need a composite cable or super-video cable. On the other hand, if you have a new or relatively new television, it’s safe to assume that you’re going to need an HDMI cable. In other words, the only AV cable most TVs and DVD players will need is an HDMI cable. That said, you need to decide which HDMI cable you’ll need. Many of them will work fine with your setup; however, if your main television is a smart TV, that means you’re connecting to the internet. To ensure the best audio and video quality, in addition to internet connection, you should get a high speed HDMI cable with Ethernet.

Whether you’re tech savvy or not, you’ve probably come across many of these different types of AV outputs. It’s important to remember to check your particular television and devices prior to updating your cables.

Here at CableWholesale, we believe in offering high-quality cables for individuals and businesses. Whether you need to update your cables or need help deciding which cable is right for you, we’re here to support you. We have an extensive inventory for you to shop from, and we can help you replace all your cable or just a single one. For more information, contact us today.

Types of AV Outputs

Signs Your HDMI Cable Has Gone Bad

Signs Your HDMI Cable Has Gone Bad

No one likes a TV whose video or audio fades in and out. However, the problem may not be the television—it could be the HDMI cable. You can’t live with a bad HDMI cable; how would you watch all your favorite shows and binge-watch Netflix or Hulu? To avoid aggravating connection issues, keep an eye out for these signs your HDMI cable has gone bad before blaming the TV.

Fuzzy or No Picture

The most obvious sign that you need a new HDMI cable is if the video on your television doesn’t work or is fuzzy. Another telltale sign of a bad cable is if the picture fades in and out, clips, or lags. These are all extremely frustrating for anyone trying to binge-watch their favorite show. If any of this is happening to your television, you may need a new HDMI cable.

The Colors Are Off

Another obvious sign that something is wrong with your HDMI cable is if the colors on your screen are off. Discoloration is probably the most alarming thing because most people assume something is wrong with the TV itself. However, you probably just need a new HDMI cable, since the cable transmits up to 4K resolution.

Inconsistent Sound or No Sound at All

Have you ever been watching your favorite show or movie when the sound goes out? Or maybe the sound begins to fade in and out. Both scenarios are signs your HDMI cable has gone bad and needs a replacement.

There are some less obvious signs of a bad HDMI cable, too. Check the HDMI cable’s connector—bent prongs can not only interfere with your picture or audio, but also damage your television. Additionally, a damaged HDMI cable can interfere with your Internet connection, since there are HDMI cables with Ethernet capabilities.

If you need a new HDMI cable, check out CableWholesale. We’ve been in business for over twenty years because of our exceptional customer service and high-quality products. We take pride in our work and look forward to helping you get back to watching your favorite shows!