Wired Internet Connection vs. Wireless: Which Is Better?

Wired Internet Connection vs. Wireless: Which Is Better?

Choosing the proper internet connection for your home or workplace enables you to get the best possible speeds and prevent disruptions at critical moments. Many people may be undecided about whether to connect all of their essential devices to a wired or wireless network. For anyone who has trouble making a decision, read our guide on which is better between a wired vs. wireless internet connection.

Defining the Terms

It’s important to understand what these terms mean before getting into the intricacies of the distinctions between the two connections. While we hear terms like “Wi-F” all the time, many individuals are unfamiliar with details like how the process works or what Ethernet is.

What Is Ethernet?

Many people may be unfamiliar with such an essential aspect of the internet. Ethernet is a catch-all word for various technologies that facilitate networking of any size, from small local networks (LANs) to large-scale wide-area networks (WANs). While its history goes all the way back to the ’70s and spans several hardware iterations, today, twisted pair cables and optical fiber make up the bulk of it.

Ethernet comprises the hardwired connection to the internet from laptops, desktops, and other devices using cables in homes and businesses. These cables, which include Cat5, Cat6, and others, connect a device to an internet router and send data. There are distinct types of Ethernet as well, including fast, gigabit, and 10-gigabit.

Fast Ethernet

This kind of Ethernet connection can reach rates of up to 100 Mbps during transmission. Typically, you’ll need a Cat5 or twisted pair to run this type successfully.

Gigabit Ethernet

When Fast Ethernet isn’t swift enough, Gigabit Ethernet provides around 1,000 Mbps, or 1 Gbps. Because it offers video streaming and other complex functions, this type of connection is gradually replacing Fast Ethernet.

10-gigabit Ethernet

You can achieve rates of around 10 Gbps with this type of Ethernet, but you’ll need to invest in Cat6a, Cat7 twisted-pair cables, or another kind of fiber-optic line. While you won’t find this form of connection as routinely supported as Gigabit Ethernet and Fast Ethernet, it’ll become more common soon.

What Is Wireless Internet?

While wired connections using Ethernet transmit data through cables, wireless internet transmits signals through the air like radio waves. This requires multiple pieces of equipment, including a wireless transceiver, such as a wireless card or antenna, and a wireless router. When you use it, the network will transfer data to your broadband internet connection using these wireless technologies, which employ a proprietary wireless technology (known as Wi-Fi).

Because of this, you can connect to the internet from anywhere within the service area established by the position of your wireless router. Wi-Fi hotspots in a home, office, or public venue, as well as 3G/4G cellular data connectivity from telecommunication companies, are all examples of wireless internet.

Benefits of Wired Connection

We’re always hearing about Wi-Fi these days. However, using a hardwired connection to your devices offers you substantial benefits that you just don’t get with a wireless connection.

Superior Speeds

While Wi-Fi technology and speeds continue to improve dramatically year after year, they still pale in comparison to the types of speed you can get from an Ethernet connection on a consistent basis. When you link your gaming system, smart TV, or computer to an Ethernet cable, you’re creating a one-to-one relationship.

Data transfers much faster via a direct connection than it can over a Wi-Fi signal carried by radio waves. Wireless transmissions can also suffer disruptions by external factors like physical barriers.

Better Security

Hardwiring your internet gives you increased security. A signal traveling over a hardwired connection is significantly more difficult to hack and capture than a transmission traveling through Wi-Fi.

Reduced Latency

Latency refers to the amount of time it takes for your data from an input to get directly from your device to the internet. The lower the latency, the less time it takes for the program to respond to your input.

Gamers value lower latency because a shorter time between pressing a button and receiving a response from the game offers a more reactive, quicker experience. However, for the average user, reduced “lag” time equals faster surfing, speedier processing of online payments, and faster downloading and uploading of data for things like streaming.

Benefits of a Wireless Connection

Wi-Fi continues to grow in popularity all around the world. It’s hard to find any business these days that doesn’t offer some form of wireless internet for their customers to enjoy. That flexibility and ease of setup are some of several benefits this type of connection offers.

Easy To Set Up

Many people prefer just to set it and forget it when it comes to burgeoning technologies. All you need to do for Wi-Fi is have your modem connected to a wireless router, and anyone within range can start enjoying access to the internet. This can be especially helpful for devices such as televisions and smartphones where it’s not as practical to hardwire them in.

Convenience When Moving Around

Where do you want to use your devices? This can sometimes affect whether you should use Wi-Fi or Ethernet. While Ethernet will always give you the highest speeds, sometimes you may prefer Wi-Fi’s convenience. If you work from home, you should opt for a hardwired connection to prevent potential lagging and other disruptions that can cause problems.

However, if you’re someone who likes to move around the house and even go outside for part of the day, you may want to choose a Wi-Fi setup with an extensive range so you can freely come and go.

In Conclusion

So, which is better between a wired vs. wireless internet connection? The answer is that a wired connection is far more reliable and faster than Wi-Fi. You should use an Ethernet connection for gaming, streaming, video chats, browsing the web, and much more whenever possible.

However, there are certain instances where Wi-Fi is more valuable than Ethernet, such as taking your devices with you all around the range your wireless connection offers. The best solution in these cases is to use a hybrid system where you can hardwire your devices at any time.

When you’re installing a wired connection throughout your workplace, you want to know the products you’re using are incredibly reliable. CableWholesale offers bulk Cat6 Ethernet cables to attach any number of devices directly to the internet and ensure everyone can effectively access online resources. Feel free to contact us with any questions about our products.

Wired Internet Connection vs. Wireless: Which Is Better?

How To Know If Your Coax Cables Need Replacing

How To Know If Your Coax Cables Need Replacing

A coaxial cable is an electrical wire that transfers radio frequency (RF) signals from one site to another. Cable operators, telephone companies, and internet providers generally employ them to deliver data, video, and voice services to people all over the globe.

If you use any of the above services in your own home or workplace, you more than likely use a coaxial cable, also known as a coax cable. When the wiring gets damaged or degrades, you can lose access to necessary cable, phone, and internet functions, and you’ll need to diagnose and fix the issue right away. Read the guide below to learn how to know if your coax cables need replacing.

How Do Coaxial Cables Work?

Coaxial cable transmits high-frequency signals via a core conductor sandwiched between a shield made of braided or solid metals. The two conductors separate due to the insulating material between the central conductor and the shield. You’ll also find a secondary jacket surrounding the entire assembly.

The shielding prevents unwanted RF noise from meddling with any signals coming from within the cable. It can also serve as an electrical ground, provide power over long distances, or transmit additional messages. Because the form and integrity of both the shield and the conductor are critical, even minor flaws can result in a significant loss in signal quality.

Where To Use Them

You use coax cables to transmit radio frequency, video, and data signals to different devices. These devices can include connecting radio transmitters and receivers to antennas, hooking up to the internet, relaying digital audio, and communicating with cable television signals.

Advantages of Using Coax Cabling

Many people opt to use coax cables because of the numerous benefits they offer. For instance, installing them is effortless and requires simple tools, and you can readily split and extend the wires as needed. Furthermore, since their coaxial cable is metallic, it’s easy to link a tone generator to the shield and locate underground or behind-the-walls wiring. They can also support incredibly high bandwidth levels, which helps to reach consistently elevated internet speeds and data.

Why Do Coaxial Cables Become Damaged and Degrade?

People tend to believe that their wires and digital peripherals are essentially indestructible; many of them fling them all over the place and pay little attention to proper handling and storage. However, coaxial cables, in particular, are prone to breaking and degeneration. That’s why it’s essential to take adequate care of them and watch out for the most common ways they can get damaged.

The Cables Get Physically Harmed

The most prevalent types of damage are those caused by harsh or incorrect handling, as well as sudden accidents. Because coax has a wide minimum bend radius, it’s vital to keep the gap between the interior conductor and the shield as stable as possible throughout the wiring length.

You need to make sure you’re correctly coiling the wires when disconnecting them and getting them ready for transportation. It’s also essential to keep the cords away from high-traffic foot areas since they can become seriously damaged if people step on them. Sometimes, damage can be unavoidable as age can catch up with them and cause slow but steady degradation.

Water Clogs Inside Them

Unless explicitly stated by the manufacturer of a particular product, most coax cables are not waterproof. That means that if they become wet on the inside, the water can change the electrical properties of the wires, leaving them unusable or causing them to malfunction.

It’s important to keep cables out of the rain and away from bodies of water such as a sink or pool. Even though the connectors have a plastic jacket covering them, water can still get in through minor chipping in the external sheath. You should also never immerse them in water.

Excessive Heat

Coax uses two polymers for insulation: polyethylene and polyvinyl chloride. They both have a relatively low melting point and can weaken at around 150 degrees Fahrenheit. The positioning of the center conductor relative to the shielding may fluctuate if the insulation is subjected to low heat for an extended length of time as the polymers start to give out.

Once the center conductor and shielding come into contact, the signal is lost. You need to keep heatsinks, stage lights, heating lamps, and other hot sources away from them.

How To Know When It’s Time To Discard and Replace Coax Cable

Coax cables—just like most things in our universe—have a finite lifespan no matter how well you take care of them. They’ll eventually deteriorate and go bad. When that happens, replace them to restore service to electronic devices.

Your Television Doesn’t Display Anything

When you’re using a cable or satellite box to access TV channels, and you can’t get a signal, it could be a sign that faulty wiring is at play. The most likely cause is an improper connection of the coaxial wire to the F connector. If you’re not getting any channels to show on one television, but you can on another one, you may have bad coaxial cables.

Internet Connection is Spotty or Non-existent

Attach your internet modem to each coax outlet with a coax cable and test each one separately. You’ll have to wait and see whether your modem can establish a link, which is generally shown by the lights on the front of the device. If you fail to see a connection, it could be a problem with your coax cables.

Use a Coax Cable Tester

A coax cable tester is the most reliable method of quickly finding out if your wire is damaged or malfunctioning. They’re inexpensive and easy to use. Most of the testing devices employ a basic lighting scheme to show if a cable is okay or defective. Simply connect the wires to the tester, and you’ll know whether or not you need to replace the cabling.

Understanding how to know if your coax cables need replacing helps you to better diagnose and solve problems that may arise with your phone, internet, or cable connections. When you’re ready for a replacement, CableWholesalers are your trusted coaxial cable suppliers. We have a comprehensive range of high-quality products and knowledgeable customer service. Feel free to contact us today with any questions.

How To Know If Your Coax Cables Need Replacing

When and Why To Use Plenum Cabling in Your Space

When and Why To Use Plenum Cabling in Your Space

Plenum cabling is an important asset in large buildings. Designed with a smoke- and flame-resistant outer casing, these cables help minimize damage in the event of a fire and protect individuals in the process. However, you don’t need them in every part of a complex, and they’re often too expensive to install where they aren’t the most useful. Therefore, read on to learn when and why to use plenum cabling in your space.

In Newly Constructed Buildings

Many modern building designs include several features that accommodate plenum airspace. You can see this in low-drop ceilings and expansive air duct systems. Because of this, plenum cabling is the right choice for any newly constructed project. Installing this protection during construction ensures that a complex remains safe and eliminates the need for this addition down the line.

For High-Tech IT Centers

Plenum cabling is also common in high-tech IT or data centers. Since these rooms remain constantly charged with electricity, protection is of the utmost importance to prevent extreme accidents. So installing these products in these areas is the key to keeping your business’s network online and reducing the impact of a fire.

To Accommodate Air Handling Space

Another instance of when to use plenum cabling in your space is whenever your building contains an air handling area. These regions are the parts of a building that enables pressurized air circulation. They’re also known as plenum spaces and require the most protection from explosive conditions like fires and smoke.

When Building Codes Require It

Above all, though, you must use plenum cables in your building whenever and wherever your local building codes require them. The guidelines that dictate the proper safety protocols for all newly constructed and existing buildings determine where you need plenum cables the most. For this reason, you must follow these standards to stay compliant with safety regulations.

If you need quality plenum cables that keep your building protected, CableWholesale has you covered. Our bulk Cat5 ethernet cables resist all extreme hazards, including fire, smoke, and subzero temperatures. They also prevent the catastrophic aftermath of these events. Additionally, we sell them at low wholesale prices that are sure to please your wallet. Contact us for more information about their superior performance and safety.

Different Types of Coaxial Cable Connectors and Their Uses

The Main Advantages of Using Custom Molded Cable Assemblies

Setting up a home entertainment center is no easy feat. You have to make sure all the wires and cables are right to get the experience you want. You’ll also need coaxial cable connectors to get the job done. Though not every coaxial cable connector is used on a regular basis, it’s vital to consider all your options so that you’re ready for whatever situation you’re in. Here are the different types of coaxial cable connectors and their uses.


One common coaxial cable connector is the Bayonet-Neil Cocelman (BNC). BNCs are typically used by the military for transferring radio and video signals. Similarly, the Threaded Neil- Concelman (TNC) operates like a BNC, though it’s designed differently. BNCs have a quick connect and disconnect design. TNCs, on the other hand, are threaded and a little more complex.

7/16 DIN & SMB

The 7/16 DIN is best used in industrial settings and for building antennas. One interesting fact is that the 7/16 DINs are manufactured in Germany. Subminiature version B (SMBs) are used in telecommunications and have a simple snap design. SMBs are popular because their design is relatively simple, and they’re easy to use.


QMA connectors are similar to SMAs, except for the fact that they have a locking mechanism. This locking mechanism is perfect for industrial settings because they need something that’ll be fixed into place. Finally, MCXs are the smallest connectors of all. As a result, they’re perfect for areas that have space restrictions.

Now that you know the different types of coaxial cable connectors and their uses, you can determine which one is best suited for your project. The truth is, you probably won’t use any of the connectors mentioned above. Rather, you’ll use an RG6 and SMA to set up an entertainment center at home. Whatever project you’re attempting, CableWholesale has the equipment you need. We’re one of the superior coaxial cable suppliers out there, so there’s no doubt you’ll find what you’re looking for at CableWholesale.

The Rise of Technology: Brief History of Network Cabling

The Main Advantages of Using Custom Molded Cable Assemblies

Since its creation, network cabling has vastly changed the way people navigate their online presence, professional and personal, and interact with each other online. Since the early 1970’s, the evolution of network cabling has boosted the convenience of technology for businesses everywhere. So, who do we have to thank for all the perks we have due to wired network systems? CableWholesale offers the following guide on a brief history of network cabling.

When Was Network Cabling Invented?

The network cabling we know, love, and use at our convenience today is not what we started with. Throughout the 1960s and 70s, facilities that needed local area networks simply created costly and massive systems with a wide net of equipment to get the job done. It wasn’t until 1972 that Xerox’s Palo Alto Research Center (PARC) requested a local area network (LAN) from a few of their inventive team members.

At first, Robert Metcalfe and David Boggs of Xerox’s PARC team simply wanted to create a LAN to establish a connection between the Xerox Alto, a personal workstation, and a Scanned Laser Output Terminal, the world’s first laser printer. For inspiration and guidance, Metcalfe referenced a paper on radio systems from ALOHAnet, an organization that enabled data connections between the Hawaiian Islands.

Metcalfe and other employees tasked with creating a network looked to coaxial cables as a part of their solution. Metcalfe ideated that he would run the coaxial cable through PARC’s corridors. Using a bus topology, Metcalfe connected the facility’s computers to the new network by 1973. The network offered 3 Mbps per second – it was an instant success.

For the next three years, this creation remained an in-house system only. Come 1976, Xerox and its team of LAN creators at the PARC opened the floor for other companies to benefit from the perks of ethernet network cabling.

A Timeline of the Evolution of Ethernet

To best explain the rise of technology, we’ve outlined a brief history of network cabling in chronological order:

  • 1973: Robert “Bob” Metcalfe creates the first ethernet cable for Xerox PARC.
  • 1975: Xerox patents the ethernet cable, crediting Bob Metcalfe, David Boggs, Chuck Thacker, and Butler Lampson as its inventors.
  • 1976: Metcalfe and Boggs write and publish “Ethernet: Distributed Packet Switching for Local Computer Networks,” outlining details about why ethernet makes a difference as well as proper network cabling system layouts, or topology. They also discuss implementation and the varying components necessary to create a successful cable network.
  • 1979: Metcalfe establishes the company 3Com, which will work with DEC, Intel, and Xerox to establish ethernet as the new standard.
  • 1980: They release ethernet’s first standard publicly.
  • 1982: Ethernet II, offering an impressive 10 Mbps, has its debut.
  • 1983: The Institute of Electrical and Electronics Engineers (IEEE) publishes IEEE 802.3, a collection of ethernet standards for industry use.
  • 1985: IEEE verifies ethernet as the new industry standard.
  • 1986: Heavy coax ethernet cables known as 10Base5 ethernet cables arise.
  • 1989: Kalpana releases the first ethernet switch.
  • 1991: Cable manufacturers establish Cat3 twisted pair ethernet cables. These cables lay as the groundwork for modern day network cables.
  • 1991: Additionally, HP releases the first mass-market ethernet printer, the HP LaserJet IIISi.
  • 1994: Manufacturers debut fiber ethernet for data center use.
  • 1994: T-568A is now considered the standardized pinout.
  • 1995: 100 Mbps ethernet becomes the new standard.
  • 1998: The IEEE recognizes gigabit ethernet (GbE) as a standard.
  • 2001: Manufacturers develop 10 GbE ethernet, the Cat5e cable, and the T-568B pinout.
  • 2002: The IEEE officially approves 10 GbE as a standard.
  • 2002: Cat6 cables are released.
  • 2003: Power Over Ethernet (PoE) is now on the market. This type of cable provides both electric power and data connection via twisted pair ethernet cabling.
  • 2003: Bob Metcalfe accepts the US National Medal of Technology.
  • 2008: Manufacturers release the Cat6a ethernet cable.
  • 2010: IEEE accepts 40 GbE as a new standard.
  • 2015: IEEE accepts 100 GbE ethernet as a new standard.

The Advantages of Using Network Cabling for Your Application

Since its inception at Xerox PARC, wired network cabling has done wonders for businesses all over the world. From massive data centers to at-home offices, wired networks exist and perform for a broad range of purposes. CableWholesale visits the advantages of using network cabling for your application and how evolutions of Metcalfe’s 1973 invention continue to serve people everywhere.


A specific advantage that wired networks have over wireless networks is greater security. With network cabling, data is only accessible through devices connected to the system. Should someone wish to steal sensitive information from a company with a wired network, they would have a much more difficult time than they would retrieving data from a wireless setup.


Businesses that opt for network cabling for their workstations can feel confident knowing that their system is scalable. So long as they choose a network topology that is conducive to growth, companies can easily scale their network up or down to accommodate for their operational demands.

Connectivity Speed

People who utilize wired networks experience much less downtime and interruptions than they would with a wireless network. Ethernet cable connections streamline connectivity, making data transmissions much faster.


Connection with a wired network is not only faster than a wireless network, but it’s also stabler. A lot of things can interfere with a reliable connection on a wireless network – unauthorized devices logging onto the network, insufficient bandwidth, poor router placement, etc.

A Few Considerations for Using Network Cabling

  • Cost
  • Maintenance
  • Distance
  • Troubleshooting

Set Up Your Cable Network Today

At CableWholesale, we have everything you need to create an efficient and reliable network. As one of the top bulk cable suppliers in the industry, we can guarantee that our equipment is high quality. From Cat6a ethernet cables to connectors and management supplies, you’ll find every component required for a successful cabling system. No matter the size of your facility, CableWholesale has got you covered. Contact a member from our knowledgeable tech support team to learn more about our lifetime warranties and product specifications.

The Main Advantages of Using Custom Molded Cable Assemblies

The Main Advantages of Using Custom Molded Cable Assemblies

The Main Advantages of Using Custom Molded Cable Assemblies

Certain applications require more specialized equipment than others. Large and complex facilities often opt for custom cable assemblies to minimize the chances of network failure. Places such as hospitals, military bases and massive industrial production sites rely heavily on high-performing cables to keep their critical network systems up and running. CableWholesale reflects on the main advantages of using custom molded cable assemblies for complicated and large-scale applications.

A Guaranteed Accurate Fit

When you order custom molded cable assemblies, you outline their specifications. Whether you have a particularly small or large application that needs cabling, your cables are sure to go the distance with custom assemblies. Having an accurate fit reduces the need for extra adapters and connectors as well as safety hazards such as tripping over excess cable wiring.

You Acquire an Adequate Cable Supply

With a custom cable order, you can be sure to get just the right number of cables that your application needs—no more, no less. A custom order of cables prevents your company from over or under-investing in cords for your network system.

They Provide Better Performance

Custom molded cable assemblies go through thorough testing to confirm they’re performing as needed. During testing procedures, custom cable manufacturers will tweak any faults, providing you with cables specially optimized for your application.

They’re a Cost-Effective Investment

The cost-effective perks are some of the main advantages of using custom molded cable assemblies. You have control over which materials are used to make your cables, reducing the odds of incompatibility or faulty components. The higher quality your cables are, the less likely you are to experience downtime and expenses on replacement wires.

Invest in High-Quality Cables

CableWholesale is your one-stop shop to buy HDMI cables online, buy cable management supplies online, and buy just about any other aspect of a well-functioning network online. We offer a lifetime warranty on all our cables to ensure you get the most out of your investments in your cable system. Contact our tech support team today for guidance on which of our supplies is right for your application.

Cyber Security Tips to Protect Your Personal Information

The Key Difference Between Non-Plenum and Plenum Jackets

Since most jobs, schools, and utility companies require online accounts, it’s nearly impossible to keep your personal information offline. Using the internet for these things is more convenient, after all. Despite all of the perks of engaging with the online world, there are hazards to think about as well. The prevalence of criminals online makes just about any sensitive information susceptible to cybercrime. Fortunately, as technology has developed, so have cyber security measures. CableWholesale reviews top cyber security tips to protect your personal information.

Go From Wireless to Wired

One foolproof way to protect your personal information from cybercrime is to transform your network from wireless to wired connections. Wireless networks are much easier for hackers to penetrate than wired ones.

To hook up devices to your network, you’ll need Ethernet cables. The Ethernet cables your network requires will depend on the number of devices, network distance, and preferable data transmission speed.

Avoid Phishing Scams

Cybercriminals have honed their craft over time. Some phishing scams are now extremely difficult to identify. However, if an email or text ever appears suspicious, there are a few telltale signs it may be a scam. Here’s what to look out for:

  • The email address is not from the same domain as the entity shown in the email’s text, or the domain name has incorrect spelling
  • The email address contains several random characters
  • You find many grammatical errors in the email, or the writing is simply poor
  • The email or text prompts you to click a suspicious link or attachment (these often infect your device with malware or viruses)

Update Your Password Routinely

One cyber security tip to protect your personal information that you’ve likely heard numerous times already is to change your password. Whether it’s your social media profile or bank account, you should regularly update any online account’s password!

It may be sad to see your legendary password go but upgrading your log-in information with a strong password provides an extra obstacle for cybercriminals. Here are some considerations when it comes to online passwords:

  • Avoid using the same password for several accounts.
  • Include one uppercase letter, lowercase letter, number, and a unique character (&, #, $, %, @).
  • Keep your password between 8 and 64 characters.
  • If you must, write down your password. Be sure to keep this note somewhere private.

Whether you need bulk Ethernet cords, SCSI to SATA converter cables, or cable management supplies, CableWholesale has you covered. With our products, you can create a safe, secure, and efficient network. Look around our website today for premium network components at affordable prices.

The Key Difference Between Non-Plenum and Plenum Jackets

The Key Difference Between Non-Plenum and Plenum Jackets

If you intend to place your cables in testy environments—whether they’re hotter, moister, or chillier than most—you must invest in cables with proper protection from these elements. See why non-plenum and plenum cables are so popular, as well as why understanding the key difference between non-plenum and plenum cables could save you from trouble.

What Are Non-Plenum Jackets and When Should I Use Them?

Electrical cable construction often depends on the presence of non-plenum jackets for bedding and sheathing. Bedding and sheathing provide a protective layer between the inner and outer layers of cables.

Different types of non-plenum-rated cables include riser-rated, CM, and some PVC cables. The benefits of non-plenum-rated cables include the following:

  • Non-plenum jacket cables are flame retardant, which is especially helpful for reducing electrical fire risks.
  • Manufacturers utilize various additives to further improve non-plenum jackets’ thresholds for hot temperatures.
  • Non-plenum jacketing is durable, which helps inner wires keep their structure for longer.
  • Non-plenum-rated cables are often more accessible and cheaper, as they have both a high demand and supply.

It is best practice to use non-plenum-rated cables in the space between your building’s floors or vertical shafts—typically, any space that does not circulate air.

What Are Plenum Jackets and When Should I Use Them?

When a return air vent simply empties into the open space above the ceiling with no ducting, the area is considered a plenum space. Here is where you’ll implement cables with plenum jackets. Building management companies actually enforce building codes to ensure businesses utilize plenum-rated cables in these spaces.

The reason businesses must employ plenum cables in these spaces is that these environments react to fire differently. Manufacturers craft plenum jackets with insulation with lower smoke, flame, and toxicity characteristics. If a fire were to occur, using plenum-rated cables in the right spaces can save your building from an extreme outcome.

Key Differences Between Non-Plenum and Plenum

  1. Most manufacturers sell plenum-rated cables at a greater price than non-plenum.
  2. Many building codes require businesses to use plenum-rated cords in air-handling spaces, such as ceilings that return air to AC units, since the cable performs well in those environments.
  3. Plenum-rated cables must meet plenum cable insulation and Cat5e cable standards, making them more particular to make than most non-plenum-rated cords.

The key difference between non-plenum and plenum cables that will help your company avoid fires and fines is that you’re required to use plenum cables between floors, walls, in ceilings, and under floors that return air. Neglecting this difference could land you some serious damage and a costly building code violation.

Where To Get High-Quality Plenum Cords

No matter the heat, CableWholesale’s cords can handle it. For equipping larger facilities, consider our selection of bulk Cat5e cables. Not only will our low wholesale prices satisfy you, but our cables’ performance will, too. Contact us today to learn more about how our cables exceed performance and safety standards.

Everything You Need To Know About HDMI Cable Length

The Key Difference Between Non-Plenum and Plenum Jackets

HDMI is short for High-Definition Multimedia. HDMI cables have seen incredible popularity growth thanks to their compatibility with laptops, Blu-Ray players, gaming consoles, and more. These cords transmit high-quality digital video and audio data from one device to another. They allow you to enjoy effortless streaming between multiple devices. When selecting the perfect HDMI cable for your entertainment or work setup, you may have questions about what length to go for. CableWholesale uncovers everything you need to know about HDMI cable length so that you can get the most out of your selection.

The Relationship Between HDMI Cables and Transmission Quality

Audio and video signals must transmit through the entirety of the cable’s length. The greater the HDMI cord length, the more room there is for that signal to experience interference or other transmission issues. Of course, if you have a setup that requires an HDMI cord with more length, there are ways to create a quality signal, as we’ll discuss below.

How To Determine the Right HDMI Cable Length

One of the critical aspects of everything you need to know about HDMI cable length is recognizing how to determine the correct length for you. You must know your desired cable length before you buy HDMI cables online to ensure your setup doesn’t fall short. You also don’t want excess cable length to overwhelm it. Though people often find 20-foot HDMI cables to suffice, we’ve provided an additional guide below for dealing with greater distances.

  • When there are 25 feet between the source and display, use a passive cable.
  • When there are 150 feet between the source and display, use a signal converter.
  • When there are 1000 feet between the source and display, use a fiber optic extender.

What To Do if Your HDMI Cable Requirements Expand

Maybe you want to set up a temporary entertainment system outside or simply have an expansive workstation. Whatever your reason for needing a longer HDMI cable, you have a couple of options for getting the cable length you need.

Acquire Signal Converters

HDMI signal converters allow your HDMI cable to communicate with a different signal with less strict length boundaries. An HDMI signal converter provides optimal video and audio data transmission by converting the signal to either that of either Cat5e or Cat6 Ethernet cables.

Obtain Extenders

With HDMI extenders, you can be much more flexible with your work or entertainment setup. Extenders support transmissions over greater lengths. So, you can expand your system without splurging on new HDMI cables.

In addition to trusty HDMI products, CableWholesale has a vast selection of cables and cable management accessories. We prioritize safety, quality, and value with our products, which is why we’re constantly finding ways to refine our supplies. Enjoy a lifetime warranty on most of our products and utilize our knowledgeable customer service team for a superior online experience.