What if we told you it was possible to send electricity through an Ethernet cable to power another device or devices? Would you believe us? You should, because that’s exactly what Power over Ethernet (PoE) does. There’s a lot to learn about PoE, including what exactly it is, how it works, and much more. Our experts discuss in detail what you need to know about Power over Ethernet. If you’re searching for more information, we’ve got you covered. Read the guide below to learn everything you’ll need to know about PoE.

What Is PoE and How Does It Work?

PoE is a system in which electricity passes through a twisted pair Ethernet cable. That Ethernet cable then supplies power to powered devices (PD). Powered devices can vary greatly, but common devices include IP cameras, VoIP phones, network routers, industrial control systems, point of sale (POS) systems, and IPTVs. Without the aid of PoE, many of these powered devices would require more cabling, which costs more money and takes more time to install.

There are two primary ways to install a PoE system: a PoE switch or a PoE injector (also called a midspan). Most people would probably opt for the PoE switch merely because it suits almost everyone’s needs with today’s technology. The way a PoE switch works is very simple. In general, you can think of a PoE switch as a standard network switch that has PoE injection. All you’ll need to do is plug devices into the switch and the switch will read if the device is PoE-compatible and provide power as applicable. PoE switches are especially simple to incorporate into large IT setups at companies because they can easily fit into server racks.

On the other hand, we have a PoE injector (or midspan). A PoE injector provides PoE capabilities to non-PoE networks. In other words, if someone has older technology but would like to incorporate PoE into their operations, they could use a PoE injector. Much like the PoE switch, the injectors are completely automated. In other words, you merely need to plug your device into the midspan and the injector will control the electrical supply.

The Different PoE Standards

Although the standard PoE is sufficient most anyone, PoE+ and Ultra PoE are becoming relatively common as well. Unsurprisingly, each level of PoE follows strict guidelines and standards indicated by the Institute of Electrical and Electronics Engineers (better known as the IEEE). PoE follows the IEEE 802.3af standard which provides up to 15.4W of power. You should note, however, that there’s only 12.95W power available for a powered device because some power diminishes through the cable. PoE+ follows IEEE 802.3at standards where there’s a maximum power output of 30W; similar to PoE, however, there’s only 25.5W power available for a PD. Ultra PoE follows the IEEE 802.3bt standard, but there are two types: type 3 and type 4. Type 3 supplies up to 60W of power but only assures 51W for a PD. Type 4 can supply up to 100W but only assures 71W for a PD. Each PoE standard and type operates the same way, and they vary in operation for the sake of some applications.

The Advantages of PoE

With all this information you may be asking yourself, “so what?” There are several advantages of PoE. First and foremost, it’s extremely easy to install. As we mentioned before, most of the PoE process is automated; all you need to do is plug a switch (or midspan) in and connect the devices. Because installation is so easy, the installation costs are also low. While you could hire a professional IT installer, you can probably install the PoE system yourself. Costs also remain low because PoE hardware is affordable and lasts for many years.

Another benefit of PoE is its safety factor. Not everybody wants to spend the money to install several power outlets throughout their building. To save money, many people may attempt to install outlets themselves, which can get dangerous quickly. Instead, you could simply install PoE systems that have fewer volts than a typical power outlet; you’ll also mitigate a possible hospital bill.

The Disadvantages of PoE

While there are undeniable benefits of PoE, there are a few disadvantages to take into consideration. First, PoE only transmits data over 100m. That said, if you need to send and receive data over longer distances, you’ll need to utilize PoE extenders to maintain optimal performance. You should also consider your current devices that you want to connect with PoE. If you’re primarily using older technology, your devices may not be compatible with PoE switches. If your devices aren’t compatible, you’ll need to look into workarounds such as PoE splitters and PoE injectors. Finally, you need to consider the power necessary to operate your devices. As you saw, each PoE standard provides different power outputs, but you also need to consider the power rate on the PoE hardware. For instance, you may have a 150W switch, but that doesn’t mean each port supplies 150W—the 150W is divided into each port. In other words, if you have 8 ports, then each port is actually supplying up to 18.75W.

Although we’ve covered everything you need to know about Power over Ethernet, you still might be wondering if it’s suitable for you. There’s no clear-cut answer, but if you have several devices that connect via Ethernet, PoE is probably worth looking into. The good news is that PoE is very affordable and easy to install, so it’s always worth a shot. Before you begin investing in PoE hardware, however, you must ensure you’re getting quality equipment. There are a lot of companies out there that claim to have the best PoE products but don’t, so be sure to shop with someone credible.

To save you some time, check out CableWholesale. Our company is founded on quality and integrity. Combined, our team has decades worth of industry and technical experience. In other words, we know what individuals and companies need to get the most out of their networks. We have everything you’ll need, whether you’re upgrading your entertainment center and need a 100 ft. HDMI cable, updating your company’s cabling infrastructure, or installing PoE for the first time. We don’t stop with products, though, as our team is dedicated to helping you get your project up and running, which is why we offer free technical assistance. If you have any questions, don’t hesitate to reach out to us. Otherwise, you can check out our full inventory on our website today.

Network topologies are imperative to your network’s efficiency and reliability. There are several popular topologies, all of which have their own unique advantages. Among the most popular setups is the ring topology. In addition to the advantages of a ring topology, it’s also one of the simplest designs. If you’d like to learn more, we’ve got covered in our guide below.

You Reduce Data Collisions

In ring topologies, data typically runs unidirectionally. The benefit of having all your data move in one direction is that there’s a much smaller chance you’ll experience data collisions. Other topologies where data moves bidirectionally can experience what’s called packet collisions. When a packet collision occurs, you often lose some (if not all) of the data in that packet—so you obviously want to minimize that risk.

Token Passing

One of the unique benefits of ring topologies is their ability to utilize token passing. In simple terms, token passing is where a signal passes through each node to allow that node to communicate with the network. Token passing is especially helpful when you need to share information with other workstations on the network, as it’s much more efficient.

Easy To Maintain or Add Workstations

Unlike other complex topologies like the mesh topology, ring topologies are simple—why is that important? It makes maintenance much easier. If something is wrong within your network, you can easily identify where the problem is because there’s minimal hardware involved. Companies specifically benefit from ring topologies because it’s easy to add workstations. In other words, ring topologies support unlimited growth.

As we mentioned, there are many different topologies. Though we can’t deny the advantages of a ring topology, it may not be the best option for some. Most small- to medium-sized businesses can benefit from a ring topology, but massive corporations may need more hardware like switches and a central hub to meet their needs. If you don’t know which topology you should choose, ask a professional.

The team at CableWholesale has decades (and counting) of industry knowledge. Not only do we stay on top of the current trends and technology advancements, but we actually know what we’re doing. Whether you’re looking for a Cat5e Ethernet cable, Cat6, Cat6a, or fiber optics—we’ve got you covered. Contact our team today for more information or check out our inventory online today!

If you’re in the market for a new Ethernet cable, you’ve probably come across two types of cables: copper and fiber optic. Both cable options are great, but what are the differences and benefits of each? Our experts break down the differences between fiber optic and copper Ethernet cables below; read on if you’d like to learn more.

Copper Ethernet Cables

When most people think of an Ethernet cable, they probably imagine a copper cable, and that’s because they’ve been around the longest. In fact, Xerox developed the first copper Ethernet cable in the 1970s and there have been several variations of copper cables since. A copper Ethernet cable works by sending electrical currents up and down the copper wire from one device to another. Today, the most common copper cables are Cat5e, Cat6, and Cat6a.

Cat5e cables are arguably the most universal cable that will work with most network setups. Additionally, a Cat5e cable can supply up to 1Gb/second speeds at 100MHz. Alternatively, you could choose a Cat6 or Cat6a copper cable if you need faster speeds and you have the hardware to support it. In general, in scenarios such as surfing the web or gaming, a Cat5e or Cat6 cable will probably be sufficient. That said, sometimes you need extremely fast speeds.

Fiber Optic Ethernet Cables

A more modern take on the Ethernet cable is fiber optic. Instead of depending on electrical currents, fiber optic cables send signals using beams of light, which is much faster. In fact, fiber optic cables can support modern 10Gbps networks with ease, making them much faster than copper cables. Additionally, because fiber optic cables don’t depend on electricity, they’re less susceptible to interference from other devices. Moreover, fiber optic cables are more secure than copper cables because light signals are more difficult to hack.

Now that you know the differences between fiber optic and copper Ethernet cables, you can decide which cable best fits your needs. In general, if you have the fastest speeds available and have the appropriate hardware that supports such speeds, fiber optic is the way to go. That said, if you merely need to connect your gaming console or a computer to a router for basic internet use, a copper cable is sufficient.

If you’re looking for top-quality Ethernet cables, look no further than CableWholesale. Whether you need a 1 ft., 10 ft., or 150 ft. Ethernet cable, we’ve got you covered. Check out our inventory today or contact our top-notch customer service team if you need help choosing a cable.

While homes and small businesses can get by with a router and some Ethernet cables for their internet connection, office buildings, academic institutions, and medical facilities are a different story. Structured cabling systems are among the most reliable ways to connect various devices throughout a LAN with the aid of several subsystems and protocols. It’s important that you allow yourself time to plan and develop a good structured cabling system. If you’re searching for information regarding the qualities of a good structured cabling system, we’ve got you covered. Read on to learn more.

Meets International Standards

Between the American National Standards Institute (ANSI) and the Telecommunications Industry Association (TIA) are several guidelines that keep structured cabling systems consistent throughout industries. Your facility should meet standards, as it helps installers and future servicers to provide adequate support. The standards provide direction to ensure you have sufficient power and hardware, though you should note that the standards vary depending on the type of building.

Limits Interference and Crosstalk

Nearly any network is susceptible to radio frequency and electromagnetic interference, though using high-quality cabling in your structured cabling system can reduce or eliminate interference. In addition to interference, failure to use structured cabling can result in crosstalk between cables. If you’re experiencing interference or crosstalk, it’s possible that you’re either using low-quality cables or neglecting standards.

Documentation That Supports Expansion

There are many benefits of structured cabling and one of them is its organization and flexibility for expansion. That said, one of the qualities of a good structured cabling system is in-depth documentation. If you can’t clearly identify which cable connects to what switch, device, or floor, you’re going to have a hard time expanding in the future. Another reason it’s important to document your structured cabling system is that it’ll help installers and IT workers expand your system in the future.

Whether you’re a business owner or you manage several medical facilities, you need to install structured cabling systems. Now that you’ve made it this far, you’re on your way to a successful connectivity infrastructure because you know what makes a great setup.

High-quality Ethernet cables can make or break the reliability and longevity of your structured cabling system. Whether you need 100, 150, 200, or even 1000 ft. Ethernet cables, CableWholesale is the place for you. We take immense pride in offering top-quality customer service and products that are backed with a lifetime warranty. Check out our inventory on our online shop today!

Whether your company is working in the office or you’ve been working remotely for months, it’s crucial to have quality network cabling throughout your building for two reasons. First, businesses usually have a structured cabling setup that supports both onsite and remote workers. Second, we won’t work from home forever; although COVID-19 has made it feel like we’ll never return to the office, we will. That said, you need your network to work for you—not against you, and a big part of that is the cabling. If you don’t know if your building has the appropriate network cables or not, we’ve got you covered. Below we break down some common signs it's time to change your network cabling system.

Mediocre Performance

When you pay for internet service, the provider should share the details of the plan you pay for. Included in your internet plan details will be the download speed you’re paying for and the minimum download speed. If your internet and network are sluggish at best, there are two possible reasons. First, you might not have the appropriate internet plan for the number of users and devices. Alternatively, your cable infrastructure doesn’t support your download speeds.

Frequent Downtime

Some organizations experience network downtime rather frequently, which isn’t normal. Of course, there are dozens of reasons you might experience a network outage, ranging from the weather to a server issue to someone accidentally unplugging a cable. Another potential cause for network downtime is insufficient cables. Network cables have changed tremendously over the years, and if you’re still using cables from ages ago, they might not have the capacity your internet requires. Your company can’t afford downtime, and putting rush orders on new cables or maintenance gets expensive. Install high-quality cables carefully or hire an IT professional to do it for you to ensure it’s done correctly.

You Have Damaged Cables

There are a shocking number of companies that not only use outdated cables, but also use cables that are worn, frayed, or even taped together. There’s never an excuse to use cables that are clearly damaged and expect a perfect connection in return—it’s not going to happen. While we’d argue that all network cables should be high quality, the cables in a business must be. Businesses regularly use network cables, and the cables endure a lot of wear and tear over the years. It’s crucial that your cables will last so you can expect reliable connections and prevent downtime.

There are numerous signs it's time to change your network cabling system, but the three we mentioned are the most common signs. When you purchase replacement network cables, ensure you’re doing business with a dependable supplier so you can be confident you’ll receive top-quality products.

The team at CableWholesale knows how important networks are for businesses and households—that’s why we take quality seriously. Whether you need an HDMI cable, a 10 ft. Cat5e cable, or Cat6 plenum cable in bulk, we’ve got you covered. Check out our inventory today and don’t hesitate to contact us for free technical assistance.

Whether you work at a pediatric office, urgent care, hospital, nursing home, addiction treatment center, or an ambulatory care center, there’s no doubt that connectivity is important. Additionally, the rising demand of telehealth and telemedicine, that is, remote healthcare, requires health facilities to have an excellent connectivity infrastructure. There are a few different ways you could improve connectivity in a healthcare facility such as updating your Ethernet cables and using a wired network as often as possible.

Updating cables and going wired sounds easy enough, but you also need to ensure your connection and cables are reliable and organized respectively. The importance of a reliable network speaks for itself, but why is organization important? Well, if your network were to go down, you (or your IT team) should be able to quickly locate the problem. A mess of cables isn’t going to help you find the problem, if anything you might snag a cable and cause more issues trying to find the problem. So, what’s the solution? Structured cabling. If you’d like to learn the importance of structured cabling in healthcare, our experts have you covered in our guide below.

First, what is structured cabling?

Before we can discuss why structured cabling is so important, you should have a general understanding of what structured cabling is. In simple terms, structured cabling is a building’s connectivity infrastructure that connects via cables from a designated telecommunications room or closet. The necessary components for a structured cabling system include horizontal cabling, backbone cabling, entrance facilities, and finally the work area.

When most people ask what structured cabling looks like, the best way to describe it is organized and intentional. Every cable used is there for a reason, so while there are a lot of cables, they all serve a purpose.

Reliability and organization

In the healthcare industry, you depend on reliable equipment to provide state of the art care for your patients––your facility’s connectivity is no different. Structured cabling will provide your building and staff a reliable connection throughout daily operations. Administrative workers especially benefit from structured cabling because most care facilities use databases to store patient information as opposed to file cabinets. Moreover, structured cabling provides improved bandwidth which allows workers to access data throughout the building from any device on the local area network and beyond.

Because structured cabling follows the TIA/EIA standards, you can count on consistency, reliability, and organization throughout the facility. Organization is more important than a lot of people think when it comes to networks. A messy IT closet and server room can result in a few issues for your facility. When something goes wrong with your network, you’ll want your IT team to fix it as soon as possible. However, an unorderly network system can result in extended downtime because it’s harder to locate the cable, switch, patch panel, or router that caused the problem. If any industry can’t afford network downtime, it’s healthcare, so you should consider structured cabling for the sheer reliability and organization benefits.

Structured cabling supports facility growth

As care centers attract more patients, they often face the decision to turn away new patients or expand their facility. Structured cabling makes the decision easy for you because it’s adaptable. Adding new cables, switches, or work areas to a structured cabling setup is simple for any IT professional. If your facility doesn’t have its own IT team, then we’d suggest hiring an IT service to handle installation or expansion for your structured cabling hardware. Otherwise there’s a lot of room for error for anyone without experience in setting up networks and following standards.

Better care capability

We previously eluded to some of the changes in the healthcare industry, most notably telemedicine and telehealth. Structured cabling supports both telemedicine, telehealth, but also onsite care. By using high-quality Cat5e or higher network cables, you’ll have a much more reliable connection with faster transmission speeds. Along with better speed, structured cabling will also provide a better bandwidth which helps everyone in the facility.

Given that telemedicine and telehealth are both remote care options for patients who are unable to get to your healthcare facility, you need an excellent connection to provide high-quality service. Moreover, structured cabling helps doctors, nurses, and administrative workers provide excellent care onsite because they can access their databases throughout the facility. Additionally, some facilities’ security depends on a reliable network. Structured cabling can support information security, fire safety, closed-circuit television networks, and patient monitoring. In other words, your facility, staff––and most importantly, your patients––can’t afford excessive downtime from an unreliable cabling structure.

It helps you meet industry standards

There are a number of telecommunication standards for the healthcare industry, and one of the most important is the ANSI/TIA-1179-A. While there are several components of the ANSI/TIA-1179-A standard including topologies, cable performance requirements, and security, there are also details that guide you through the structured cabling requirements. By keeping your facility up to industry standards, you can rest assured that your facility’s infrastructure can support the latest technological advancements.

At the heart of every healthcare facility is the desire to improve the lives of their patients, and structured cabling supports you in just that. While the importance of structured cabling in healthcare helps administrative workers locate files and patient information, there’s a much more serious reason it’s important. As we mentioned before, many facilities (especially hospitals) utilize patient monitoring systems that connect to your network. A failure of your network could lead to a medical emergency for your patients, so to avoid downtime you should always have structured cabling system installed professionally.

The quality of your cables and structured cabling hardware is equally as important as professional installation and CableWholesale can supply top-quality hardware and cables for your system. Whether you need switches, panels, Cat5e plenum cables, or bulk Cat6a Ethernet cables, we’ve got you covered. Our team is made up of industry experts with extensive experience which allows us to not only supply excellent products, but top-quality customer support too. We understand how important connectivity is in our digital world, that’s why we offer free technical assistance to all our customers and back our cables with a lifetime warranty. Why do we offer a lifetime warranty? Because we know things can go wrong, and we want to help our customers get back online as soon as possible. If you have any questions, feel free to reach out to our team; otherwise check out all our inventory today!

Even though it’s wrong, a lot of people use the terms crossover cable and straight-through cables interchangeably because they’re technically both Ethernet cables. To help you avoid using the wrong terminology, we’re going to compare crossover cables vs. straight-through Ethernet cables in our guide below. If you’d like to learn more, we encourage you to read on.

Straight-through cables

In general, a straight-through cable is essentially your standard Ethernet cable with an RJ-45 connector on each side and usually a twisted pair cable. Some people will also refer to straight-through cables as patch cables. On a straight-through cable, the connectors have identical pins on both sides which allow them to connect one device to a different type of device. A few common applications for straight-through cables include:

• Switch to PC
• Switch to server
• Switch to router
• Hub to PC

Crossover cables

While straight-through cables connect different types of devices, a crossover cable connects the same type of devices. In order to learn how a crossover cable works, we must look at the pins at the connector. Within the RJ-45 connector, you’ll notice that the pins on a crossover cable don’t match on both sides and that’s intentional. To allow two alike devices to connect using a single cable, one connector must receive the data while the other sends data and vice versa. The applications of crossover cables range from:

• Switch to switch
• Hub to hub
• Router to router
• PC to PC

If you ever had what appears to be an Ethernet cable, you can determine if it’s a crossover cable vs. straight-through Ethernet cable by looking at the pins. You could also look at the cable’s jacket, as most manufacturers indicate the cable type there. If you can’t clearly identify the type of cable by looking at it or the cable’s in rough shape, you’re better off purchasing a new cable.

Whether you’re looking for a 20 ft. Ethernet cable, 100 ft., bulk cables, or even switches, CableWholesale has you covered. Our team is made up of industry veterans giving us the know-how and technical knowledge required to be successful in this business. That said, we always guarantee top-quality products and customer service because we refuse to settle for anything less. Check out our inventory on our online shop and feel free to contact us with any questions you may have.

Every individual wants a reliable internet connection that’s fast, but businesses want it even more. In fact, they need it. Without a high-performing network, businesses could experience downtime, an unreliable connection, and an overall frustrating work experience. All of these situations can force the company to incur unnecessary costs. Of course, your internet provider is the foundation to good connection, but there are several other factors to consider.

First and foremost, are you running a wireless network, wired network, or both? There’s no debate that connecting wirelessly is convenient, especially when wireless providers, routers, and modems have improved significantly over the years. The problem is, wireless networks are more susceptible to interference. Wired networks ensure the best connection, security, and reliability. Although merely using a wired network isn’t quite enough––you’ll also need to consider the different types of network topologies. A topology is way to identify how devices (or nodes) connect to each other. There are six common types of topologies, and we’re going to break each of them down in the guide below.

Bus topology

As the simplest design, a bus topology requires nodes to be in a linear order. Each device in a bus topology setup connects to a single cable. You should note that a bus and linear topology doesn’t transmit data bidirectionally. In other words, the data can only go from one end to the other. As with all other topologies, there are advantages and disadvantages to a bus topology.

The most notable advantages are cost and ease of setup. Because a bus topology connects via one primary cable (known as the backbone cable), your cable costs will be lower than in other topologies, yet performance will be faster. An added benefit of the backbone cable is that your installation is a lot easier. You should be aware of a couple disadvantages of bus topologies. Most notably, a linear topology limits the number of nodes you can have. That said, a bus topology is especially common for small to medium-sized businesses. The other issue is that if your backbone cable goes down, your whole network does too. Alternatively, if the cable failed, it’s an easier fix because there’s only one cable, so there are both advantages and disadvantages to using linear setups.

Ring topology

Another simple design is the ring topology. As you might suspect, a ring topology is in the form of a circle, where each device has two adjacent nodes. A typical ring topology will have four nodes, but there could be more if the need arises. Ring topologies are versatile and fitting for all sized businesses, and many businesses use them because of their advantages.

Arguably the most important advantage is that the number of nodes doesn’t affect the transmission of data. You can make a ring topology unidirectional or bidirectional, which makes future growth much easier. Much like the bus topology, ring topologies are also very easy to install and expand upon. There are two disadvantages to be aware of. First, troubleshooting is more difficult with more nodes transmitting data in different directions. Another disadvantage is that if one node experiences a crash or downtime, it’ll disturb the entire network.

Star topology

Unsurprisingly, a star topology’s setup resembles, well, a star. In the center of the star is a central hub that each node connects to. Because of the central hub, star topologies are more reliable than the previous setups and have several advantages. Since each node has its own connection to the central hub, trouble shooting is much easier. Additionally, the performance is faster because data doesn’t have to go through each node before reaching its destination. Finally, if one node fails, the rest of them will still work as normal.

Of course, there are two disadvantages you should consider: the cost and the central hub. Because star topologies need more cables and a central hub, they are more expensive to setup and run because of the increased energy use. Moreover, if the central hub fails, your whole network will fail as well.

Mesh topology

A mesh topology is like a glorified ring topology. The mesh topology is among the most common setups for businesses for a few reasons, but mostly for its reliability. The reason a mesh topology is so reliable is because each node is connected directly to other devices with point-to-point links. Because the devices connect to other devices in the network, you’ll experience little to no problems caused by data traffic. Additionally, if one node were to fail, the rest of your network will work fine. The interconnected devices also improve security and privacy, something that’s especially important to businesses. The reason mesh topology is secure is because all the connections are point-to-point, ensuring unauthorized users cannot access the database.

You’re probably wondering what the disadvantages are. The main one is the mere number of cables you need, but keep in mind that more cables also mean a more secure network. Additionally, troubleshooting can be challenging if you’re not organized or experienced with mesh topology. Lastly, because of the point-to-point connections, expanding on a mesh topology is both time consuming and difficult.

Tree topology

Many organizations like to use a tree topology (sometimes referred to as hierarchical topology) because it’s great for Wide Area Networks. A tree topology requires what’s called a root node, which then connect to sub-root nodes, and continue expanding to other nodes as a top-down effect. You can see why it’s also called the hierarchical topology. The primary benefit of tree topologies is that you’re combining the reliability of bus and star topologies. Moreover, troubleshooting is very simple. Although with primary hubs, you guessed it––if one goes down, they all go down.

There is also a topology known as a “hybrid” which combines two or more topologies. Hybrid topologies can be beneficial, but they can easily become a disaster if you’re not careful. Hybrid topologies require experience or a good IT department. If you don’t know what you’re doing, you’ll likely have a hard time not only setting up but also maintaining a hybrid topology. As you can see with the different types of network topologies, each have their respective pros and cons. Before choosing a topology, you should consider the size of your business and the potential for future growth. That way, you can ensure you’re investing your time, energy, and money into the appropriate setup.

Of course, regardless of the topology you choose, you’re going to need high-quality network cables, and that’s where we come in. CableWholesale takes immense pride in providing top-quality products to our customers. Whether you need a Cat5e cable in 1000ft, patch cables, adapters, and all things cable related, we’ve got you covered. Check out our online shop for all our amazing products or reach out to us with any questions.

When the coronavirus first began, no one anticipated a global pandemic. Additionally, nobody expected working from home would become a reality for so many people. And if all that wasn’t enough, no one thought remote work would last for as long as it has. After all this time, a lot of people are still trying to figure out the best home office setup for their workdays. While everyone’s needs are different, there are some key factors in a work from home office setup. If you’d like to learn more, we put together some recommendations below.

Maintain a clean and organized workspace

Whether you want to admit it or not, a cluttered workspace stresses everyone out, and being at home makes being cluttered much easier. You don’t have to maintain a clean workspace because your boss isn’t going to walk by. However, if your workspace is messy and unorganized, your work from home experience will be more stressful, and you’ll see a decrease in productivity.

Keep ergonomics in mind

While some of you probably have a home office, the Coronavirus forced a lot of people to develop a makeshift office somewhere in their home. That office space could be your dining room table or your couch; either way, your home probably isn’t equipped with an ergonomic setup to the extent that your office was. Every workspace needs a quality chair and desk because it’ll help you maintain good posture. Proper posture not only helps your overall health, but it will also make you more productive because you’ll be comfortable.

Improve your internet connection

Your home internet has never been more important, and while there are several things you can do to try to improve your connection, some methods are better than others. To get the most reliable internet connection, consider connecting directly to your router with an Ethernet cable. Using a wired connection significantly reduces the chance of radio frequency interference. In other words, connecting with an Ethernet cable will offer faster speeds and lower latency.

Most modern routers can support a Cat5e or Cat6 Ethernet cable, but you never want less than a Cat5e grade cable. Now we recognize that some of you don’t have a router right next to your workspace, so you might need a 100-ft. Cat6 Ethernet cable; we’ve got you covered.

One of the key factors in a work from home office setup is reliable internet, and CableWholesale can help. Our manufacturers use only the highest-quality materials for our cables to ensure peak performance. Moreover, we provide free technical assistance to all our customers to get you up and running sooner. If you have any questions or need help choosing the appropriate cable for your needs, contact our top-notch customer support team. Check out our inventory on our online shop today.

Everyone knows a poor Internet connection could stem from a faulty cable, a cheap Internet plan, or a router that’s too far away. However, a lot of people forget the weather can play a significant role in your Internet connection. If you want to learn how the weather can affect your Internet connection, read our guide below.

Precipitation and wind

Even if you primarily use a wireless network, several factors—such as rain, snow, and wind—can all affect your connection. Even the lightest rain or snowfall can absorb radio frequencies that allow you to connect to the Internet wirelessly. Additionally, strong winds can cause several problems that lead to slower speeds. For instance, they could knock down power lines that supply your signal.

Varying temperatures

Believe it or not, even the temperature can strongly affect your connection over time. Take a very hot climate, for example; as the temperature increases, the jacket on broadband cables can soften or expand, causing your speeds to diminish. In extremely cold temperatures, aboveground cables could freeze or get covered in ice during a storm. Furthermore, if the cable is subterranean, the ground may harden over time and cause frost heaving, which could ultimately break the cable.

Several more common culprits other than the weather can affect your Internet connection. For instance, you might need a new router that can handle the number of devices you’re connecting to it, or you could simply be too far from your router. Another possibility is that you’re using low-quality, old, or outdated Ethernet cables. After all, connecting directly to your router with an Ethernet cable is your best chance of having a reliable connection. Finally, you might need to simply upgrade your Internet plan with your provider, because you could be overloading your service.

We always suggest trying high-quality Ethernet cables because they’re the best way to get fast speeds and a reliable connection. Whether you’re in the market for Cat5e or Cat6 cables or you’re replacing your outdoor Ethernet cables, CableWholesale is your one-stop shop. In addition to our fully stocked inventory, we also offer free technical service to help you get up and running faster. To boost your connectivity and upgrade to high-end cables, check out our online shop today.