The Difference Between Shielded and Unshielded Cables

The Difference Between Shielded and Unshielded Cables

Reliable cables are what keep our digital world spinning. Shielded twisted pair cable (STP) and unshielded twisted pair cable (UTP) are the most employed cables for network connectivity. Below, we uncover the difference between shielded and unshielded cables that make them functional for varying digital tasks.

Difference in Structure

There are slight differences in the structures of STP and UTP cables. STP cables are composed of individual pairs of wire twisted together. These coiled cables are then wrapped in either foil or a copper braided jacket. UTP cables differ in that they have their pair of wires twisted together but get wrapped in tubing without additional protection. STP is the more expensive option of the two, making UTP cables the more popular, inexpensive choice.

How To Choose Your Cable

There are two factors considered to determine which cable to use per application. You must know the amount of protection the application needs from electromagnetic interference (EMI) and power frequency. These numbers indicate whether a shielded or unshielded cable should be utilized.

When Shielded Cables Get Used

STP cables minimize EMI and frequency interference from external electronic devices. STP cables’ ability to prevent electronic intrusion makes them the optimal choice for a steady connection. The three types of STP cables are braided, spiral, and metal-coated mylar. They have varying percentages of EMI shielding. Braided cables shield 90 percent of EMI, while spiral serves 98 percent EMI shielding, and metal-coated mylar, also known as foil, serves 100 percent EMI shielding.

Environments that have a greater risk of electronic interference typically use shielded cables. Places like radio stations and airports are susceptible to interference, so they apply shielded cables to reduce interrupting connection chances.

Because security systems must be protected from power and radio frequency interference, they use STP cables. Shielded cables prevent noise from leaving the cable, reducing the odds the connection gets picked up from unwarranted devices.

When Unshielded Cables Get Used

The difference between shielded and unshielded cables lies in how they function. Instead of utilizing shielding to diminish electronic intervention, UTP cables’ structure serves that purpose. The way the wires are twisted inside of the cable limits EMI.

UTP cables are the preferred choice for simpler network settings for their versatility and lightweight features. They are also comparatively inexpensive cables, which makes them the more accessible option.

For all your shielded and unshielded cable needs, contact CableWholesale. We have a vast range of digital accessories that include varietal selections of home, office, and even outdoor Ethernet cable, so you can stay connected everywhere you go.

The Advantages of Bus Topology

The Advantages of Bus Topology

This year has seen a major influx of people working from home. Now more than ever, folks are banking on reliable home networks to get through the day. Network topology is the arrangement of a network’s components. There are five different types of typology, each serving unique purposes that adhere to varying connection needs. Of those topology types, bus topology is one that is easy and cheap to install.

How Does Bus Topology Work?

You can adjust your bus topology to connect several tech devices at home or in the office. Printers, workstations, and servers are connected to the main run of cable. This linear cable, known as the bus, has terminators at each end that absorb signal to prevent signal bounce. Signal bounce can cause collision of multiple signals, resulting in poor network performance.

Its Advantages

The advantages of bus topology are convenient for people looking for low-maintenance connection at home or work. It is important to ensure proper bus topology setup to promote optimal connection. The perks of this type of topology include:

  • Easy installation—This is a major convenience considering the number of devices that you’ll need to hook up to the linear cable.
  • Bus topology requires less cable length than star topology. This makes for a cost-efficient network that can still cover the workstations you need it to.
  • When one station fails in the network, it does not affect the other connected devices.
  • Though bus topology is usually limited in size and range, you can always extend your network with a repeater or connector when necessary.
  • Terminators do not have power requirements, as they are passive devices. This allows you to set up an effective network virtually anywhere.

What To Keep in Mind

While the advantages of bus topology are remarkable, it is important to reflect on your home or office network’s needs to determine which topology is right for you. Some hiccups of bus topology are that the more devices added, the slower the network. Try to limit your bus cable to high-priority equipment. If you must have additional nodes attached to the bus topology, be aware that the chances of signal collision increase.

Whether you’re looking for a 100ft cat6 ethernet cable to expand your topology or simple office supplies, CableWholesale has you covered. We offer ample digital accessories so you can keep up with the new demand for high-speed at-home Internet.

Understanding Ethernet Cable Colors

Understanding Ethernet Cable Colors

Have you ever looked at a bundle of cables and wondered about its assortment of colors? Colors per cable indicate a particular system or application. Wire jacket colors help technicians and engineers navigate cables to confirm they’re working with the appropriate equipment.

While they don’t have anything to do with the performance of the cable itself, understanding Ethernet cable colors can be the difference between proper or lagging connection.

Varying Standards

The Institute of Electrical and Electronics Engineers (IEEE) has continued to issue recommended standards of cable design. The standards encouraged by the organization does not, surprisingly, cover wiring and power cables.

Management of wire jacket coloring has been monitored by the Telecommunications Industry Association. Their breakdown of wire jacket colors is followed by some organizations, but not all.

The purpose of jacket colors vary by country and industry. Some businesses set their own color standards for the cables they utilize. Their standards might look like the following:

  • Blue= security
  • White= camera
  • Green= interconnections/jumpers
  • Black= network connectivity

Understanding Ethernet cable colors is a vital part of technical engineers’ jobs. It can also be helpful for employees with cable connected devices to know should they run into any problems with their connectivity.

Changes Per Year

Occasionally, vendors will color code wire jackets to signal the year the cable was made. For example, a network cable vendor may adjust from blue to yellow in a year. This informs technicians of how certain colored cables will interact with new or old devices.

Building Codes

Prior to running cables, companies must check with their building manager to confirm the wires they employ are compatible with the building. There are standards and building codes in place that demand proper labeling and organization of cables, regardless of color and purpose.

CableWholesale has bulk cat5e cableand other wires in various colors so you can find cables compatible with your network needs.

The Advantages of Wired Network Systems

The Advantages of Wired Network Systems

A strong digital network is a crucial aspect of any productive business. Because of the vast improvements digital devices have made, companies have become increasingly dependent on reliable technology. As wireless systems have become a convenient source for mobile devices, wired networks are still the preferred option for an optimal connection. Read why the advantages of wired network systems make them the better choice for business devices over wireless.

More Secure

Though advances have been made to Wi-Fi and mobile devices to improve security, wireless connections have more gaps for cyber criminals to exploit. With a wired network system, networks are more secured.

Wired systems require a physical connection with the network source. This makes unsolicited connection interception harder to come by, as cyber criminals must find a way to physically attach to the business network port. Of course, additional safety measures can be made to further protect even a wired connection, as tech-savvy hackers continue to find new ways to breach valued networks.

Reliable Connection

High Speed

When reliable speed is a necessity, opt for wired network systems. Wireless connections commonly max out at one gigabit per second, while wired Ethernet can provide up to five gigabits per second. Having a speedy connection is a crucial factor of workplace productivity, hence why most businesses choose wired systems.

Less Prone To Interference

Because the network connection travels through cables, wired systems are much less prone to radio interference than wireless setups. Frequency interruption perturbs office device functions and can result in an inconvenient crash of necessary applications. A wired setup permits more data to efficiently and securely get transferred.

Flexibility and Range

The advantages of wired network systems that influence workplace setup are their flexibility and range. Because wireless networks have a limited range, wired systems are typically employed in offices. The use of wires in networks allows companies to expand their office layout.

Your business can splurge on cables that promote safety to diminish the chances of device damage or workplace injuries. The number of and distance between office devices will indicate how much and which type of cables your business will need. The cost of multiple networks and routers throughout a company may be pricey, but the more expansive and stronger connection makes them a worthy investment.

At CableWholesale, we have an abundance of digital accessories to formulate a successful wired network system. We have all the necessities to get your business better connected, from cat5e plenum cables to HDMI connectors and cable management products. Contact us today to discover which accessories will suit your business best.

Essential Technological Upgrades for Your Business

Essential Technological Upgrades for Your Business

Companies have joined the digital landscape to take advantage of its vast opportunities. Technology has enhanced communication between businesses and clients while boosting companies’ productivity. Though the world of technology offers immense benefits for businesses, there are obstacles that they must be aware of. Companies can take certain measures to improve their relationship with technology, such as maintaining upgrades and increasing network accessibility.

Why Does It Matter?

Before you invest in essential technological upgrades for your business, you may be wondering what difference they will make. Securing the proper tech equipment for your company has substantial advantages that would be negligent to overlook prior to making purchases. CableWholesale has broken down how your company will benefit from making a few fundamental upgrades to its technological domain.

Improve Security

The evolution of technology has created some serious improvements for business security. You can protect your company from internet hackers with various technological upgrades. Cases of cybercrime have increased along with businesses’ digital presence.

Hackers and cybercriminals who crawl the web seek out vulnerable business data and may violate your company’s security on three different levels: network, system, and data. Your business should take different approaches to secure all three areas, as they each pose differing threats.

A breach in cybersecurity can leave a company with malware on their devices and a damaged status. A simple update in software can prevent losses or exploitation of tons of precious company data. Exposed company data can lead to serious legal consequences that are costly to your business’s budget and reputation.

Increase Productivity

Technological upgrades boost productivity. Most companies employ a multitude of applications and programs that employees can utilize. It is necessary that these apps run as efficiently as possible to promote maximum productivity in the workplace.

Old computer systems often lag and have inconvenient wait times for uploads, downloads, and reboots. Help your devices run faster and smoother by maintaining updates and opting for high-speed internet when available. Doing so will save you time and money in the long run.

Maintenance

Another way your business can save time and money is by opting for low-maintenance technology. Old devices tend to be temperamental and wear out over time. After a while, some equipment will become virtually useless if not if you do not maintain it through proper upgrades. A device that runs poorly poses a major disadvantage to your company’s productivity levels. Avoid investing money on repairs for nearly obsolete tech systems—you are better off with a full replacement.

Compatibility

When old devices and new software collide, things can get chaotic. Old equipment often fails to be compatible with new updates or systems. This can lead to excessive downtime or inconvenient and detrimental crashes in your company’s data system. Upgraded devices ensure compatibility with the ever-changing technology and promote a stronger connection with local networks.

How Should You Upgrade?

Now that you have considered how essential technological upgrades for your business will be advantageous in the workplace, it is time to learn about your options. CableWholesale has listed a number of upgrades that you can apply to your business to improve productivity and overall success.

Replace Software and Hardware

Outdated devices that use old software in the workplace result in slow productivity rates. Before office technology starts to impact your company’s workflow, replace your software and hardware.

Invest in high-quality tech equipment to avoid costly maintenance issues in the future. Keep your software updated to ensure your programs work as efficiently as possible.

Boost Cybersecurity

Cybersecurity companies have enhanced their approaches to keep business data even safer than before. The more present your company is online, the more likely it is there are weaknesses in your data system for hackers to violate. Protect your business online by allocating a portion of your company’s budget toward cybersecurity. Routine IT assessments and risk management programs are a great way to increase your digital materials’ safety.

Utilize the Cloud

Many companies utilize cloud computing for digital storage. Uploading files to cloud storage removes the need to keep as much data on company computer systems, thereby freeing up space and streamlining processes. Consider upgrading your storage to a cloud system to improve business flexibility and work efficacy.

Consider Mobile Interface

Customers everywhere have transitioned to using their smartphones to make purchases. When your business upgrades its interface, be sure that it is mobile phone friendly. Grow your business by updating your webpage. During the configuration process, verify that your website is compatible with mobile phone screens. Mobile web design leads to a greater audience reach and, eventually, a larger profit.

Upgrade Broadband

Unreliable broadband creates many limitations on effective business strategies. Have a strong network in your office to decrease downtime and prevent any connectivity issues. Employ a cat5e Ethernet cable or invest in faster broadband to develop a better and faster internet connection to workstations.

Focus on SEO

Search engine optimization is a key way to get your business noticed. Ranking high in search results will increase your company’s visibility to potential customers. Your business can gain tremendous familiarity and name recognition just by showing up on the first page of search results. The better your company ranks in various searches, the more reliable your site appears. Digital marketing utilizes online features such as email, social media, website ads, mobile apps, and, of course, search engines to improve your company’s reach.

Update Your POS

Point-of-sale systems should be just as up to date as the rest of your business. You want to have a trustworthy and well-encrypted POS system to assure customers that their information is protected. There are also new innovations in POS tech that enrich interactions between company and client.

A Final Note

With the inarguable presence of technology in the modern world, it is vital to most companies’ success that they stay up to date on the latest upgrades. Technology is ever-changing, making it that much more important for companies to keep updating systems incrementally. Maintaining technical equipment in the workplace is a crucial aspect of business productivity and device efficacy.

No matter what items you need to maintain your tech system’s high quality, CableWholesale has an extensive catalog of digital devices to help you find what you are looking for. Time waits for no one, so get in touch today to see how you can best upgrade your company’s digital features.

Technological Upgrades for Your Business

A Definitive Guide To USB-C Alternate Modes

A Definitive Guide To USB-C Alternate Modes

USB type C cables have created waves in the digital world. The USB-C wires strive to curtail the need for an abundance of wires. It’s a multifunctional, increasingly popular cable amongst device owners.

The 2015 Apple MacBook release first introduced the USB-C. Since then, the port has been a popular feature on technological devices. It’s is compatible with various gadgets and has changed the expectations of cables and tech devices. USB-C connectors and ports have changed the digital landscape for years to come.

Its versatility can get complicated for new users. That is why CableWholesale has put together a definitive guide to USB-C Alternate modes.

The Structure of a USB-C Cable

To understand the usability of the USB-C, we must consider how it’s structured. The anatomy of a USB-C cable gets relatively complicated to compensate for its vast versatility. The term “USB-C” is a reference to the physical connector, which is a rounded rectangle that contains 24 pins inside. The pin layout is three times the amount offered by previous USB cables. Of the structures in the layout’s design, two lead to USB-C functionality. One primary piece supports USB 2.0 standards, while the two direct components of the layout allow for high-speed data. The third piece supports USB 2 standards.

This three-piece breakdown of the 24-pins is what separates the USB-C from the previous USB 3.0.

Unlike standard USB cables, the -C type is reversible. You no longer must worry or frustrate over plugging in a connector incorrectly. Talk about convenience!

The Data Transferring Standards USB-Cs Are Built On

Many USB-C ports are built from second-generation USB 3.1 data-transfer standard. These typically serve data up to 10Gbps (Gigabytes per second). This rate is faster than that of the USB 3.0 and first-generation USB 3.1, their data-delivering speeds maxing out at 5Gbps.

What Is Alternate Mode?

As you explore the world of USB-C cables, the phrase “Alternate modes” or “Alt mode” often arises. An Alternate mode is a purposeful extension of USB-C lines. The anatomy of USB-C cables allows for device manufacturers to enable this mode.

A definitive guide to USB-C Alternate modes would be obsolete if it didn’t mention its perks. Alternate mode permits the cord to interact with and carry non-USB signals. The cable can then use alternate data protocols for direct device-to-host transmission. With the help of compatible adapters, you can output HDMI, DisplayPort, Ethernet, and other connection types. Technologies can be transmitted with this unique version of USB-C ports and connectors; previous USB wires did not allow this.

Alt mode diminishes our need for an abundance of cables and wires. Of course, the connectors and cables we use must be high-quality to reap the maximum benefits of Alt mode, since it proves just how multifaceted USB-C cables are.

What Can You Do With USB-C?

  • A single USB-C port can serve the functionality of many laptop ports. The initial transition to USB-C ports called for the use of dongles, adapters, and docks. Now, however, its presence in technology has diminished the need for various cables.
  • Connect to a USB-C monitor to reap some of the most valuable benefits of USB-C. The USB-C can feed images to the monitor while it functions as a USB hub. If the USB-C monitor has its own power source, you can charge your laptop at the same time. It creates the optimal docking situation, enabling up to 4K at 60 frames per second on two monitors or 5K on a single monitor at the same rate.
  • Tech manufacturers’ removal of the headphone jack forced consumers to upgrade their listening devices to accommodate for new models. For those not up to date with Bluetooth technology, USB-C can act as the wired solution. USB Audio Device Class 3.0 was released in response to the removal of headphone jacks and offered USB-C audio options that align with the old standard headphones. These stabilized existing port use and added new features such as hotword detection and noise cancellation.
  • USB-C can handle significantly more power than its USB precursors. It’s able to maintain considerable power while transferring data at high speeds, all supported by one cord.
  • Bidirectional charging is another perk of USB-C connectors, improving charge efficiency. You can charge one device through another with the use of this connector.
  • You can enhance your laptop’s performance with USB-Cs as well. The USB-C port allows hard drive plug-ins that allow for more storage and encourage higher functioning speeds.

What Comes Next?

USB-C has been accepted as the premier connector in digital technology right now, but that hasn’t stopped professionals from creating the next best thing. USB4 is in development and on track to deliver data at up to 40Gpbs.

Aside from its intense data-transfer rate, the USB4 can provide accessories with 15 watts of power and support 8K displays. USB4s are intended to be compatible with older devices with the use an adapter. It utilizes the same oblong connector made popular with the USB-C to provide convenience to users.

USB4 will have Power Delivery by default. This feature boosts charging speeds but isn’t currently implemented on a consistent basis.

Power Delivery

Power delivery has a significant impact on device charging. It can support 20 volts at 5 amps and has a maximum output of 100 watts. Power Delivery ensures that connected devices receive the appropriate wattage. Some USB-C cables have Power Delivery, but not all. Those with the feature can charge a laptop and transmit an image simultaneously.

The development of new connectors and ports in the digital environment has led to the multifaceted use of devices. Our appreciation for tech has stemmed from its reliability. Of course, proper function relies on the use of high-quality cables and devices. CableWholesale is the premier provider for network cable needs. We have everything to accommodate your tech ambitions. Our catalog spanns from a selection of 100-foot Ethernet cable to cable adapters. Review our extensive technological inventory today to find supplies that suit all your home and office devices.

Guide To USB-C Alternate Modes

What You Need To Know About Power Over Ethernet

What You Need To Know About Power Over Ethernet

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.

What You Need To Know About Power Over Ethernet

The Advantages of a Ring Topology

The Advantages of a Ring Topology

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!

Fiber Optic vs. Copper Ethernet Cables: The Difference

Fiber Optic vs. Copper Ethernet Cables: The Difference

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.

Qualities of a Good Structured Cabling System

Qualities of a Good Structured Cabling System

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!