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Technology advances rapidly. From phones and televisions to game consoles and recording devices, there is always a new model coming out. Many people often upgrade to stay current with the latest tech; however, some of the older models are fun to keep around. Those interested in restoring their vintage technology can use special equipment to keep their old technology alive and well. Reviving old equipment with an AV converter is a great way to enjoy your older technology.

Reviving Old Equipment With an AV Converter

You can revive your old equipment with an AV converter. An AV (audio-visual) converter is a special device that allows you to connect older technology to modern displays. For example, you can watch old VHS tapes or older video games. Below, you will find helpful steps on how to connect your old equipment using an AV converter.

Determine Device Output

Using an AV converter is fairly straightforward. You do not need to be particularly tech-savvy to hook everything up. The first step involves determining the output of your old device. Common output types include RCA, VGA, and S-Video. The type of output indicates the type of AV converter you need. Consult with an expert from a trusted audio-visual technology shop for support. Once you have selected the correct AV converter, be sure it is compatible with your current display. It is often HDMI, but double-check to avoid any potential issues.

Connect Your Devices

Once you have the correct AV converter, it is time to connect your devices. Connect the cables from your older device to the AV converter. Next, connect the AV converter to your modern display. Turn on both displays to get started. If you run into any issues at this point, check your AV converter. Some require an external power source, so be sure to have power cords on hand.

Grab Your Remote

Grab your remote so you can begin watching modern content on your old device. Use your display remote to select the HDMI input. Once you choose the correct HDMI input, you should see the content from your old device. From there, enjoy using your old devices with ease! 

Reasons To Get An AV Converter

An AV converter is a great way to relive old memories. However, it also offers several other benefits. Consider the following if you have old technology you want to revive.

Cost-Effective Investment

AV converters are a cost-effective investment. Keeping up with new technology is expensive and produces a lot of waste. AV converters allow you to preserve your technology.

Reduced Environmental Footprint

The downside of rapid technological advancements is that they can produce substantial nonperishable e-waste. It is advised to recycle old, unused technology rather than throw it away. To avoid needing to trash older technology, use an AV converter to preserve its longevity. This reduces your environmental footprint and takes a load off of your wallet.

Memories and Nostalgia

Nostalgia has become popular as younger generations are enamored by old technology. From older cameras, VHS tapes, and retro games, older technology has become popular over the last few years. Preserving old memories and enjoying nostalgic games is a great way to bond with your friends and family. An AV converter can easily help you achieve this.

Audio-Visual Technology Shop

If you have old technology you want to revive, consider an AV converter from the team at Kanex Pro. They offer a wide variety of audio and visual products to help you get started. Check out their selection today!

If you work in tech, audio-visual, live sound, or any number of other industries, you should familiarize yourself with the types of converters that are found on many common types of equipment, including SDI, AV, and VGA.

Knowing the difference between these converters will inevitably save you time and consternation as you fluidly pack up and set up these types of equipment. Whether you are a professional who needs to know the difference between common converters or just someone curious about these differences, this guide can help you differentiate between them.

What Is The Difference Between SDI, AV, and VGA Converters?

SDI Converters

SDI Converters are used for the transmission of uncompressed and unencrypted digital video signals. Consequently, these types of converters are used widely and can be used to connect many different types of equipment. Some of the pieces of equipment that can be connected using an SDI Converters include the following:

• Monitors
• PCs
• Recorders
• Vision Mixers

SDI converters are often paired with HDMI interfaces and can be used to connect professional video equipment to monitors and the like. These types of converters are often used in the following situations as well:

• Post-production
• TV studios
• Digital cinema
• Surveillance systems

AV Converters

There are many different types of AV converters and just as many situations where they can be employed. Some of the commonly used AV converters include the following types:

• H.264 Converter: These converters are often used to connect digital signage in bars, restaurants, and churches. They are also frequently used in corporate AV signage situations.
• SDvoE Converters: These converters are very versatile and can be employed in many different situations. For example, some common situations include multi-monitor broadcasts, distributed video matrix systems, and distributed video wall systems.

VGA Converters

VGA Converters are an older type of adapter that used to be the sole method of connecting many different disparate AV equipment. However, this type of converter is still used quite commonly in many different scenarios. Some of the common scenarios where VGA converters are still utilized include:

• Gaming
• Connecting older displays
• Using older projectors
• Video editing

VGA stands for video graphics array and was initially created to help connect devices that used graphics cards. One disadvantage of this type of converter is that it is not “hot-pluggable,” which means that it cannot be plugged and unplugged in live situations.

One of the main advantages of a VGA adapter is its ability to connect disparate devices of various types. Although this type of converter is somewhat dated, you can likely still use it in many different situations.

What Type Should I Be Using?

Whichever type of converter you use will be highly dependent on the exact type of project that you are using, as well as the exact types of equipment that you are attempting to connect. Getting to know your specific situation with regard to these tech specs will help expedite your process of acquiring suitable converters.

VGA converters are quite common and can be found in many household situations and devices. Especially if you are a gamer, familiarizing yourself with these converters will be worthwhile in the long run.

SDI converters are most commonly found in professional settings due to their ability to support the connection between complex devices. Video and television professionals seek out these types of converters to keep their equipment functioning.

Depending on the type of equipment in use, various types of AV connectors are employed under different circumstances for different reasons. You should talk to a professional with the exact specifications of your equipment, project, and purpose to determine which type of AV adapter might be best suited for your purpose.

Occasionally, you may find that you will have uses for all of the above in terms of employing converters. Again, describing your situation to a tech specialist will give you the information you need to move forward confidently.

Your Best Tech Resource in Las Vegas

Kanex Pro has a wide range of professional-grade audio-visual equipment that is perfect for both personal and professional projects. If you are interested in coming in and discussing what kind of equipment might be best for you, feel free to contact us to discuss your options.

The need for high-quality, high-resolution audiovisual content is consistently rising in today’s digital world. It does not matter if it is for a home theater, a corporate presentation, broadcasting equipment, or a large-scale event; maintaining signal integrity is a challenge that many users face. The good news is that HDMI fiber optic extenders are designed to transmit HDMI signals over long distances without compromising quality. For this reason, they have become an essential part of modern AV setups. If you want to see how your setup can be improved, explore the benefits of HDMI fiber optic extenders below.

Benefits of HDMI Fiber Optic Extenders

Unmatched Signal Integrity

Signal degradation and electromagnetic interference often occur with traditional copper HDMI cables as the distance increases. These complications can lead to a decrease in video quality, audio distortions, and overall unreliable performance. Meanwhile, HDMI fiber optic extenders are able to preserve signal integrity even over long distances. This means more peace of mind for you, whether it be during a corporate presentation, a live broadcast, or an outdoor large-screen display.

Superior Bandwidth and Speed

Compared to traditional copper cables, HDMI fiber optic cables offer users significantly higher bandwidth, which allows the transmission of ultra-high-definition video formats, including 4K and 8K resolutions and even HDR (high dynamic rate) content. They can also support higher refresh rates and greater color depths. These qualities make them perfect for applications that demand top-notch video quality, like medical imaging, professional video production, and immersive gaming.

Increased Security and Better Privacy

HDMI fiber optic extenders provide exceptional security and privacy. Since these cables transmit data as light, tapping into them without detection is incredibly difficult. This makes them the ideal choice for government buildings, financial institutions, and other environments where data security is of paramount importance. With HDMI fiber optics, you can keep your audiovisual content confidential and protected from prying eyes and data breaches.

Long-Distance Transmission

Traditional copper HDMI cables cannot usually carry signals over 50 feet. After that, signal degradation usually occurs. In contrast, HDMI fiber optic extenders can carry signals up to several hundred feet without any loss in signal quality, making them perfect for large venues like conference centers, auditoriums, sports arenas, and other vast spaces where maintaining high-quality AV signals is crucial.

Future Proof

The continuous technological advances show that the demand for higher resolutions and faster refresh rates will also continue to increase. Investing in HDMI fiber optic extenders will ensure that you are ready for the future because fiber optic cables are more than capable of handling these advancements without the need for frequent upgrades.

Easy Installation and Scalability

Installation of HDMI fiber optic extenders is straightforward. They are designed to be user-friendly, and many extenders come with plug-and-play functionality, which allows for a quick and hassle-free setup. Additionally, the system is highly scalable, which makes it easy for you to expand your AV network as you grow. So, whether you need to add more displays, upgrade to a higher resolution, or extend your signal to reach new areas, fiber optic extenders are the best solution for you.

Time to Switch to Fiber Optic Extenders

HDMI fiber optic extenders are a giant leap in AV technology. They not only maintain signal integrity over long distances but also offer unparalleled bandwidth and reliability, increase security and privacy, and future-proof your business without the need for constant upgrades.

Fiber optic extenders are an indispensable tool for anyone who wants to achieve the highest-quality audiovisual experience in any setting. So, whether you are a professional or just someone who wants to upgrade your residential setup, contact us today for advice and support.

Today’s highly digital world relies heavily on high-definition multimedia interfaces (HDMI). This technology has become a cornerstone in transmitting high-quality video and audio signals. Regardless of what you plan to do, whether it is to set up a home theater, expand a multi-screen workstation, or connect various devices for presentations, the role that HDMi splitters play is crucial. And one common question that most professional AV supplies stores get is: Do HDMI splitters preserve audio? Let’s start understanding HDMI splitters.

Understanding HDMI Splitters

If you want to display an HDMI source on multiple devices, an HDMI splitter is your best partner for the job. The splitter is designed to take a single HDMI input signal from one source and then distribute it to multiple output devices. The splitter replicates the audio and video signal and sends it to the devices you want the content to be displayed on. This will enable you to display the same content from your Blu-ray player on two different TVs and ensure the same quality viewing experience on all connected screens.

Splitters come in two different varieties. The passive variety only splits the signal, while the active variety provides additional power to the split signal. This helps compensate for any loss that splitting a signal can result in.

How HDMI Splitters Handle Audio

HDMI technology is designed to carry both video and audio at the same time. By using a high-quality splitter, you can maintain the integrity of both video and audio. Here is how HDMI handles audio:

Digital Signal Preservation

Audio quality is expected to be the same. There should be no degradation whatsoever as long as the signal remains within the splitter’s operational range. The splitter duplicates the input signal and sends it to the different output devices without causing any alteration.

Audio Format Support

Many modern HDMI splitters are designed to support a wide range of audio formats, even high-definition formats like DolbyTrue HD and DTS-HD Master Studio. This shows how the splitter can handle different signals while maintaining quality.

EDID Management

Advanced splitters often come with EDID Management. This system helps maintain the quality of audio by ensuring that the same audio format is sent out to all connected devices. It also prevents downgrading of audio when connected devices only support stereo sound.

Factors that Influence Audio Preservation

HDMI splitters are designed to preserve audio. However, it is also important to be aware of the different factors that can influence their performance.

Splitter Quality

Quality always makes a difference. Professional-quality HDMI splitters bought from reputable manufacturers are expected to be more capable of maintaining audio integrity than those of lower quality.

Cable Quality and Length

Use high-quality cables and keep them only as short as necessary. Long, low-quality cables can degrade the signal and result in audio problems.

Power Supply

It is always wise to consider whether the splitter needs external power or if it can get enough power from the input source. It is important that you are aware of the power requirements to ensure stability of signal distribution.

Remember that inadequate signal transmission can happen when there is no sufficient power supply.  If this happens, both audio and video quality will be affected.

Number of Outputs

How many devices do you need to display your content on? Some splitter models can only accommodate a limited number of outputs. You should choose a splitter that can support the number of displays you plan to have.

Upgrade Your Experience Today

HDMI splitters will generally have no problems preserving audio quality. After all, that is exactly what they are designed to do. However, users also need to get high-quality splitters from a trusted manufacturer, provide quality cables of appropriate length, and configure the setup correctly. 

Now that you understand what splitters do and how they can preserve the quality of display and audio, it’s time to enhance your setup. Whether you are looking for an immersive home theater experience, a more streamlined office presentation, or seamless gaming on multiple screens, choosing a high-quality HDMI splitter is essential.

The right HDMI splitter is a great investment. Contact us for questions and advice.

Fiber optic technology has transformed modern data transmission in several ways. The technology effectively transmits information through thin glass fibers. The data is transmitted as light through these fibers and is highly beneficial. The technology is fast, secure, and highly effective. You may wonder, how were fiber optics invented? Below, you will find information about the history and benefits of fiber optic technology.

How Were Fiber Optics Invented?

Fiber optic technology has a rich history that dates as far back as the 19th century. The principal began with the theory of total internal reflection. This concept was first understood in the 19th century by a scientist named John Tyndall. Total internal reflection occurs when light is guided through a curved stream of water. This revelation was critical in the development of fiber optics as it showed that light could be directed on a particular path without issue. From there, physicists and engineers conducted experiments that led to the technology of fiber optic cables. While they had achieved data transmission through several fiber optic cables, the technology did not immediately become widespread. 

Modern fiber optic cables took off in the 1970s. The first generation of fiber optic data transmission and communications was introduced during that time. In fact, the introduction included using phone lines to link computers at the North American Aerospace Defence Command (“NORAD”). In addition to the use in NORAD, the first commercial use of fiber optic cables was in Chicago in the late 1970s. Since then, fiber optic technology has been an integral part of telecommunications across the globe.

Benefits of Fiber Optic Technology

Fiber optic technology has been a critical part of telecommunications for decades. This is because it offers several benefits.

Consistent Performance

Fiber optic cables can transmit data over long distances without performance issues. This is highly beneficial for long-distance telecommunications and similar applications. Fiber optic extenders can add even more reach to meet the application’s needs. 

High Speeds

One of the most notable benefits of fiber optic cables is the speed. Fiber optic cables can transmit data at exceptional speeds. They outperform their competitors while maintaining a steady connection with ease.

Minimal Interference

Fiber optic cables are helpful as they are not impacted by electromagnetic interference. Other cable options, such as copper, are easily affected by interference. Because fiber optic technology uses light to send signals, they are unaffected by electromagnetic interference.

Secure Transmission

The transmission of confidential data requires a certain level of security. Fiber optic technology offers elevated security compared to alternative cables, as it is much harder to tap into them. For secure communications, fiber optic technology is the top choice in a variety of industries.

Durable and Long-lasting

Fiber optic cables are made with glass or plastic fibers. This is much more durable than copper, a common competitive alternative to fiber optic technology. However, fiber optic technology offers benefits that outpace copper, as it is less prone to environmental damage. This ultimately reduces the cost of maintaining fiber optic cables in the long run.

AV Pro Systems

Fiber optic technology offers several benefits, which is why it is used in so many different applications. Telecommunications is what most people associate fiber optic technology with. However, it is also used in the medical, aerospace, military, and industrial industries. No matter what industry you are in, fiber optic technology offers several advantages. For support with your application, contact the team at Kanex Pro. They are industry leaders in AV pro systems and can provide support with any of your connectivity needs. Check out their selection online today!

In today’s digital world, audio converters have become indispensable tools, especially for people who regularly work with music, podcasts, voiceovers, and other audio content. Unfortunately, it can be difficult to know which high-quality audio converter is best for your needs, especially if you have recently begun in the trade.

Regardless of your skill level, choosing the right audio converter can significantly improve your workflow and the quality of your audio files. If you need professional equipment for your work or simply love curating your music library, look at this guide, which explains how to know which audio converter is best for your needs.

How Do You Know Which Audio Converter Is Best for Your Needs

Understand your needs

So, what do you need an audio converter for? Understanding your purpose for getting a converter is essential in helping you decide which audio converter is best for you. Equally important is understanding your requirements for any potential audio converters. Do you want to convert files for your personal or professional use? Will it need archiving capabilities, or will casual playback be enough?

What format do you need to convert the files to and from? Are batch conversion capabilities important for you? Batch processing can save a lot of time if you have a large number of files to convert.

You must consider all of these questions to ensure that you purchase the best audio converter for your needs.

Features to Look For

Understanding your needs will also clarify what features you want in a converter. You should look for a converter that supports a wide variety of formats, such as MP3, AAC, FLAC, and WAV. The quality of the converted file should also be taken into account. So, you should look for a converter that offers high-quality conversion options without a significant loss of fidelity. Some converters allow adjustments in bit rate, sample rate, and other parameters to help maintain audio quality.

Ease of Use

It is also essential to find something easy to use, especially if you are not conventionally tech-savvy. Look for converters with intuitive designs, clear instructions, and minimal setup requirements.

Conversion Speed

Are you working with large files or batches? If you are, then conversion speed is crucial for you.

Popular Audio Converters

You can also look at the following popular audio converters and see which one can cater to your needs and requirements.           

Descript

Descript is a free video-to-audio converter. It is an all-in-one software for video and audio editing that allows users to convert video to various formats, including GIF and MP3. 

It has an easy-to-use interface, a high-quality audio output that does not compromise the original video’s quality, and supports popular formats. However, it does not support various formats, such as  AVI, FLV, MKV, and others.

Freemaker Video Converter

Freemaker Video Converter is a free converter that supports more than 500 video formats and has basic editing tools.

It can convert files in batches if you are busy. It is also compatible with smartphones, tablets, and game consoles, so using them for conversions is no problem.

Unfortunately, if you find ads annoying, this is not the converter for you. It also lacks extensive editing options, and it has a watermark. Of course, you can always upgrade to remove the ads and the watermark.

VLC

VLC is very easy to use and is best for those who require batch conversion. The conversion process is very easy, and it can convert videos to different formats. Using different operating systems is no problem, either. Best of all, it is free and open-source, with no ads or hidden costs. 

The downside, however, is that it may be slower than other audio converters.

Audacity

If you are looking for open-source software with a friendly interface that you can use to convert files into high-quality audio, edit and convert multiple files at the same time, and still maintain the high quality of audio files, then Audacity might be your preferred option.

If you are a beginner, however, you may find its extensive features daunting.

Make the Final Decision

After identifying your needs and purposes and considering your options, it is time to make your decision. To decide, read reviews and user feedback, test out a few trial options, and consider future needs. Remember that your needs will change, and it is better to choose something future-proof.

Take time to research and test to ensure that you get the most out of your audio experience. Visit Kanexpro to start your research.

Matrix switchers are helpful tech devices. They can be used at home or work. They allow you to manage several audio and video sources. These can be used for several displays and speakers. From home theaters to large corporate environments, matrix switchers can level up your audio-visual tech.  Investing in a matrix switcher is a great choice as it offers several benefits. Below, you will find the main benefits of owning a matrix switcher.

Benefits of Owning a Matrix Switcher

No matter if you are considering a matrix switcher for work or home, they offer tremendous benefits.

Organization

Home theater setups can get unorganized and bulky. The same is true for many professional environments as well. A matrix switcher is highly beneficial as it simplifies your entire tech setup. Managing several audio-visual sources can get messy and confusing. With a matrix switcher, you can easily control all of your audio-visual in one simple place. This means that you do not have to switch any cables or use countless remotes. A matrix switch can make using your tech setup seamless. It can also save you time and money in professional environments.

Versatile Technology

With so many people improving their home theater setups, a matrix switcher is a must-have product. It is highly versatile as it supports several different types of signals. From HDMI to audio, you can connect a wide range of devices. This is highly beneficial if you have a home entertainment system you use for several purposes. A matrix switcher is helpful for those who watch movies and shows, play video games, and even stream at home. It is also highly beneficial in the workplace as it can connect older and newer tech with ease.

Improved Signals

Audio-visual technology is nothing without a good signal. Top-tier audio-visual technology can ensure the integrity of signals. A matrix switcher provides the best audio and visual quality without signal loss. This is highly beneficial in both home and work environments. You won’t have to deal with degradation while you watch a movie or during a work presentation. Having clear visuals with quality sound is vital in any tech setup. 

Enhanced User Control

Matrix switchers provide you with improved user controls. This flexibility is great for home and work setups. You can easily set up several input signals for various output devices, which allows you to set up several sources with ease. Things like computers and gaming consoles can be easily connected. This allows you to simplify complex setups no matter where your tech setup is. Streamline your home or work setup with ease by using a matrix switcher. 

Scalable Tech Device

One of the significant benefits of matrix switchers is their scalability. Matrix switchers can connect a wide range of devices. When you start, you may have a few devices. Getting a smaller matrix can meet your needs. However, as your tech setup grows, you can scale up easily. Many tech products become obsolete within a short time. However, matrix switchers are a long-lasting investment in your home or office.

Cost-Effective Solution

Tech products can be expensive. This can make upgrades an investment. In fact, many people plan for tech upgrades due to the cost. However, matrix switchers are a cost-effective long-term solution. The product simplifies your entire setup and reduces future costs. This includes cable, installation, and maintenance costs. Avoid spending thousands of dollars on optimizing your tech setup by purchasing a matrix switcher.

Top-Tier Audio-Visual Technology

The team at Kanex Pro offers helpful solutions for all of your audio-visual needs. Contact them today for support with your home or office tech setup! 

Fiber optic cables are a reliable way to transmit data. They are fast, efficient, and offer high-speed data communication. In fact, they have revolutionized data transmission due to their major benefits. Unlike copper cables that use electrical signals to transmit data, fiber optic cables utilize light signals to carry information. While they both provide the same function, their unique differences set them apart entirely. You may wonder why is fiber optic cable faster than copper. Below, you will find more information about the benefits of fiber optic cables. 

Why Is Fiber Optic Cable Faster than Copper?

Both copper and fiber optic cables transmit data from one point to another. This includes both short and long distances. While they both provide the same function, there are marked differences between the two. Fiber optic cables offer several benefits as compared to copper cables. Consider the reasons why fiber optic cables offer advantages as compared to copper cables. 

High Bandwidth:

Likely one of the more important factors, fiber optic cables have a higher bandwidth than copper cables. Bandwidth is important as it refers to the amount of data that can be transmitted. Fiber optic cables are a top choice as they have fewer issues, especially during high-demand applications. This includes things like video streaming and gaming online. Additionally, fiber optic extenders can provide even more depending on your unique needs.

Mode of Transmission:

Unlike copper cables, fiber optic cables utilize light signals to transmit data. Copper cables utilize electrical signals which can be slower. Fiber optic cables also send data longer distances without interference issues. This enables fiber optic cable users to transmit data faster and at higher bandwidths as compared to copper cables.

Fast Speeds:

Fiber optic cables ensure that your data travels fast from one point to another. There are several applications where this is highly important. Unlike copper cables, fiber optic cables are able to travel much faster through glass or plastic fibers. This is because light travels much faster than electricity. The benefit of improved performance when playing video games or streaming using fiber optic cables is unparalleled. 

Transmission Length:

The distance fiber optic cables can travel is much longer as compared to copper cables. In addition, it is done without any signal loss or latency issues. Fiber optic cables are able to reach longer distances due to the low risk of signal loss with light transmission. This is why fiber optic cables are used in important applications, including telecommunication networks and even submarine cables. AV pro systems using fiber optic cables are not only able to reach long distances, but they are reliable and consistent.

Reduced Risk of Interference:

Fiber optic cables are not impacted by electromagnetic or radio frequency interference. Both have the potential to reduce the speed and quality of data transmission. Fiber optic cables transmit data using light signals. Light signals are not impacted by external factors such as interference of electromagnetic fields. This is what makes fiber optic cables much more reliable and consistent as compared to copper cables.

Materials:

The materials used in fiber optic cables are fundamentally different from the materials in copper cables. Fiber optic cables are made from glass or plastic fibers and copper calves are made with copper. These differences account for the differences in performance. Understanding your unique application’s needs is critical when determining whether to choose copper or fiber optic cables.

AV Pro Systems

If you are considering fiber optic or copper cables, take into account the unique benefits of fiber optic cables outlined above. Both types of cable provide the same function. However, they have unique differences. Contact the team at Kanex Pro today with any of your AV connectivity questions! 

USB extenders are helpful devices that extend the distance between your connected devices. They offer extended reach, improve performance, and are cost-effective as compared to alternative products. No matter what your application, USB extenders are highly versatile and easy to install. They are must-haves in every office, home entertainment center, and everywhere in between. If you do not already have one, you may wonder, when do you need a USB extender? Below, you will find more information about the technology and how it can benefit you.

When Do You Need a USB Extender?

USB extenders are extremely useful in any environment that utilizes technology. They can be used at home, work, or any space with a tech setup. USB extenders extend the distance between your devices. This includes your laptop, keyboards, printer, external hard drives, and other devices. The technology consists of a transmitter unit and a receiver unit. These are connected by a fiber optic or Ethernet cable. There are several different types of USB extenders that can be found at the top AV systems manufacturers. Each extender has its own unique benefits, depending on your unique needs.

Benefits of USB Extenders

There are several setups that may require distance between devices. USB extenders are an effective solution for accommodating this. USB extenders are helpful in any space that utilizes technology both at work and at home. This is due to the several benefits that come with using it.

Increased Reach:

The most notable benefit of using a USB extender is its extended reach. USB extenders allow you to connect your devices or other devices at a distance. Some extenders can reach more than 150 feet. This allows for optimal convenience and flexibility no matter where your devices are.

Improved Organization:

Most home and work offices have a lot of messy and unsightly cable setups. Clutter can impact productivity, cause safety hazards, and even impact the aesthetic of your space. This can be easily avoided by utilizing a USB extender. A clean and organized space is professional and aesthetically pleasing.

Reliable Performance:

There are a lot of amazing technological advancements that can improve your work or home life. However, some may not be as reliable as others. USB extenders are highly reliable and you will not experience signal loss while using them. This is beneficial for those in a professional work environment as reliability and consistency are key when it comes to technology.

Cost-Effective Solution:

If you want or need to be able to connect your devices at longer distances, USB extenders are a great option. There is no need for expensive setups that take time and money to set up. A USB extender is highly beneficial and will not cost you as much as alternative options. The selection at Kanex Pro is vast and can meet any of your USB extender needs.

Versatile Technology:

USB extenders are highly versatile as they can be used in a wide variety of applications. They can be used in multimedia setups at work or home, in addition to industrial or commercial settings. The versatility makes them a great investment in your tech setup.

AV Systems Manufacturers

Setting up your home or work technology setup can be overwhelming, depending on the size and scale of the project. Avoid stress by working with the top AV systems manufacturers at Kanex Pro. They offer a wide variety of products to make your setup seamless and effective. The team at Kanex Pro is focused on providing top-tier technology that is both reliable and affordable. Check out the selection at Kanex Pro today!

Advancements in the field of information technology are made so quickly that it can be overwhelming to keep up with the changes. This impressive rate of change is distinctly evident in the advancements made to universal serial bus, commonly known as USB. USB refers to a standard of the specifications used by cables, ports, and protocols that enable universally accepted connectivity between host and peripheral devices. For computer users who are not especially tech-savvy, understanding the differences between USB generations is quite challenging. These users may even be unaware that such differences exist at all. Regardless, these changes have revolutionized the practices of virtually all tech companies, from data storage businesses to professional audio-video suppliers. Throughout this article, we will detail exactly what makes USB generations different so you can stay informed.

What Makes USB Generations Different?

USB 1.0

USB 1.0, released in 1996, was the first USB to reach consumers. It allowed for data transfer rates of 1.5 megabits per second (Mbps), though power restrictions prohibited it from supporting extension cords.

USB 1.1

Two years later, USB 1.1 was released as a revised version of the limited USB 1.0. 1.1’s Mbps was the same as 1.0’s, except that 1.1 could also operate at slower speeds for lower-bandwidth devices. USB 1.1 had the additional benefit of being adopted by Apple’s iMac G3, which increased the popularity of the new standard.

USB 2.0

Advancements in other areas of technology once again called for a faster data transfer speed, and in 2000, USB 2.0 was released with a data transfer rate of 480 Mbps. 2.0 is also referred to as high-speed.

USB 3.0

Released in 2008, USB 3.0 ushered in the era of superspeed connectivity. A giant leap from USB 2.0, 3.0 had a maximum speed of 5 gigabits per second (Gbps) and was ten times faster than USB 2.0. USB 3.0’s release was a dream come true for gaming and HD video streaming enthusiasts. USB 3.0 is now known as USB 3.1 Gen 1.

USB 3.1 Gen 2

When USB 3.1 Gen 2 appeared, it raised the bar even higher and doubled USB 3.1 Gen 1’s maximum data transfer rate to reach 10 Gbps. The only difference between 3.1 Gen. 1 and 3.1 Gen 2 is their speed.

USB 3.2

USB 3.2 arrived in 2017 with four different variations.

1. Gen 1 x1 has the same specifications as USB 3.1 Gen 1 and USB 3.0, with a transfer speed of 5 Gbps. It provides USB-A, USB-C, and micro USB interface options.
2. Gen 1 x 2 has a speed of 10 Gbps and allows USB-A or USB-C connectors.
3. Gen 2×1, functionally the same as USB 3.1 Gen 2, has a speed of 10 Gbps and utilizes USB-A, USB-C, and both mini and micro USB interface options.
4. Gen 2×2 has a transfer speed of 20 Gbps but only accepts USB-C as its interface.

USB 3.2 made multi-lane operation possible. Using only a single USB-C cable, it enabled concurrent data transfers over multiple lanes, simplifying setups and optimizing efficiency in professional audio-video environments. Beyond that, the availability of extra-long USB cables made workspace design more flexible, allowing seamless connection between distant devices. USB 3.2 is compatible with previous generations and ensures no problem with connectivity.

USB 4

With a maximum data transfer rate of 50 Gbps, the USB 4 offers unprecedented speed and allows file transfer, 8k video streaming, and high-performance computing with lightning speed. Due to its backward compatibility with other existing USB and Thunderbolt devices, it is able to support a wide variety of devices and peripherals.

Key Features of USB 4

• Using only a USB-C connector, it can display and transfer data, as well as charge devices.
• It works with just about any USB or Thunderbolt device you already have without any problem.
• The defined capabilities of each port provide a consistent and simplified user experience.
• It offers more flexibility in performance-related parameters such as bandwidth configuration and power management.

The role of USB technology in driving innovation and enabling new possibilities in the digital world is undeniable. From the foundation of USB 1.0 to the unbelievable speed of USB 4, USB technology has continuously surpassed itself in terms of connectivity and productivity. Whether you are a professional audio creator looking for ways to improve your workflow or a casual tech user seeking uncomplicated service, USB technology can enable you to achieve more.