While often overlooked, cables possess remarkable potential to enhance your audio and visual experiences. They’re the quiet, essential conduits that carry high-definition visuals and crystal-clear sounds so you can focus on enjoying all the types of content you crave.
Understanding your A/V cables, or cables for audio and video, is essential for optimizing your setup. The right cables guarantee seamless connectivity among devices, ensuring top-notch performance while reducing compatibility issues. On the other hand, choosing inappropriate cables could compromise your audio-visual experience, potentially limiting the devices you can connect and sacrificing overall quality.
Here are the types of A/V Cables that you should know:
Composite cables are perfect for linking up older gadgets that don't demand ultra-clear visuals or sound quality. However, if you're using a modern high-definition TV or a newer gaming console, you might want to explore alternative options for an improved experience.
These cables are perfect for connecting cable boxes and antennas to TVs, providing a simple and effective means of connectivity.
VGA cables prove helpful for older computers, while DVI cables are perfect for modern monitors or high-definition displays.
Optical cables, also known as S/PDIF (Sony/Philips Digital Interface) or TOSLINK cables, are designed specifically for transmitting digital audio signals. This cable uses fiber optic technology to transport audio data via pulses of light. They feature a square-shaped connector with a rounded tip.
Optical cables excel in connecting audio devices like soundbars, DVD/Blu-ray players, game consoles, or home theater systems.
Similar to Optical, auxiliary cables are also audio-specific cables. They come equipped with a small-sized 3.5mm audio jack on both ends. Aux cables are primarily designed for analog audio connections and do not support video signals.
3.5mm auxiliary cables are versatile, typically used to connect devices to external speakers, headphones, or car stereos with corresponding inputs.
HDMI cables excel in almost any scenario – linking your TV to your game console, streaming device, or Blu-ray player. For the best movie nights or gaming experiences, HDMI cables are the way to go!
Remember, your cable choice depends on the devices you own and the kind of visual and audio experience you desire. The cable that you need highly relies on the equipment that you have.
Explore these various cables and more, including possible HDMI alternatives, available at the official OREI shop. Upgrade your movie nights or gaming sessions with top-quality cables suited to your entertainment needs!
Click here to be redirected to our shop.
Level up your HDMI setup at home by checking out more guides like this in our blog!
]]>Having problems using your older sound system models with newer streaming devices or TVs? A digital to analog converter is just the tool you need! We understand how hard it is to let go of some older sound systems, especially if the modern versions just can’t seem to make the cut. Or maybe you have an older house or office with built-in speakers and it’s too much of a hassle to replace the well-hidden speakers when they are working perfectly fine and are still sounding crisp and clear.
For better understanding, let’s paint a picture. Say you’ve got a brand new 8K TV, or a new nifty digital device, and you’re all ready to have a great afternoon–you’ve even prepared some movie titles for a tele-marathon or some song albums from your favorite musicians! However, your beloved classic speakers or vintage audio setup can’t seem to connect with your TV. Why, you might ask. That’s because modern digital devices use a different type of audio. Modern digital devices use digital signals while older sound systems use analog signals.
That’s where a Digital to Analog Converter, also known as DAC, comes in. Audio digital analog converters are a hand-sized tool you can use, or even keep in your pocket or bag, whenever you need to connect your digital devices to analog speakers. It’s certainly a must-have device for audiophiles, sound engineers, music lovers, and home theater enthusiasts.
Let’s dive a bit deeper into what a DAC is and why you might need it.
Think of digital and analog signals as people who speak different languages. Digital signals like to speak in numbers and talk in a bunch of ones and zeros, but analog signals talk in smooth, continuous waveforms. If you let these two interact on their own, they definitely won’t understand each other. That’s where a translator enters–the digital to analog converter.
A digital audio converter allows you to connect your older sound systems to modern appliances such as your TV, DVD Players, Streaming devices, and more. It translates the digital signals that your media content plays so your analog speakers can play it for you.
Here are some reasons why you need DACs.
Are you convinced yet? If not, it’s time to officially introduce you to the world of digital audio converters! Let’s talk about the OREI DA21, a DAC or an audio optical to analog converter.
The Orei DA21 is a digital to analog audio converter for TVs and other appliances. This device makes it very simple for you to convert digital audio to analog formats so you’re free to use any type of sound system or home theater equipment you have.
The DA21 supports virtually all types of media devices that have a Coaxial or Optical output. This includes:
The DA21 can be used to convert coaxial or TOSLINK digital audio signals to analog L/R or 3.5mm Aux audio. It also supports SPDIF optical audio, as well as coaxial digital pcm audio. It is capable of playing a wide variety of audio sampling rates that range from 32kHz to 96kHz and bit depths of up to 24-bit. Lastly, the OREI DA21 has an auto-sensing audio input feature that allows for an easier and more seamless selection of your audio inputs.
For starters, all these numbers and figures simply mean that you can be sure that your digital audio will always be converted to analog audio with the highest possible quality.
Here’s how easy it is to use this for any of your devices.
With regards to the device’s power supply, OREI made sure it’s easy for you to power it up. You have the freedom to choose from 2 options as to how you can connect the DA21 to a power supply. Your first option is through a standard power adapter with a barrel connector. Your second option is through a USB cable. You can connect the DA21 to your TV or other home equipment using a micro USB to USB A cable. Both of these power supply options are included when you purchase the OREI DA21.
In case your product doesn’t work seamlessly, consider looking over the product manual for some basic troubleshooting tips. You may also check the following:
Do you want to learn more about HDMI devices? Check out our blog for more quick and easy reads.
]]>Have you ever tried setting up a display system in your home or your business? For example, you want to create an advertisement system in your local shop. You set up your TVs on your store front, all ready to showcase the great products or services you offer. However, you realize that you cannot leave your laptop right next to your display because it breaks the setup. You place your laptop, or media device, in a nearby room, you run your HDMI cables, but your display isn’t as good as you wanted. That’s because most HDMI splitters can only reach up to 30 feet (in cable length) before their quality deteriorates. Here’s where an HDMI Extender over CAT6–also known as HDMI over Ethernet or HDMI over CAT6–or simply, HDMI Extender, comes in handy.
In this comprehensive guide, we'll delve into what HDMI extenders are, how they work, and their wide-ranging applications, including advanced uses. We'll also explore why you might need an extender that can span up to 130 feet and the impressive benefits they provide.
What is an HDMI Extender?
An HDMI extender is a device that allows you to transmit high-definition audio and video signals over long distances, typically beyond the limitations of standard HDMI cables, which are usually limited to around 30 feet. HDMI extenders are designed to maintain the quality and integrity of these signals, making them suitable for a wide range of applications.
The key components of an HDMI Extender are its transmitter and the receiver.
To simplify the process even further, think of the transmitter as the starting line of a relay race, where your signal begins its journey, and the receiver as the finish line, where it's delivered in all its high-definition glory.
What Are HDMI Extenders Used For?
Although HDMI Extenders may sound a bit complex, they have an incredible range of real-world applications. These devices are the unsung heroes behind various setups, ensuring seamless connectivity between your media source devices and distant displays.
You might have also been wondering why you’d ever need an HDMI Extender over CAT6 capable of reaching up to 130 feet, or even more. The answer is simple: it's all about preserving the quality and integrity of audio and video signals, even when your media source and display are significantly far apart. HDMI Extenders with this kind of range open up a world of possibilities, making them indispensable for a wide range of professional and recreational applications such as:
Also, as mentioned earlier, CAT6 HDMI Extenders doesn’t simply extend your signal to larger distances, it does so with the following benefits:
Benefits of Using HDMI Extenders
Before we end this discussion, it’s important to know that when it comes to HDMI extenders, one size does not fit all. The right extender for your setup depends on various factors, including the distance you need to cover and specific features you may require. Here are some examples of various HDMI extenders based on different distances and features, ensuring you can choose the perfect fit for your unique needs.
For shorter distances, typically ranging from 50-150 feet, standard HDMI extenders do the job efficiently. These are suitable for connecting your source device to a display within the same room or between 2 rooms. No additional features are necessary, but OREI does provide basic features like IR Control and Power Over Ethernet with their devices.
When you need to bridge a moderate distance, spanning up to 100 feet or more with multiple displays, HDMI Extender Splitters are ideal. These are essentially HDMI Splitters that work over Ethernet. Extender Splitters are available in various options such as 1x2, 1x4 and 1x8. They usually include 1 Transmitter and 2 or more Receivers. They offer excellent signal quality, easy setup, and also include features like IR control to manage your devices remotely.
For extensive distances, up to 200 feet or more with a requirement of multiple features, High Range HDMI extenders become essential. These advanced extenders ensure signal integrity over long distances and they include a multitude of features like KVM, ARC/eARC, etc., making them versatile for various applications. A great example is OREI’s UHD-EXB350EAU-K, which is sort of an all-in-one extender with great features.
For longer distances and multiple inputs & outputs, a Matrix Extender does the job. A Matrix Extender essentially combines the functionality of a Matrix with the power of an Extender, giving you the best of both worlds. Some Matrix Extenders allow you to connect up to 8 sources and 8 displays, allowing you to switch between them with ease.
In summary, HDMI Extenders provide a simple solution to the challenge of extending your HDMI signal to long distances. OREI HDMI Extenders, with their advanced capabilities, cater to various distances and feature requirements. OREI’s HDMI extenders can help you unlock the magic of short or long-distance signal transmission, making your viewing, presentation, and transmission experiences seamless and efficient.
Start your HDMI extender journey today by taking a look at a wide range of available HDMI extenders at OREI’s official shop. Click here to take a look!
For more articles about different types of HDMI devices and setups, feel free to take a look at our blog.
]]>Your dream of having the cleanest home entertainment setup is about to come true! With a very capable HDMI switch, you can place all your devices in a single location and have the power to seamlessly control everything!
It’s about time you say goodbye to the hassle of constantly plugging and unplugging cables just so you can use the device you want. With an HDMI switch in your arsenal, it’s as if you have a digital conductor orchestrating your work or entertainment setup effortlessly.
Conveniently switch between your gaming console, laptop, streaming device, DVD player, and more with just a push of a button or a flick of a remote. While you’re at it, having an HDMI switch with ARC support or audio extraction functionality will also allow you to connect your best sound systems easily with all your devices.
If you missed our previous blogs about HDMI switches, let’s have a run through of how you can connect multiple devices to it, and how it works.
At its core, an HDMI switch is a simple yet powerful tool that allows you to connect multiple HDMI devices (such as Blu-ray players, Playstation 5, Xbox Series X, Nintendo Switch, etc.) to a single display (such as 4K UHD TVs, gaming monitors, projectors, etc.) using one HDMI cable.
Some of the most common you’ll see in the market are 4x1 HDMI switches. This type of switch allows you to connect up to 4 HDMI devices to your display. However, there are also available switches that can support up to 8 or 16 devices, and even more.
As mentioned above, having a switch allows you to seamlessly switch between one device to another without the need for plugging and unplugging your devices. Take note, constant plugging and unplugging of your devices may damage your TV, laptop, or projector’s built-in ports.
Using a switch has been proven useful for multiple types of users because of its versatility and flexibility. You can commonly find this device at home for entertainment systems or home theater systems, or for work at meeting rooms, conferences, or events.
Advanced switches now also feature support for connecting your sound systems. Some HDMI switches come with ARC support and audio extraction features, allowing you to seamlessly use your favorite sound systems with all your input devices.
Here are some more reasons as to why HDMI switches are useful.
Now that we've grasped the basics of HDMI switches, let's explore a product that can certainly fulfill all the above mentioned capabilities, and maybe even more.
For this blog, we’ll be highlighting the OREI UHD-401.
The OREI UHD-401 is a 4K video switcher that supports up to 4 input devices with audio extraction. With it, you can simultaneously connect up to 4 devices to a single display. Here are some of its supported HDMI media devices:
For its supported video resolutions, it can go as high as 4K@60Hz, 1080P@60Hz, and 1080P 3D@60Hz. The UHD-401 is compliant with HDMI 2.0b and HDCP 2.2/1.4 standards which means that you can use it to stream virtually all types of HDMI content.
Next up, the OREI UHD-401 is also an HDMI switch, with an audio extraction feature (S/PDIF / Stereo) which will allow you to connect almost all types of sound systems, even older models or modern units.
And lastly, it includes an IR remote control which lets you control it from afar. To take this feature even further. As intimidating as the features may sound, setting it up is still very easy. Here’s how you can do it in just under 5 minutes.
Before we start, make sure all your devices are in their place. By doing this, you can better visualize how you can run your cables from your switch to your input and output devices. Once you’re done with that, proceed with the following steps.
To switch from one input to another, you can either press a button on the device itself or use the IR remote control. Aside from switching from one input to another, or reset your device.
If you’re having any issues with using the UHD-401, you may want to have a quick look in the instruction manual to learn some troubleshooting tips, or reach out for help to OREI’s technical support.
Are you excited to purchase the OREI UHD-401? Click here to be redirected to our shop!
Once you’re there, you’ll find more relevant information that you might need to be able to learn more about the device. You can find there a detailed list of its technical specifications which includes the supported video bandwidth, resolutions, color space, audio formats, and more. You can also view some reviews left by previous customers, as well as FAQs and other related products.
Lastly, the UHD-401 comes with a 30-day return window, a 1-year warranty, and lifetime tech support.
Did you like what you read? Learn more about HDMI devices by visiting our blog!]]>The growing demand for high-quality visuals and immersive sound brings along a challenge: extending HDMI signals across considerable distances. Whether you're envisioning a flawless home theater setup, arranging a professional conference space, or enhancing your gaming zone, the perfect HDMI extender can make all of this possible.
Today, let's explore the intricacies of this technology and discover how to choose the ideal extender for your setup. This article covers the differences between HDMI over CAT 6 or Ethernet and wireless HDMI extenders, distance requirements, and other crucial considerations necessary for selecting the right HDMI extender.
What is an HDMI Extender and How Does It Work?
Before diving into choosing the perfect HDMI extender, let's understand what it does.
HDMI extenders are the unsung heroes in the realm of modern audio-visual setups, quietly resolving a persistent challenge: the limited transmission range of standard HDMI cables. They are purpose-built devices designed to overcome the constraints of these cables, ensuring the seamless transmission of high-definition audio and video signals over farther distances.
In simpler terms, an HDMI extender is a device designed to extend audio and video signals over longer distances than standard HDMI cables allow. To further understand how HDMI extenders work, we have to learn about its components.
Typically, they consist of two primary components: the HDMI transmitter and receiver.
Transmitter: This component connects with the source device and captures audio and video signals, converting them into a digital format suitable for transmission.
Receiver: Situated near the display unit, the receiver decodes the transmitted signals, ensuring high-quality playback of the audio and video content on the display device.
This pairing of transmitter and receiver ensures that the audio-visual content retains its integrity throughout the transmission process. Whether through physical cables like CAT 5e/6/7 (known as HDMI extenders over CAT 6 or HDMI over Ethernet) or wirelessly using various wireless technologies, HDMI extenders play a vital role in delivering a seamless and immersive audio-visual experience. They eliminate the compromise between quality and distance, enabling users to configure their setups with greater flexibility and without sacrificing signal fidelity.
Why Do I Need an HDMI Extender?
HDMI extenders are crucial in modern audio-visual setups, resolving distance limitations imposed by standard HDMI cables. They cater to diverse environments like home entertainment systems, corporate boardrooms, and gaming setups.
For example, in home entertainment, HDMI extenders enable signal transmission from media sources like Blu-ray players or gaming consoles to distant display devices without compromising quality. If you have a media closet where you place all your media devices, you will need an HDMI Extender to take the signal from the closet to your TV or multiple TVs throughout your home.
Furthermore, HDMI extenders are indispensable in gaming setups, preserving high-quality graphics and audio despite physical distance. By surpassing the limitations of traditional HDMI cables, these devices ensure flawless audio-visual transmission in scenarios requiring reliable and extended signal connectivity.
What HDMI Extender Do I Need?
To identify the right HDMI extender for your needs, a detailed assessment of your audio-visual arrangement is essential. To help you choose the best HDMI Extender for your setup, we have created a 4 step guide. These are the things that you would need to consider when choosing the right extender for your setup.
Step 1: What’s the distance between your devices?
Assessing the distance between your source and display devices is a pivotal step in determining the required range of the HDMI extender. Consider the physical layout of your space, potential obstacles, and the flexibility needed for cable length or wireless reach. With the distance in mind, you can select an extender that can work in that range.
Step 2: What’s your required resolution?
Evaluate your desired resolution needs to ensure optimal audio-visual clarity. Identify the maximum resolution and refresh rate and other specifications required by your display and source devices. For instance, if you aim for 4K@60Hz HDR video, you will need an HDMI Extender that supports these formats. This ensures seamless transmission of high-quality content without compromising visual integrity or quality.
Step 3: How do you want to transmit signals?
The transmission mode you choose significantly impacts the performance and adaptability of your HDMI extender. This is the mode through which your signals will be transmitted from the source to a remote location. Let's explore the options in more detail:
Standard CAT Cables: Employing CAT 5e/6/7 cables offers a dependable and cost-effective solution for transmitting HDMI signals. This method, known as HDMI extender over CAT 6 or HDMI over Ethernet, is particularly suitable for scenarios where wired connections are feasible and convenient. HDBaseT technology further revolutionizes signal transmission by consolidating video, audio, and control signals into a single CAT cable. You may want to choose an HDBaseT extender if you are looking for an option that provides more features and reach.
Wireless HDMI Extenders: Offering unparalleled flexibility in device placement, wireless HDMI extenders eliminate the constraints imposed by physical cables. However, while wireless setups are convenient, it's crucial to consider potential interference from other devices operating within the same frequency range, which may impact signal quality and reliability.
Fiber Optic: In scenarios demanding extended distances and high data rates, fiber optic HDMI extenders present a robust and interference-resistant solution. These extenders leverage fiber optic technology to transmit signals effectively over extensive distances, making them ideal for environments where even CAT cables might encounter limitations or signal degradation.
Step 4: Do you require any special features?
Elevate your audio-visual experience by considering additional features that align with your specific requirements such as:
ARC/eARC: Audio Return Channel (ARC) and enhanced Audio Return Channel (eARC) features enable a streamlined audio experience by allowing audio signals to travel from the display to the sound system. This functionality proves especially beneficial in setups where the sound device(usually an AVR) is placed further from the display.
LAN Connectivity: HDMI extenders equipped with LAN ports extend their functionality beyond mere signal transmission. These ports facilitate internet connectivity, enabling smart device integration or facilitating firmware updates. This is essential if you have a smart TV or a streaming media device that requires internet connectivity.
Bi-directional IR: The inclusion of bi-directional Infrared (IR) capabilities empowers users with remote device control. This feature enables the seamless operation of various connected devices from any location, adding convenience and ease of use to the audio-visual setup. Users can effortlessly manage multiple devices, enhancing the overall user experience.
KVM Functionality: Keyboard, Video, Mouse (KVM) functionality in HDMI extenders enables a computer/laptop control over the same connection. This functionality proves particularly advantageous in scenarios where a computer or laptop needs management remotely. It allows for efficient device control and ensures ease of access, perfect for home office or educational setups.
RS-232 Support: HDMI extenders equipped with RS-232 support offer an advanced communication interface for integration with other systems. This feature allows for seamless coordination and control through PCs or other RS-232 devices, ensuring compatibility and enhancing the extender's capability to integrate into sophisticated audio-visual environments.
Audio Extraction: This feature involves separating audio signals from the input source to redirect them to a separate audio system, enhancing sound quality and the overall viewing experience. HDMI extenders frequently include Optical (S/PDIF) and Auxiliary (Aux) ports to facilitate this process. Optical (S/PDIF) transmits digital audio signals via fiber optic cables, ensuring high-quality sound transmission. Meanwhile, Aux utilizes a 3.5mm jack to transmit analog audio, perfect for connecting to speakers or audio systems to produce clear sound output.
With these questions in mind, you can then decide whether you need a wireless HDMI extender that’s capable of reaching up to 20 feet with 2 outputs – or a CAT6 HDMI extender, 4K-ready. that can send signals up to 100 feet with 8 outputs.
Finally, research different HDMI extender brands and models by reading online reviews and comparing their specifications, performance, and customer feedback. It’s important to find a brand that offers extensive support and warranty for their products. This will help you make an informed decision and select a reliable HDMI extender that meets your specific requirements!
To help you get started on your journey, you can check out a wide range of HDMI extenders in our shop. OREI is a trusted brand for anything HDMI, and our HDMI extenders are definitely one of the best in the market. In our shop, you’ll find each product’s full list of features and technical specifications, as well as customer reviews and sample applications.
Need further assistance in selecting the right HDMI devices for your setups? Explore more quick and easy reads on our blog!
]]>One common challenge almost anyone encounters when setting up a new entertainment system at home or a multimedia room at work is cable management. While it may sound simple and easy, it often poses an issue especially when you’re expecting heavy use and/or a lot of foot traffic. One great way to overcome this is to minimize your cable usage by means of using wireless HDMI transmission devices, such as a wireless HDMI extender or a wireless video transmitter.
A wireless HDMI extender, or a wireless video transmitter, works exactly as you would expect from a traditionally wired HDMI extender, but of course, without the wires. To give you a refresher, here’s what an HDMI extender does:
HDMI extenders are used to connect your multimedia devices to a secondary display which is placed in a separate location. For example, you can connect your HDMI multimedia devices, such as computers, cable boxes, and gaming consoles, to an output display device, such as a projector, a 4K TV, or a gaming monitor, in order for you to enjoy your HDMI content at a distant location while maintaining the content quality.
Wireless extenders introduce a new level of flexibility to your setup. Without the added worry of having to safely run wires through your floor, wall, or ceiling, you can become more creative with your setup.
Here are some other benefits you may get when using wireless extenders:
Now that we’ve already established why you should consider using wireless HDMI transmissions, let’s move on to the more practical side of this short discussion.
For this blog, we’ll be focusing on the OREI WUHD-PRO100-K. This device is a wireless 4K HDMI extender that’s sure to go well with any type of setup you’re planning to accomplish. Here is some more information about this product that you may find interesting.
The WUHD-PRO100-K is a wireless video transmitter that’s capable of transmitting video at resolutions as high as 4K@30Hz so you can enjoy your content in Ultra HD. At 1080P, you can also enjoy your content at a higher refresh rate of 60Hz.
Another thing that you’ll surely enjoy about this product is its capability to connect your input and output devices even if they’re 100 feet apart. Even better, you can experience lossless transmission and zero latency because it makes use of Ultra Wide Band 60 GHz frequency.
Lastly, because this device is compliant with HDMI 1.4 and HDCP 2.0 standards, it can easily support a wide variety of input devices such as:
To quickly and easily set up this device, follow the steps below.
One thing to note, although you have the freedom to place your transmitter and receiver modules 100 feet apart, it’s important to know that it cannot transmit through walls or obstructions. Make sure you keep this in mind when you start setting up your devices.
The WUHD-PRO100-K comes with an adjustable bracket that allows you to place the Transmitter and Receiver at a 45 or 90 degree angle, whichever provides you an optimum connection.
The OREI WUHD-PRO100-K is usually paired from the factory so it should connect immediately. However, if it doesn’t automatically connect, you may simply click on the pairing button located on the device. To know if your transmitter and receiver are connected, they should have a steady light. If you’re seeing blinking lights on your device, try to pair the devices again.
Purchase your OREI WUHD-PRO100-K now at our shop! Aside from the featuresmentioned above, the product also comes with lifetime tech support, 30 days return, and 1 year warranty. To do more research about the product, feel free to click here and check out a detailed listing of its technical specifications, as well as FAQs, reviews, and items that are frequently bought together with this device.
Do you want to learn more about HDMI extenders? Check out more quick and easy reads like this in our blog!
]]>Have you ever found yourself in the situation where you want to share the excitement of a movie, a presentation, or a gaming session to multiple displays in your home, only to realize that the standard HDMI Splitters fall short in reaching the distance you need? Imagine setting up an entertainment hub or a professional display system where you want to transmit a high-definition signal from a single media source to various screens. This is where a challenge commonly arises. While standard HDMI splitters are very useful, they have their limits – especially in terms of distance. Standard splitters usually only reach up to 30 feet (in cable length), so what happens if you need more? The solution: An HDMI Splitter over Ethernet, or an HDMI Extender Splitter.
What is an HDMI Extender Splitter?
Before we dive into the intricacies of extending HDMI signals to multiple displays, let's understand what makes HDMI Extender Splitters unique. An HDMI Extender Splitter is a device designed to address the limitations of standard HDMI Splitters. It combines the functionality of both an Extender and a Splitter, allowing you to transmit high-definition audio and video signals over extended distances of up to 130 feet, and in some cases, even more, while simultaneously connecting multiple displays.
Now, you might be wondering why such a device is necessary. Let's explore the scenarios where an HDMI Extender Splitter becomes indispensable.
Picture this: you’re about to organize a movie night for your organization, and are expecting a lot of guests. You know you don’t have a display big enough to cater to all of them, so you bring out another set of TVs or monitors which you’ll be placing all over your venue. However, an issue arises when your media source device is not conveniently located next to every display. Standard HDMI Splitters can only take you so far, so what if your TVs have to be at least 100 feet apart in order for your guests to have an optimal viewing experience?
This is where the HDMI Extender Splitter steps in to bridge the gap—literally and figuratively. The Extender aspect ensures that the high-definition audio and video signals can travel over long distances, reaching up to 130 feet or more. Meanwhile, the Splitter functionality allows you to share this extended signal with multiple displays simultaneously.
Extender splitters achieve this level of use by utilizing CAT cables, such as CAT5e, CAT6, or CAT7, for long-distance setups. By using CAT cables, you get excellent bandwidth, minimal interference, and cost-effectiveness, making it perfect for when you need a display setup that requires your display outputs to be far apart. This flexibility, affordability, and compatibility make CAT cables a straightforward and reliable choice for extending HDMI signals to multiple displays.
To understand better how this device works, let’s break down its key components.
The transmitter component of an HDMI Extender Splitter is the starting point of your signal's journey. It connects to your HDMI source device, or your input device, such as Blu-ray players, laptops, gaming consoles, etc. The transmitter captures both the audio and video signals, transforms them into a format suitable for long-distance travel, and dispatches them through multiple CAT5e/6/7 cables.
At the other end, near your displays, or output device, is the receiver. Its primary role is to decode the signals it receives from the transmitter and then, through another HDMI cable, deliver high-quality audio and video to your display. It's as simple as that.
The Splitter functionality comes into play as the Transmitter sends the signal to multiple Receivers simultaneously. Whether it's a 1x2 Extender Splitter, 1x4 Extender Splitter, or 1x8 Extender Splitter, the number indicates how many displays the device can connect to. We’ll be discussing this in more detail later.
And now, with everything considered, let’s discuss more about the benefits of using HDMI over Ethernet Extenders.
HDMI Extender Splitters can cover distances far beyond the capabilities of regular HDMI Splitters. Whether you need to reach 50 feet, 100 feet, or even up to 400 feet, these devices have you covered.
Unlike standard HDMI Splitters limited to a specific distance, HDMI Extender Splitters offer flexibility. Whether you need to connect two, four, or eight, there's an option that suits your requirements.
The combination of Extender and Splitter ensures that each display receives a high-quality audio and video signal, maintaining clarity and resolution.
While we won't delve into the technical setup details, it's worth noting that HDMI Extender Splitters are designed to be user-friendly, eliminating the need for extensive technical expertise.
Exploring Multiple Options
Now that you understand the power of HDMI Extender Splitters, let's explore the various options available based on the number of displays you want to connect and the distances you need to cover.
1x2 HDMI Splitter Extender:
Ideal for smaller setups, the 1x2 Extender Splitter allows you to connect one source device and transmit the signal to two displays simultaneously.
1x4 HDMI Splitter Extender:
If you have a slightly larger space or more displays to connect, the 1x4 Extender Splitter is a perfect choice. It can transmit the signal to four displays with ease.
1x8 HDMI Splitter Extender:
For larger setups, the 1x8 Extender Splitter takes it a step further, connecting one source device to eight displays, providing a comprehensive solution for expansive areas.
The right HDMI Extender Splitter for you depends on the specific needs of your setup. Consider factors such as the distance you need to cover, the number of displays you want to connect, and any additional features that might enhance your experience.
In conclusion, extending HDMI signals to multiple displays is no longer a challenge with the innovative solution provided by HDMI Extender Splitters. Whether you're hosting events, crafting immersive gaming setups, or delivering impactful presentations, these devices offer the flexibility and reach you need. Explore the options, find the perfect fit for your requirements, and elevate your multimedia experiences.
And finally, before you buy your first or next HDMI Extender Splitter, it’s always best to consider the brand of what you’re buying. OREI is known for its excellent craftsmanship, and our collection of extender splitters is not an exception. In order for you to have the best setup with little to no problems, it’s always best to go for a brand that’s trusted all over the world.
To start exploring a wide range of HDMI Extender Splitters and find the one that fits perfectly to your needs, you may take a look at our collection in our shop. There, you'll discover their features, strengths, and a comprehensive list of technical specifications. Discover the possibilities, and make every viewing or presentation moment truly unforgettable.
For more insights into HDMI devices and setups, check out our blog for informative articles and guides.]]>
Having a multi-monitor setup may be confusing, especially if you’re also dealing with multiple HDMI input devices. For instance, if you have a TV, a monitor, and a projector in one room, and you want to connect your gaming console, DVD player, and laptop to each display device, you’ll have to manually plug in every cord to their respective ports. While that sounds easy enough, what if you suddenly want to connect your gaming console to a different device, your laptop to the projector, and so on. That’s where an HDMI matrix switch comes in.
An HDMI matrix switch allows you to connect multiple input devices to multiple output devices and have complete control over which of those devices is connected to which display output. To expound, you can connect up to 4 input devices and 4 display outputs to your switch and be able to manually select if you want to connect input 1 to output 4, or input 3 to output 1.
Even better, you can also make a matrix switch function like a regular HDMI splitter or an HDMI switch. With this device, you can:
Now, before you rush to the end of this article and buy your own HDMI matrix switch, let’s quickly discuss the different factors that you should know before you purchase one. Here are some questions you may want to answer first.
Once you’re all set with these, you may now start the search for your next matrix and start enjoying the convenience of owning one! Let’s jumpstart your search with a great product that might just be able to support your current and future setups.
The OREI UHD-404R is a 4 input, 4 output HDMI matrix switch that fully supports 4K Ultra High Definition media content. This 4K HDMI matrix switch is compliant with HDMI 2.0 and HDCP 1.4 standards, and features a full-metal enclosure making it durable, as well as helping to minimize any outside interference from causing any issues with the sensitive electronics inside.
Some of its more advanced features include:
The UHD-404R supports a variety of modern HDMI devices such as gaming consoles, media players, laptops, and DVD players.
Here’s how to set up the HDMI matrix switcher in just 5 easy steps.
Are you ready to get your hands on the best HDMI switch for gaming, entertainment, and work? Get the OREI UHD-404R now from our store! In our shop, you can review this product in-depth and be able to check all the technical specifications you need in order for you to make an informed buying decision.
Be sure to check out our blog to learn more about other types of HDMI devices!]]>Have you ever felt that your TV is holding you back from the full excitement and experience of your favorite movies and shows? Let’s say you have an eARC soundbar. It can easily support audio formats such as Dolby Atmos and DTS:X, making it a perfect addition to your home theater. However, what if you own a non-eARC TV. Here’s a solution: an HDMI Audio Extractor!
Before we dive into how an audio extractor works and how it solves this issue for you, let’s first understand what an eARC TV and an eARC Soundbar is.
Understanding the eARC TV and eARC Soundbar Connection
Let's break down how eARC works with your TV and soundbar.
eARC stands for Enhanced Audio Return Channel, and it's like a superhighway for the best quality audio between modern TVs and soundbars. This audio superhighway makes sure that advanced audio formats like Dolby Atmos flow smoothly, creating an immersive experience. Imagine it as a direct link that ensures you hear everything as it's meant to be heard.
In an ideal scenario, you would have connected your media devices such as Fire TV Stick, Roku Stick, DVD Player, etc. to your eARC TV’s HDMI Inputs. Then connect the eARC port of your TV to the eARC port of your Soundbar using an HDMI 2.1 cable. Now, no matter which source you are playing your content from, the audio will go from the TV directly to the Soundbar and offer you the highest, most enhanced audio experience that your TV speakers just can’t deliver.
Now that we’ve cleared that up, let’s go back to the main problem: what if you own an eARC or ARC soundbar, but you have a non-eARC TV?
If you own a relatively new TV, it may come equipped with an ARC (Audio Return Channel) port, which is a step up from standard audio outputs. While ARC can transmit audio from your TV to your soundbar or AV receiver, it falls short when it comes to handling advanced audio formats.
But how about if you have an even older TV that supports neither eARC nor ARC? In this situation, you're left with only basic audio output options like your TV speakers or the Optical or Analog output from your TV, which can be quite limiting for your home theater dreams.
The Solution: Audio Extractor
Meet the hero of our story: the HDA-929. This versatile device is the key to unlocking the full potential of your audio setup, even if you have a non-eARC TV. Let's delve into what this extractor is and how it can transform your home entertainment experience.
The HDA-929 is a compact and handy device designed to extract audio signals from your TV's HDMI ARC port or directly from the media source. It serves as a bridge between your non-eARC TV and your eARC-compatible soundbar or AV receiver. The Extractor is equipped with multiple HDMI inputs and outputs. It works by extracting the audio signal from your media source and sending it separately to your eARC-compatible soundbar or AV receiver, ensuring that you get the full Dolby Atmos experience.
Here's a practical example of how it works: You connect your TV's HDMI ARC port or a normal HDMI Input to the extractor's OUT 1 labeled TV, and then the Extractor's HDMI output labeled Soundbar is connected to the eARC-compatible soundbar. This allows your eARC soundbar to receive high-quality audio while ensuring compatibility with your non-eARC TV. So, whether you have a TV with ARC, eARC or neither, this device provides a solution that works seamlessly.
Are you excited to use it for your setup yet? Let’s dive deeper into how an audio extractor, specifically the HDA-929, can revolutionize your home entertainment experience.
Benefits of Using The HDA-929
Dolby Atmos on Any TV: The primary benefit of an extractor is its ability to make Dolby Atmos accessible even on non-eARC TVs. You no longer need to invest in a new television just to enjoy this immersive audio technology. The HDA-929 bridges this gap, allowing you to experience audio that moves in every dimension around you, enhancing your overall viewing experience.
Seamless Installation: Installing the HDA-929 is a hassle-free process that doesn't require advanced technical skills. It's essentially plug-and-play. Connect your TV, soundbar, media devices, and the Extractor, and you're all set. This user-friendly design makes it accessible for individuals who might not be tech-savvy.
Compatibility: Audio Extractors, such as the HDA-929, are highly compatible with various soundbar and AV receiver models. Whether you have a Samsung, LG, Sony, or any other brand of television or sound equipment, you will find that the HDA-929 works with almost all of them.
Enhanced Audio Formats: In addition to Dolby Atmos, the HDA-929 supports other advanced audio formats, making it a versatile solution for cinephiles and audiophiles who demand the best audio quality.
Minimal Signal Loss: The extractor ensures minimal signal loss, preserving the high-quality audio you expect from your soundbar. This is crucial for maintaining the integrity of immersive audio formats.
Affordability: Compared to investing in a new eARC-compatible TV, the HDA-929 is a cost-effective solution. It brings you all the benefits of advanced audio formats without breaking the bank.
How to Set Up an the HDA-929 for Dolby Atmos
Setting up an Audio Extractor is a straightforward process that doesn't require specialized skills. Here's a step-by-step guide to getting your non-eARC TV ready for Dolby Atmos:
Step 1: Gather your non-eARC TV, eARC-compatible soundbar, your cables, and the HDA-929. You may also take this opportunity to find a way for you to cleanly route your cables from your TV to your extractor, and from your extractor to your soundbar.
Step 2: Connect the TV to the extractor. You can do this by plugging in one end of the HDMI cable into your TV’s ARC, eARC or a normal HDMI port and the other end into the HDMI port labeled “ARC/eARC TV OUT 1”.
Step 3: Connect the extractor to your soundbar. Do this by using an HDMI cable to connect your eARC-compatible soundbar to the “ARC/eARC Soundbar” output port on the HDA-929.
Step 4: Connect your media device. You can do this by connecting your media device such as the Fire Tv stick or Roku stick to the port labeled “HDMI IN” on the HDA-929.
Step 5: Power up all your devices and load some media content that supports Dolby Atmos for testing.
Step 6: Enjoy!
If your setup is not working properly after following these steps, you may want to check your TV, soundbar, or extractor for damages. You may also want to consider replacing the cables you’ve used. HDMI 2.1 cables are recommended for eARC connections. If you still face issues you may want to check the product’s user manual or reach out to the support team for technical advice.
Once everything has been set up properly., you can start enjoying Dolby Atmos on your non-eARC TV. Play your favorite movies, shows, or games and experience audio like never before.
To conclude, whether you're a tech enthusiast or someone who simply wants to enjoy exceptional home entertainment, the HDA-929 can be your ticket to a world of immersive audio. Don't let your non-eARC TV limit your audio experience. Experience the magic of Dolby Atmos with this seemingly small, yet powerful device.
With compatibility for cutting-edge audio technologies, it transforms your non-eARC TV into an audio powerhouse. Additionally, it supports 4K visuals, ensuring that your entertainment is as breathtaking as it is captivating. Seamless setup and dedicated audio output enhance your listening experience. The OREI HDA-929 takes your home theater setup to new heights, making it an essential addition for every entertainment enthusiast.
Learn more about the OREI HDA-929 4K HDMI ARC/eARC Audio Extractor by visiting our shop! In there, you’ll find a complete list of this product’s features and reviews, as well as its technical specifications which include its supported audio formats, video formats, devices, and more.
Are you looking for other ways to improve your home entertainment setup? Find more articles like this in our blog! ]]>That’s where the KVM switch comes in handy.
]]>Imagine yourself sitting in front of your desk, surrounded by multiple devices such as your desktop, laptop, and media player. You try to switch from one device to another, but you get irked by the endless plugging and unplugging of your keyboard, mouse, and monitor.
That’s where the KVM switch comes in handy.
With a KVM switch, you can seamlessly control and switch between devices without the trouble of having to manually unplug your peripherals and plug them into a different device. In this article, we’ll talk about the fundamentals of this device and how it enables you to connect various devices to a single monitor.
What is a KVM Switch?
A Keyboard, Video, Mouse (KVM) switch, similar to an HDMI switch, is a device that allows you to connect multiple input devices to a single output display. However, as the name suggests, you can also connect your keyboard and mouse to this device and be able to use it across all your input devices.
Overall, a KVM switch provides a simpler way for you to use the same display, keyboard, and mouse across multiple computers.
What are some benefits of using a KVM Switch over a standard HDMI Switch?
While these two devices mainly share the same function, there are cases where using a KVM switch can be greatly beneficial for you. Here are some benefits you could get from using it.
For the next part of this discussion, let’s briefly discuss how easy it is to set up this device.
To begin, prepare your input devices and output display, as well as your keyboard and mouse. Make sure you place all your devices on your desk properly for maximum convenience. Also, you should know that using external storage devices, such as flash drives, is also possible on your switch. Should you decide to do this, that storage device will be accessible to all your input devices.
Let’s proceed to the actual setting up of your device.
Your switch should start working, and your monitor will be displaying the content in just a few seconds. If not, try checking if all input devices are plugged in properly or check for any damages in your cable.
To switch from one input device to another, there’s usually a toggle button on either your device or its remote controller that will allow you to do this.
See how easy that was? If you’re all set and ready to get one for your own, you may want to consider these things first.
Here are some factors that you should consider when getting a switch.
In the end, all KVM switches will definitely do you good, but the best HDMI switch for you will highly depend on your needs and requirements.
To jumpstart your product research, here’s one that can surely fit into most types of setups.
The OREI UKM-301C is a 3-port (3-in, 1-out) HDMI KVM switch that supports USB-C, USB-A, and HDMI connections. It features a pass-through feature for your USB-C devices so it charges while it’s connected to your switch. The UKM-301C supports 4K UHD Media Content at 60Hz Refresh Rate, as well as audio standards including Dolby TrueHD, PCM, and DTS-HD Master Audio.
The device is also USB 3.1 compliant. In terms of its supported media sources, it virtually covers all HDMI devices including laptops, gaming systems, smartphones, tablets, and media players.
The UKM-301C supports up to 3 input devices, including 1 USB-C device, and outputs it to 1 display device. It includes 2 shared USB ports where you can plug-in your keyboard, mouse, storage devices, and more.
To learn more about the OREI UKM-301C, feel free to click here. Once you’re in our shop, you can find more information about the product, such as technical specifications, sample applications, customer reviews, and FAQs. The UKM-301C is covered with 1-year warranty and lifetime technical support. You may also purchase this device through Amazon.
Did you like what you read? Learn more about KVM switches and other HDMI devices in our blog!
]]>What is an Extended Display?
An extended display, in simple terms, is a setup that allows you to use multiple monitors (two or more) to extend your computer's primary monitor – or in this case, your laptop’s main screen. Having an extended display allows for more screen real estate so you can multitask better and improve your overall experience.
Multiple Uses and Advantages of an Extended Display
The advantages of an extended display go far beyond merely having more screen space. Let's explore some of the most significant benefits and multiple uses of this setup:
Multitasking: An extended display allows you to work on multiple tasks simultaneously. For example, you can write an article on one screen while conducting research on the other.
Streamlined Workflow: Professionals often use extended displays to keep essential tools, such as email, calendars, or project management software, open on one screen while working on the main task on the other.
Data Analysis: Data analysts and spreadsheet enthusiasts benefit from the ability to view extensive datasets with less scrolling and more data visible at once.
Graphic Design: Graphic designers and video editors can view their workspace on one monitor and have tool palettes, libraries, or timelines open on the other.
Content Creation: Content creators can reference source materials on one screen while actively creating content on the primary screen.
Music Production: Musicians and producers find it convenient to have their digital audio workstation on one screen and virtual instruments or effects on the other.
Immersive Gaming: Gamers can experience a heightened level of immersion with a wider field of view, allowing for a more captivating and enjoyable gaming experience.
Streamlined Gameplay: Gamers who like to stream their gameplay can monitor their stream, chat, or other applications without interrupting their gaming session.
Collaborative Work: In collaborative settings, having an extended display can make it easier to work together. Team members can view shared documents or projects on their screens without crowding around a single monitor.
Screen Sharing: When presenting to a group, extended displays can showcase the presentation on one screen while keeping presenter notes or a timer on the other.
Educational Use: Students can take notes, follow online courses, or research topics more effectively with an extended display.
Reference Material: Academics and researchers can keep reference materials, publications, or data on one screen while drafting research papers on the other.
And a whole lot more! There are a ton of other different uses where you can extend laptop displays. For now, let’s discuss a barrier that most people encounter when finally trying to take advantage of using multiple monitors for their setup.
Although extending your display is mostly plug and play, a common issue arises when you have to extend 1 laptop to 2 displays or more. This is because most modern laptops only have a single HDMI port or only a USB-C/A port. So, can you extend 2 monitors off 1 HDMI port?
The quick answer is no. A single HDMI port will only allow you to connect a single display. But what if you have 2 displays? Also, what about laptops like the latest MacBooks which only have USB-C ports?
So, what’s the solution? A USB to HDMI Display Adapter and OREI has just the right one called the SplitExtend.
What is the OREI SplitExtend?
The OREI SplitExtend is a practical device that overcomes the limitations of laptops and PCs equipped with a single or no HDMI port. This ingenious gadget enables users to extend their display capabilities by connecting multiple monitors to a USB-A/C port on their laptop, creating an extended display configuration.
The device bridges the gap between the often inadequate laptop and the desire for a more expansive multi-display setup. With the SplitExtend, you can effortlessly link two or more monitors, or in some cases, even more, broadening your screen real estate and significantly improving your overall experience.
With that in mind, you might ask “How can I connect multiple monitors to my PC or laptop using this device?”. Here’s the good news: using the SplitExtend is nearly just as easy as directly connecting your extra monitors to your laptops. Here’s how you can use it.
How can I connect multiple monitors to my PC or laptop using the OREI SplitExtend?
These initial steps ensure that the SplitExtend is correctly set up and ready to extend your 1 laptop to 2 displays or more. Once you've completed these steps, you can move on to configuring your display settings to create an extended desktop. If you’re unfamiliar with this, you may follow the next steps. Take note, the process for both Windows and MAC computers is not the same, but related.
For Windows:
For Mac:
Once you do these steps, your multi-monitor setup should work seamlessly.
With the ability to connect two monitors to your laptop, you'll be ready to explore the world of multi-screen productivity. Whether you're streamlining your workflow, enhancing your gaming adventures, or simply enjoying the luxury of a larger desktop, the possibilities are endless. So, take advantage of this valuable device and unlock the full potential of your computing experience with dual monitors.
To start working on your setup, feel free to use the OREI SplitExtend. Plus, the OREI SplitExtend also allows you to split(duplicate) your monitors as well. This means that you can use it to either mirror your main screen or extend it, giving you the flexibility you need for your workspace.
Learn more about this product by visiting our shop. In there, you’ll find all the information you need, including a complete list of its features, technical specifications, and reviews. Click here to get redirected.
For more helpful articles like this, you may read around in our blog and learn more about HDMI devices and their many uses for different kinds of situations. ]]>
If you have ever been inside an office, restaurant, bar, airport, school, or church, you’ve probably seen multiple TVs or monitors that display the same image or video. The most common device that is used to accomplish this is an HDMI splitter.
HDMI splitters are small devices that allow you to split a single input device, such as a cable box, satellite TV receiver, laptop, computer, or gaming console, to multiple TVs or monitors. Usually, HDMI splitters can split signals from 1 input device to up to 8 different output devices.
While this device is more commonly used in commercial or corporate settings, you can also use HDMI splitters for TVs in your home. For example, if you have more than one TVs in your home and you want to be able to display the same image or video across all TVs in different rooms, then using an HDMI splitter will certainly do the job. Also, if you have a projector and a TV in the same room and you want to be able to watch the same media on both devices without having to plug and unplug cables on each device, then having a video splitter can come in handy.
To help you learn more about where you can use it, here are more sample applications where having a splitter might prove useful:
Other than these mentioned above, there is still so much more that HDMI splitters can do for you to help increase the quality of your display setup. Not to mention, setting up an HDMI splitter for two monitors or more is very easy.
But before we discuss how to set up your device, here are some important things that you should consider first.
Now that we’ve established these, let’s do a quick discussion on how you can set it up at your home, office, or wherever you decide to use it.
In your primary location, you may want to allot an area where you can mount the actual device.
If your device doesn’t have an HDMI port, one quick workaround for this is through the use of adapters. For example, if you're using an older model TV or monitor, then you’re probably going to need a VGA to HDMI adapter.
Once you’re done with all the steps above, your TVs and monitors should display your content seamlessly. In case you encounter any issues, you may want to reach out to your splitter’s manufacturer for technical support, or check its included manual for troubleshooting tips.
Now, before we end this discussion, we’d like to introduce an OREI HDMI Splitter that can certainly help and elevate all of your desired setups.
The OREI HD-102 is a 1x2 HDMI splitter (1 in, 2 out) that can duplicate your input content and output it to two TVs or monitors. It can support up to 4K @ 30Hz quality, and has a video bandwidth of 2.97 GBPS. It is also HDMI 1.4 and HDCP 1.4 compliant so you’re sure that you can stream most types of HDMI content through this product.
The HD-102 also comes packed in a heavy-duty cool metal enclosure, protecting all the sensitive parts inside and helps in keeping the unit cool by assisting in heat absorption and dissipation.
For setups that require more display outputs, you may opt for the OREI HD-104 or the OREI HD-108. Each device can duplicate your content to up to 4 and 8 display devices respectively.
All these devices can now be yours with just a few clicks. Head to our shop now to learn more about these products! We’ve included all relevant details in every product listing such as technical specifications, frequently asked questions, and customer reviews so you know that what you’re getting is of best quality. Lastly, the OREI HD-102, HD-104, and HD-108 come with a 1 year warranty, as well as free customer support and lifetime tech support.
Learn more about the different uses and types of HDMI splitters and HDMI devices by checking out our blog! Click here to start learning.]]>Finding out the best display resolution for your setup is becoming more and more confusing. With higher resolutions being introduced in the market, and some even going as high as 16K at 120Hz, the decision in choosing the best one may be a bit tricky.
In this article, we’ll be focusing on 1080p vs 4K vs 8K. Let’s see how different they are, and how getting a lower or higher resolution display for your setup can affect your usage.
To start, let’s define resolution. Resolution refers to the number of pixels that make up the image on your screen. The more pixels there are, the higher the resolution and the sharper the image. This explains how having a 16K display can be so much better than having one with only 1080p.
Why should you go for displays with higher resolutions
Having a higher-resolution display can bring a number of benefits, particularly when it comes to your appetite for consuming digital content. A higher resolution display can provide a more immersive viewing experience since it allows you to see nearly every detail and texture in your favorite movies, TV shows, or video games.
This is especially true for 4K and 8K displays, which obviously offers more detail and clarity than 1080p displays. With 4K and 8K displays, you can see the finer details. For example, in a forest-themed game or movie, you’ll be able to see the individual blades of grass, or the patterns on the leaves of a tree. For supernatural and fantasy movies, you’ll be able to see the intricate details of each character’s costumes, as well as the special effects used in the film.
In terms of using them for work, higher-resolution displays are greatly beneficial for professionals such as photographers, graphic designers, or videographers who work with high-resolution images or videos on a regular basis. By using a higher-resolution display, these professionals can see their work in greater detail, making it easier to spot imperfections and be able to make appropriate adjustments. Apart from that, multitasking is also made easier with higher-resolution displays. More windows or applications can be displayed on a higher-resolution display without sacrificing clarity or detail.
And lastly, another advantage of higher-resolution displays is that they often have a higher pixel density. This can make text and icons appear sharper and more readable, the ease of usage can reduce eye strain and make them easier to look at.
What are the main differences of each resolution?
For the sake of comparison, let’s differentiate 720p vs 1080p vs 4K vs 8K vs 16K.
Great for: Watching online videos, browsing the web, or checking email on a budget smartphone or tablet.
Great for: Watching high-quality streaming content, playing video games with detailed graphics, or graphic design work.
Great for: Playing video games with high-resolution textures and graphics, streaming high-quality movies and TV shows, or professional video editing and color grading.
Great for: Digital cinema and post-production workflows, scientific and medical imaging, or high-end gaming and immersive virtual reality experiences.
Great for: High-end digital cinema, specialized scientific and medical research, or immersive virtual reality and gaming experiences with unparalleled detail and realism.
With that being said, should you still consider going for displays with lower resolutions?
Of course! While higher-resolution displays have their benefits, there are also advantages to having a lower-resolution display other than its offered affordability.
Other factors to consider
In addition to resolution, there are other factors that you should consider when choosing a display. One of which is refresh rate, which refers to the number of times per second that the display updates the image. It is usually represented as hertz. Higher refresh rates, such as 144Hz, refreshes your screen 144 times per second, resulting in a smoother and more responsive viewing experience.
Now, here’s a dilemma that most gamers or heavy-users encounter. Is 4K at 144Hz better than a display with 8K at 30Hz?
The answer lies in your usage patterns. If you value smooth motion and gaming performance, then 4K at 144Hz would likely be a better choice for you. The higher refresh rate allows for smoother and more responsive gameplay, with less motion blur and input lag.
On the other hand, if you prioritize image detail and clarity, then 8K at 30Hz may be the better choice. The higher resolution of 8K allows for more detail to be displayed on the screen, resulting in sharper and more lifelike images.
The next factor that you might want to consider when getting a display is its color accuracy. Color accuracy refers to the ability of displays to accurately reproduce colors. Having a color-accurate display is important for professionals, such as architects, film editors, or 3D designers, so they can ensure that their output is as close to what they envisioned it to be.
Lastly, before getting your displays, check what else you need to complete your set up. Do you want to use eARC soundbars for your TV? If yes, then check if your TV supports this feature. If you’re planning to use 2 8K TVs that can simultaneously display advertisements in your store, then you might consider getting an HDMI Splitter that will help you do the job.
Take note, when getting HDMI devices for your TV, make sure that what you’re getting is compatible with your display. For example, if you’ll be using HDMI Splitters for your 8K TV, then you need to get 8K-capable HDMI Splitters. Otherwise, you won’t be able to maximize the quality of your display.
Remember, when choosing a display for your setup, consider the function. If you’ll only be using your display to check emails, then getting an 8K monitor is too much.
Similarly, when looking for a Protective phone case for your smartphone make sure to get only the best. Get the best quality cases for your Galaxy S24 at Ghostek.
Find out what HDMI multimedia devices you can use to improve your display by reading through more articles in our blog.]]>Here are ways to set up multiple display outputs for your home, office, or business that can simultaneously showcase a single picture or video across all monitors. All with the help of a trusty HDMI Extender.
HDMI Extenders are used to extend displays over a certain distance. Standard HDMI Splitters go up to 30 feet due to the limitation of HDMI cables. HDMI Extenders take the help of LAN cables to overcome this distance limitation of HDMI. In this article, we’ll discuss how we can utilize an Ethernet cable along with an HDMI Extender to stream content over long distances.
What is an HDMI Extender over Ethernet?
HDMI Extender over Ethernet works exactly as you’d expect from an HDMI Extender. However, as the name suggests, an ethernet cable is what’s used to connect the transmitter module to the receiver module.
How it works
HDMI Ethernet Extender, or HDMI Balun, works through its transmitter and receiver modules. Its transmitter module converts HDMI signals into a special type of data that can travel through the Ethernet cable, which is then received and converted back to an HDMI signal by the receiver module.
What are the main benefits of using ethernet cables for HDMI Extenders?
Now that we’re more familiar with how HDMI Extender over Ethernet works, let’s cite a product that can do all of this and more.
The OREI HD14-EX165-K is an HDMI Balun that can simultaneously cast one input device to 4 different displays up to 165 feet using a CAT 6/6a/7 cable and can stream up to Full HD 1080P with a refresh rate of 50/60Hz. You may check out a quick run through of its specifications below.
Transmitter Module |
|
Input Ports |
1 x HDMI, 1 x Mini USB |
Output Ports |
1 x HDMI, 4 x RJ45, 1 x IR out |
Receiver Module (x4) |
|
Input Ports |
1 x RJ45, 1 x IR in |
Output Ports |
1 x HDMI |
HDMI Compliance |
HDMI 1.3 |
HDCP Compliance |
HDCP 1.2 |
Supported CAT Cables |
CAT 5e, CAT 6/6a, CAT 7 |
Extending Distance |
165 feet (1080p@60Hz) |
Video Bandwidth |
297 Mhz/10.2 GBPS |
Here are more of OREI HD14-EX165-K features that you’ll surely find useful.
With this product supporting POE, it eliminates the need for any power supplies for its receiver modules at the remote location. This feature greatly simplifies the planning and wiring involved for traditional HDMI Extenders.
Local Playback of Content allows you to enjoy the same content you’re transmitting to all four different displays at your primary location. This means that you can also set up a primary display at your primary location so you can manage and control all your display outputs easier.
Infrared (IR) Control is a feature that the OREI HD14-EX165-K has, that allows you to use the source device remote at the receiver module to control the source device at the transmitter module.. With the included IR cables, you can remotely control your source device from one of your receiver locations without having to be physically present at your primary location.
These switches allow you to make manual adjustments for the different styles of media that you would like to transmit to your remote locations.
EDID Switch
This switch is located in your transmitter module, and it is used to adjust the synchronization of the audio and video playing at all your remote locations. To use this, you have to dial in the exact standard that you’re using for your media.
EQ Switch
The EQ switch, located on your receiver modules, helps your devices adjust for different cable lengths. Since four receivers can be placed at varied distances, this switch allows you to adjust how far away it actually is so that the amount of power that comes through the cable does not affect the video quality.
How to set up the OREI HD14-EX165-K
Before you use this HDMI Extender, you may want to start by planning the location of your remote monitors and the routing of your CAT cables. When routing cables, especially on the floor, make sure that it’s well protected so that nothing can damage it. Once you already have a system in place, you may now proceed with the following steps.
How to set up Infrared Control
How to set up the EDID and EQ switches
To adjust the EDID and EQ switches, you may follow the chart included in the product manual.
The HD14-EX165-K supports multiple types of media sources. It supports DVD Players (e.g. Blu-ray Players), Gaming Consoles (e.g. Playstation, Xbox, and Nintendo Switch), Streaming Devices (e.g. Roku, Chromecast, or Amazon Fire Stick), Laptops, and Home Surveillance Systems.
The wide range of functionality and supported devices makes the OREI HD14-EX165-K one of the best HDMI over Ethernet extenders in the market. Skip the trial and error phase and choose a device that is best suited for your home, office, and business setup.
Visit our shop now to get it! You may also view a more extensive list of its capabilities there, as well as reviews and resources that can help you make the right buying decision.
Do you want to learn more about HDMI Extenders? Check out some quick and easy reads in our blog!
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Are you looking for a solution to connect multiple display devices across long distances without losing 4K quality? Or maybe you’re struggling with connecting your audiovisual devices because of the complexity of cables and connections involved. If these are the cases, then HDBaseT technology might just be exactly what you need.
What is HDBaseT technology?
HDBaseT is a connectivity standard that allows high-definition video, audio, Ethernet, power, and control signals to be transmitted over a single cable. It's a versatile technology that can be used in a variety of settings, such as home theaters, conference rooms, classrooms, churches, commercial spaces, or digital signages.
How does HDBaset work?
One of the primary benefits of HDBaseT technology is the convenience of using a single cable for multiple purposes. The technology allows you to use a single cable to transmit both audio and video signals, making the process of connecting your devices easier. You no longer have to deal with an extensive amount of cables and connectors that can only make it more difficult to install, plus, make your space appear cluttered.
Take note, in order for you to transmit high-quality video, using CAT5E or CAT6 cables is the best option.
What is HDBaseT used for?
Imagine you're setting up a projector in your conference room for a presentation. With HDBaseT technology, you can easily transmit video and audio signals from your laptop to the projector using a single cable even if the conference room is 50ft. wide and your laptop is on the other end of the room. You can also connect your USB devices, control the projector, and power it on and off from your laptop, all with a single cable.
For large-scale use, HDBaseT technology can also be used in an airport where multiple display outputs are needed to be controlled from a distant location. Using HDBaseT will help you manage all your displays from a single room, with distances that can go as far as 330ft.
However, there will be cases where you need to run your cable farther than this distance. In this case, an HDBaseT Extender will come in handy.
What is an HDBaseT Extender?
An HDBaseT Extender allows you to further lengthen the distance between your display outputs and your control room. Some HDBaseT Extenders can even go as far as 500 ft. What’s better is that even with distances like this, you will still be able to transmit Full HD video and high-quality audio signals without any interruptions.
Overall, HDBaseT and HDBaseT Extenders provide a convenient, easy-to-use solution for connecting your audiovisual devices across long distances, while successfully transmitting high-quality audio and video signals.
If you’re looking for the best HDBaseT extenders for your home or commercial projects, you can browse through them here. We included all the technical specifications, including additional HDMI devices that you might need, in every product description so that you can focus more on coming up with ways to improve your setup.
If you’re looking for more information about audio video technology, feel free to scroll through some quick reads in our blog.
]]>Are you looking for ways to extend the same video content from one primary location to another? HDMI over Ethernet Extenders allow you to extend a single video input to multiple video outputs as far as 150 meters away. Even better, by using an HDMI KVM Extender over Ethernet, you can remotely control the computer at your primary location from the display located at your remote location.
What is an HDMI KVM Extender over Ethernet?
An HDMI KVM Extender over Ethernet functions similar to an HDMI Extender or an HDMI Balun but with the added feature of remotely controlling your KVM, or Keyboard, Video (Monitor), and Mouse. By using ethernet, or LAN (CAT5e/CAT6) cables, you can extend your display to a much farther location. In this case, as mentioned earlier, up to 150 meters away. Using HDMI over LAN extenders is perfect if you want to display the same content across all monitors in your sports bar, museum, office, or conference.
To emphasize, the main difference between an HDMI KVM Extender and an HDMI Extender is that through a KVM Extender, you can control your primary device(a laptop or a computer) at your remote location using a keyboard and a mouse. This function is particularly useful when you’re 150 meters away from your primary device and you have to make some changes.
There are usually two types of connections for this type of extender: one-to-one and one-to-many. A one-to-one extender sends a single HDMI content to a single receiver at a remote location. On the other hand, a one-to-many extender allows you to send a single HDMI content to multiple receivers over multiple remote locations.
How does an HDMI Extender over Ethernet work?
In simple terms, an HDMI KVM Extender over Ethernet works through conversion of signals. Once you send HDMI content through a transmitter, it is converted to be transported across the LAN cable, then gets converted back into a standard HDMI video signal when it reaches the receiver.
Now, since HDMI KVM Extenders have two great functionalities – as an HDMI Extender and an HDMI KVM Extender – let us discuss how we can set them up individually.
How to set up your HDMI KVM Extender to send video signals to a remote location
Once you are done setting that up, it should be working properly. To control your primary computer from your remote location, here is what you should do.
How to set up your HDMI KVM Extender to remotely control your primary device
Your mouse and keyboard should now work seamlessly and you can now control your primary computer from your remote location.
If you are planning to add more receivers to your setup, you can connect to a Network switch. Simply connect your transmitter to its designated port, still through a CAT5e/CAT6 cable, and connect all your additional receivers to their designated ports.
One quick tip, make sure you include the placement of your wires in your planning stage so nobody trips over your LAN cables, especially if you are running them on the ground.
Then the next thing for you to do, if you don’t have one yet, is to get your own device. One of the best HDMI KVM Extender over LAN devices that you could get, that could also do everything mentioned above, is the OREI EX-330-KVM.
The OREI EX-330-KVM is designed to make it simpler for anyone, from beginners, amateurs, to professionals, to share HDMI content to a remote location over a single CAT 5e or CAT6 LAN cable. The OREI EX-330-KVM has full support for transmitting 1080p HD media content with distances of up to 150 meters. It’s also USB 1.1 and HDCP 1.4 Compliant. This means that you can use it to display most types of HDMI content without experiencing any issues.
It is also compatible with most types of media devices. It can support computer systems, security cameras, laptops, media players, and gaming consoles.
If you’re planning to use this in a corporate or commercial setting, its transmitter can easily support up to 10 receivers which means that you can use the OREI EX-330-KVM to send video signals to 10 different display outputs.
What’s great about the EX-330-KVM is that it also features IR Control. An Infrared Receiver collects an IR Remote Control’s signal from the remote location and passes it back to the primary location through the same LAN cable. In other words, through the IR Control, you can control your source device through its remote control even if you are located at your remote location.
To wrap up, using the OREI EX-330-KVM as the main HDMI KVM Extender over Ethernet device for your home, corporate, and commercial needs makes for a more seamless setup. With all of the EX-330-KVM’s functionalities, specifications, and capabilities, you are sure that all your display outputs will be receiving the same video signals at all times.
Get the OREI EX-330-KVM now and start building your setup! Order yours now in our shop and get it within days. If you’re looking for more information about the EX-330-KVM, we’ve included all the necessary information you’ll be needing in order to make an informed decision. You may also feel free to check out some product reviews left by previous buyers so you’re sure that what you’re getting is one of the best in the market.
To learn more about HDMI extenders, you may browse through some quick reads in our blog!
]]>Connecting your audio devices to TVs or soundbars may be a confusing process for some, especially if you’re not familiar with the different types of available audio connections. Two of those, which are Optical Audio and HDMI ARC, are some of the most popular options with each having its own unique benefits. If you’re having a hard time choosing which one to use for your audio setup, or you simply want to understand both of them better, then this is for you.
What is Optical Audio?
Optical Audio, also known as Toslink, is a type of audio connection that uses fiber optic cables to transmit digital audio signals. It is known for its reliability and its resistance to interference, making it a popular choice for those wanting the best possible audio experience.
One benefit of using Optical Audio is that it’s capable of transmitting audio signals without any loss in quality, making it an excellent choice for audiophiles. Optical Audio is also capable of carrying Dolby Digital and DTS audio signals, which is why it is also a popular choice for people setting up a home theater system.
What is HDMI ARC?
HDMI ARC, or Audio Return Channel, is an HDMI feature that mainly allows audio signals to be sent from your TV back to your audio device, such as a soundbar or other sound systems, using a single HDMI cable. HDMI ARC makes it easier for people to set up their audio system by eliminating the need for additional cables.
What makes HDMI ARC special is its capability of transmitting high-quality audio signals, including multi-channel audio formats like Dolby Atmos and DTS:X, something that Optical Audio cannot do. It is also able to transmit video signals, making it a versatile choice for anyone creating an entertainment setup.
Optical Audio vs. HDMI ARC
Since both technologies are capable of transmitting high-quality audio signals, they still have some key differences. Here are a few:
Which one should you choose?
Choosing between Optical Audio or HDMI ARC ultimately depends on your specific audio setup and needs. Here are some things that may help you in choosing which one you should go for:
If you’re planning on building a home theater system where you can get the best possible audio experience, you may want to consider going for Optical Audio. It is also the better option if you have an older TV that doesn’t readily support HDMI ARC.
For people who want a simpler, cleaner setup – a setup where you don’t have to worry about having to run multiple cables – then HDMI ARC is for you. If you also want to enjoy the excellent sound quality of Dolby Atmos and DTS:X, you should go for HDMI ARC.
Now if you own a soundbar and you’re wondering which technology you should use, you may find the following interesting.
Since we have already established that both Optical Audio and HDMI ARC are great, here are a few more things you may want to consider:
When it comes to soundbars, both Optical Audio and HDMI ARC have distinct advantages that can make them superior depending on your specific requirements.
For example, if you want to use your soundbar with an older TV that lacks an HDMI ARC port, you must use Optical Audio. Additionally, if you're concerned about interference from other electronics in your home, Optical Audio may be a better option than HDMI ARC.
However, if you have a newer TV with an HDMI ARC port, using HDMI ARC may be a more convenient option because you won't have to use a separate cable for Optical audio. Also, HDMI ARC supports higher-quality audio formats such as Dolby Atmos, which is becoming increasingly popular in modern soundbars.
Another advantage of HDMI ARC is CEC, which allows you to use your TV remote to control the volume of your soundbar. Which is a useful feature if you don't want to juggle multiple remotes.
Lastly, before we end this discussion, let’s talk about workarounds.
Let’s say that you’re already set on using either Optical Audio or HDMI ARC, but your TV or your speaker does not support it. In this case, you may opt to use an audio converter.
For example, for TV units that only have an HDMI port, but you want to use your speaker with Optical Audio technology, using an audio converter can easily resolve this issue. This solution also works vice versa.
Now, if you want to use your HDMI ARC sound system for your TV but only have a single HDMI port, you don’t have to sacrifice it so that you could connect other types of HDMI devices. Likewise, you don’t have to constantly plug and unplug your HDMI cables every time you have to use one or the other. For issues like this, you may want to consider using an HDMI switch with an ARC audio extractor. With an HDMI switch that supports ARC, you can easily connect more devices to your TV and at the same time, maintain the organized look of your setup.
You can purchase your HDMI ARC audio extractor in our shop, as well as audio converters. We included a guide on how you can use it for your setup so you’re sure that you can utilize it properly.
In the end, both HDMI ARC and Optical Audio are great choices for connecting your audio devices to your TV or soundbar. Choosing between the two all boils down to your specific needs and preferences. Especially now that other types of technologies can allow you to use either of the two for any type of home theater setup you want to accomplish.
Do you want to learn more about what you can do with HDMI devices? Check out more easy reads like this in our blog!]]>Let’s say you’re enjoying a cozy afternoon in your home watching an action movie on your 8K TV when you suddenly want to play an FPS game on your gaming console. What’s more annoying than you having to stand up and connect your console to your TV, only to find out that you have your NVIDIA Shield and Laptop connected to it? So the next thing you do is unplug one cable just to plug in another one.
It’s a pretty tedious task, especially if you know that you have to unplug your console again afterward and reconnect the device you removed. All this could be easily addressed by an 8K HDMI switch. An 8K HDMI switch saves you from the need to constantly remove HDMI cables on your 8K TV. Not to mention, protect your 8K TV’s HDMI ports from irreparable damages or expensive repairs.
Before we discuss the best HDMI switch option for your 8K TV, let’s have a quick discussion on what an HDMI switch is.
What is an HDMI Switch?
HDMI switches are used to connect multiple media devices to your display. Again, TVs usually only have one or two inputs. Investing in a high-quality HDMI switch will allow you to choose any device you want to be displayed on your TV easier and faster.
It’s also important to note that not all HDMI switches are built the same. Some HDMI switches don’t have the capability to transmit the same audio and video signals that your devices transmit. For example, if your Apple TV is trying to transmit 8K video signals to your 8K TV but passes through an HDMI switch that can only support up to 1080p, then your 8K TV will only receive a 1080p video signal.
Here are more things to consider when getting an HDMI switch.
As promised, we’ll also be suggesting an 8K HDMI switch that you can rely on for your home, work, or gaming setup.
OREI BK-401: 4x1 8K HDMI Switch
Let’s start with a quick overview of its technical specifications.
Input Ports |
4×HDMI Type A [19-pin female] |
Output Ports |
1×HDMI Type A [19-pin female] |
Video Bandwidth |
48 GBPS |
Video Resolution |
Up to 8K@60Hz 4:4:4 8/10/12bit, 8K@60Hz 4:2:0 12-bit, 8K@30Hz 4:4:4 10-bit, 4K@120Hz 4:4:4 10-bit |
HDMI Audio Formats |
LPCM, Dolby Digital/Plus/EX, Dolby True HD, DTS, DTS-EX, DTS-96/24, DTS High Res, DTS-HD Master Audio, DSD |
HDMI Compliance |
HDMI 2.1 |
HDCP Compliance |
HDCP 2.3 |
The OREI BK-401 is an HDMI 2.1 switch, which means that it’s equipped with the latest HDMI technology. HDMI 2.1 makes it possible to support higher resolutions and higher frame rates.
The BK-401 is an HDMI switch that’s capable of transmitting up to 8K @ 60Hz or 4K @ 120Hz. As long as both your input and output devices have the power to transmit video signals this high, there won’t be any problems. This device allows for 4 HDMI inputs so you can feel free to connect your gaming consoles, multimedia streaming devices, and computers.
For the supported audio formats, the OREI BK-401 is also a device that supports high-quality formats such as Dolby TrueHD and DTS-HD Master Audio.
What’s even better about the OREI BK-401 is that it can also accurately sync audio and video signals so you can enjoy whatever digital content you want to watch. This type of audio and video sync is especially useful for gamers who are planning to use an HDMI switch for their action-packed games where sound cues are just as important as the display. Having said that, the OREI BK-401 may be the best HDMI switch for gaming.
How to set up your OREI BK-401
How to choose an input device:
There are two ways to select an input source. You can either do it directly on your HDMI switch or through its remote control.
For the first option, all you have to do to switch the input source is to click a button on your HDMI switch. However, when using this option, you can only switch inputs one at a time. For example, if you’re currently on HDMI Input 1 and you want to switch to HDMI Input 4, you have to click the button on your HDMI switch 3 times, or until you reach your desired input source.
For the second option, you can use the remote control included in every OREI BK-401 that you purchase. You can remotely turn your HDMI switch on or off through the remote as well. The best advantage of using a remote for your OREI BK-401 is that you can jump from one input to another without having to manually cycle through each source. For example, you can easily jump from HDMI Input 4 to HDMI Input 3 with just a click of a button. Using the remote control for your HDMI switch is undoubtedly the quickest and easiest way to control it.
Overall, the OREI BK-401 is an excellent product with many features. It’s perfect for any type of home setup, plus it’s very easy to use. Purchase your OREI BK-401 now and see for yourself why this should be your first choice for all your streaming, working, and gaming needs. Click here to visit our shop! We have included a full list of all the OREI BK-401’s capabilities in our shop, including more technical information you might want to see before buying one. It has a 1-year warranty, along with lifetime tech support.
Do you want to learn more about HDMI switches? Visit our blog and check out more articles like this!
]]>The entertainment industry is constantly evolving, and with it, the technology that supports it. As more and more people seek to enhance their audio and video experiences, new technologies are being introduced to the market. Some of the more recent ones are the HDMI 2.1 and eARC.
If you’re someone who enjoys high-quality audio and video for your home, work, or gaming setup, then understanding the difference between HDMI 2.1 and eARC is crucial. In this article, we’ll explore what HDMI 2.1 and eARC are, how they differ, and what advantages each technology offers.
So, is eARC the same as HDMI 2.1? Let’s start by defining both individually.
What is HDMI 2.1?
HDMI 2.1 is the latest version of a cable that connects devices such as TVs, gaming consoles, computers, and other multimedia devices. Its newer technology allows for the possibility of handling higher-quality videos and images than its predecessors. This means that it can display a resolution as high as 8K, while HDMI 2.0 can only display up to 4K resolution. HDMI 2.1 can also connect to devices specifically designed for gaming, which can make the overall gaming experience smoother.
Another great thing about HDMI 2.1 is its power to handle high-quality sound as well. This is where the eARC technology falls into place. eARC is a feature that is supported by HDMI 2.1 which allows you to transfer sound from your TV to a soundbar or other audio systems using a single cable.
What is eARC?
eARC, or Enhanced Audio Return Channel, is an upgraded version of the ARC technology. As mentioned earlier, eARC allows for sending high-quality audio from your display to your sound system. The main advantage of eARC over ARC is that it can handle better sound quality and it can synchronize sounds and pictures more accurately. eARC also has the power to support larger audio formats such as Dolby Atmos and DTS:X.
With eARC, you can enjoy high-quality sound from your TV without having to buy a separate sound system or run a bunch of cables between your devices.
HDMI 2.1 vs eARC: What are their differences?
Now that you have an idea of what HDMI 2.1 and eARC are, let's take note of the differences between each technology's capabilities.
First of all, HDMI 2.1 was created largely to meet the growing demand for more bandwidth in video transmission. The reason for this is so that material may be displayed on current screens without any lag or interruption, notably 4K and 8K TVs, which demand a large amount of bandwidth.
HDMI 2.1 also supports advanced video capabilities including VRR (Variable Refresh Rate), QFT (Quick Frame Transport), and ALLM (Auto Low Latency Mode). These features are especially useful for gamers. For example, upon starting a game, ALLM can automatically switch your TV to a low-latency mode, while VRR and QFT help with decreasing input lag and stuttering.
On the other hand, eARC is created to meet the growing need for more bandwidth in audio transmission. This is due to the fact that more immersive audio experiences are only possible with audio formats like Dolby Atmos and DTS, which demand a larger bandwidth.
Another key difference between HDMI 2.1 and eARC is their device compatibility. HDMI 2.1 allows for more versatility because it can be easily used with a wide range of devices, including gaming consoles, streaming devices, and TVs. The main reason behind this is that HDMI 2.1, on its own, can support both audio and video transmission.
For eARC, it is only used for audio systems. The eARC technology is designed mainly to support uncompressed and lossless audio formats. With this feature, eARC is only usually used in high-end audio setups, such as home theaters and entertainment rooms.
Lastly, it's also important to highlight that HDMI 2.1 is backwards compatible with all older HDMI devices. In simpler terms, HDMI 2.1 can be used for all types of HDMI devices, whether old or new.
eARC, however, is only backwards compatible with devices that support the original ARC feature. This means that if you own an older sound system, it's most likely that you can't use it directly for eARC. Although, you should also know that there are HDMI converters available that may allow you to use older sound systems with this newer technology.
Why is it important for you to know the basic eARC and HDMI 2.1 differences?
Understanding the distinctions between HDMI 2.1 and eARC enables you to make an informed decision once you decide to create your own audio and video setup. By knowing the capabilities and limitations of each technology, you can move one step closer to choosing the right devices that will suit both your needs and preferences.
For example, if you're planning to build a gaming setup that can support the latest action-packed games with high-quality graphics and sound, then you know that you should invest in a gaming monitor or TV that supports HDMI 2.1. Also, if you're one who loves to hear every detail of the game, you'll know that you should also invest in an audio system that supports eARC.
Also, by comprehending the difference between HDMI 2.1 and eARC, you can solve problems better when configuring your audio or video equipment. For instance, understanding the distinction between HDMI 2.1 and eARC might help you pinpoint the problem and find a fix if you are having audio issues when connecting your TV to your audio system.
When should you use HDMI 2.1 or eARC?
Since we’re almost done shedding light on the difference between HDMI 2.1 and eARC, as well as why it’s important to know them, let’s move on to understanding when and where you should use them.
If you are someone who values a seamless gaming and movie experience with advanced features like 8K resolution and HDR, then using an HDMI 2.1 cable plays a vital role in your setup. As mentioned earlier, HDMI 2.1 has a higher bandwidth as compared to its predecessors. The HDMI 2.1 has the power to support the most advanced features that will allow you to have a more smooth and more immersive experience.
Meanwhile, for audiophiles who want to relax peacefully in their room while listening to high-quality audio without any sort of compression or distortion, or for those wanting to hear every footstep in an action-packed film and simply listen as everyone walks past them, then eARC is the way to go. Experience a different level of immersion when you hear the amazing and crisp surround sound quality of eARC. With eARC, listening to audio files with advanced audio formats is as easy as A-B-C.
Ultimately, the choice between HDMI 2.1 and eARC highly depends on how you envision your audio and video setup. Ask yourself the right questions before purchasing everything you need. Do you have an 8K TV? Do you want to showcase advanced video features in your setup? Do you want to listen to high-quality uncompressed audio? Consider everything you want before building your home entertainment system so you can properly choose the technology that will help you achieve them.
It's also important to note that while all eARC devices are HDMI 2.1 compatible, not all HDMI 2.1 devices support eARC. This means that if you want to enjoy the benefits of eARC, you need to make sure that both your audio device and TV support eARC.
To conclude our discussion, we can establish that while HDMI 2.1 and eARC are both designed to provide higher bandwidth for video and audio transmission, both technologies still have their own unique features and benefits. HDMI 2.1 is ideal for gamers and movie buffs who love to utilize advanced display features like 4K resolution at 120Hz and HDR. On the other hand, eARC is perfect for people who have a good ear for hearing more crisp and clear sounds, and for those who have a knack for sound systems that support a higher level of surround sound feature.
Do you want to learn more about other types of HDMI technologies? Feel free to browse through our blog to check out more good reads and know which types of HDMI devices you might need for all of your future home and commercial setups!
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Extend your AV signals to longer distances with the use of HDMI extenders over IP! In this guide, we will discuss the benefits of using this technology and how you could utilize them to bring your AV setup to the next level.
Let’s begin with a short discussion on what an HDMI over IP is, and its difference from the traditional HDMI extenders.
What is an HDMI Extender?
An HDMI Extender is a compact device that allows you to extend HDMI content to a second device at a different location. HDMI Extenders allow you to connect source devices, such as DVD players, game consoles, computer systems, streaming devices, and media players to displays such as a TV, a monitor, or a projector even if they are far apart.
What is an HDMI Extender over IP?
HDMI Extender over IP, also known as HDMI over LAN, HDMI Balun, or HDMI Extender over Ethernet, is a device that utilizes LAN cables to transmit HDMI signals instead of relying solely on HDMI cables. With this device, you can share HDMI media content to a remote location up to 150 meters away over a single CAT cable. HDMI Baluns give more flexibility to all setups by opening up new possibilities for extending HDMI connectivity.
Here are some examples where using an HDMI Extender over a LAN cable would be much more beneficial for you.
To explain further why you should consider using HDMI over IP extenders, here are some of its advantages over traditional HDMI extenders.
Now that you’re familiar with how an HDMI extender over IP works, and when to use it best, let’s proceed with a quick tutorial on how to use it.
Let’s start with a quick run-through of the components involved in using this device. HDMI extenders over LAN are mainly composed of three components: the transmitter module, the receiver module, and the LAN cable. The transmitter module connects to the source device (Blu-ray player, laptop, computer, Playstation, Roku, etc.), and the receiver module connects to your display device (TV, projector, monitor, etc.). Here’s how you can set it up.
Once you power up all your devices, your display device should receive the AV signals transmitted by your source device within a few seconds. If it doesn’t work, you may want to check if all your cables are plugged in and working properly. You may also want to follow some troubleshooting tips provided by your HDMI extender’s manufacturer or reach out to their technical support for more information.
Are you ready to buy your next HDMI over IP extender? Here’s a great product that can do everything mentioned above seamlessly and effortlessly.
The OREI EX-330-K is an HDMI over IP extender that can allow you to share all of your HDMI media content to a 2nd remote location up to 150 meters away over a single CAT 5a/6 LAN cable. It is also enclosed in a high-impact plastic case, making them very lightweight and durable. Here are some of its main features.
The one-to-many function is a feature which allows you to use 1 Transmitter to stream to more than 1 display devices using multiple Receivers. To do this, simply connect the EX-330-K to a network switch and follow the same steps mentioned above for setting them up.
You can use the OREI EX-330-K for a wide range of devices, including the following:
Overall, the OREI EX-330-K is a great tool that you can use to stream multiple types of HDMI content to a large number of compatible devices.
For a more comprehensive review of this product, you may view it in our shop. You can find there the technical specifications of this device, as well as other related products that are often bought together with this device. OREI offers lifetime technical support and free customer support so you’re sure that you can make the most out of this device. The OREI EX-330-K is covered with a 1-year warranty and is shipped for free within the USA.
Do you want to learn more about HDMI extenders and other types of HDMI devices? Visit our blog now and check out some great reads that you’ll surely find useful as you start building your new setup!
]]>HDMI eARC and Dolby Atmos are two technologies that have become popular in recent years. They're designed to create home theater experiences that rival cinema experiences. To give you a short description, HDMI eARC is a technology that allows for higher-quality audio to be transmitted over HDMI cables, while Dolby Atmos is an audio format that adds height channels to traditional surround sound.
However, the question remains. Do you really need HDMI eARC for Dolby Atmos? Let’s dive in and find out.
First off, let’s define each technology deeper.
What is HDMI eARC?
HDMI eARC stands for High-Definition Multimedia Interface (HDMI) Enhanced Audio Return Channel (eARC). It is an updated version of the HDMI ARC technology that has been in use for several years already. The main purpose of both HDMI ARC and eARC is to allow audio to be sent from a display device, such as a TV, back to a sound system or a soundbar using the same HDMI cable that is being used for video.
The difference between ARC and eARC is that the latter has a higher bandwidth. This allows for higher-quality audio to be transmitted. At the same time, eARC also supports more audio formats, including lossless audio such as Dolby Atmos, Dolby TrueHD, and DTS-HD Master Audio. HDMI eARC is typically used in home theater systems, including soundbars, AV receivers, and TVs.
What is Dolby Atmos?
Dolby Atmos is a sound technology that takes traditional surround sound to the next level. It’s designed to create a more immersive and realistic audio experience where sound can come from any direction, just like how it is in real life. When applied to films, this means that you can hear everything happening in a scene. From the subtlest background noises to the most explosive action sequences, you’ll hear it with incredible clarity and detail.
How does Dolby Atmos work?
Dolby Atmos technology uses object-based sound, which means that individual sounds are treated as separate objects, rather than being part of a fixed channel. This allows for more precise placement and movement of sound and creates a more dynamic and realistic audio experience. It also supports a wider range of audio formats, including lossless audio, which means that you can enjoy the highest possible quality of sound.
Now, the golden question: Do you need HDMI eARC for Dolby Atmos?
The short answer would be no. Dolby Atmos does not require you to use HDMI eARC. Dolby Atmos can be transmitted through HDMI eARC’s older brother, the HDMI ARC. However, it is important to note that using HDMI eARC can, and probably will, improve the quality of audio and allow for more audio formats to be transmitted. For the best possible Dolby Atmos experience, using an HDMI eARC is still highly recommended.
What are the benefits of using HDMI eARC for Dolby Atmos?
Another advantage of using eARC for Dolby Atmos is that it supports higher bitrates than ARC. This helps prevent any unwanted audio lags that might occur. Having higher bitrates means that you get to experience a more immersive digital experience. Bitrates are also especially important for gaming, where even a small amount of audio lag can have a big impact on the experience. With eARC, you can certainly enjoy Dolby Atmos audio without having to worry about any delays or lags.
How to set up HDMI eARC for Dolby Atmos
Setting up your HDMI eARC for Dolby Atmos is relatively simple. Although the exact steps may vary depending on your specific TV and sound system, this general guide will help you get started.
It’s important to note that not all HDMI cables are created equal. For your setup to work properly, use the best eARC HDMI cable for home theaters. Typically, these HDMI cables are labeled as “Ultra High Speed”. You can also look at the cable specifications to find out if it supports ARC or eARC.
If you have an older sound system that does not readily support eARC, there is a workaround. For your sound system to work with eARC technology, you can get an HDMI ARC/eARC Digital Audio Converter. This allows you to fully enjoy the ultimate sound quality that Dolby Atmos brings, without having to spend too much on a newer soundbar or home theater setup.
To conclude, while you don’t technically need HDMI eARC technology for Dolby Atmos, using it will certainly improve the quality and performance of your audio – resulting in a much more pleasurable watching experience. Remember, for the best possible Dolby Atmos experience, using an HDMI eARC enabled device is highly recommended. HDMI eARC’s ability to transmit lossless audio and its support for a wider range of audio formats makes it the future of high-quality audio transmission.
Also, setting up HDMI eARC for Dolby Atmos is as easy as connecting a cable to a speaker. With the right equipment and cables, you can enjoy a home theater experience that truly rivals the cinema. So whether you’re a movie buff, an audiophile, or a serious gamer, you should consider investing in an HDMI eARC sound system to take your audio experience to the next level.
If you’re ready to gather everything you need for your HDMI eARC and Dolby Atmos home setup, feel free to browse through our shop. You may also find the HDMI ARC/eARC Digital Audio Converter that we mentioned earlier by clicking this link. For other types of HDMI distribution devices that you might need such as HDMI matrix switches or splitters, you may also find them there. All information you’ll need to make a well-informed decision is readily available in each product listing. Make sure you read through the descriptions and specifications to make sure that it’s exactly what you need.
Do you want to read more HDMI-related articles and blogs? Click here to visit our blog!
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Over the recent years, there has been an increasing trend amongst laptop manufacturers to produce products that are smaller, thinner, and much more portable. While this has been greatly admired by most, some of these laptop builds have lost the options for more available ports, such as the traditional ones you can use for extending your display like the HDMI and VGA ports.
Advantages and Disadvantages of Each Device
What to consider when buying your HDMI display adapter
Are you ready to purchase your own display adapter? If you’re planning to get an affordable dedicated USB-C to HDMI Adapter for your setup, check out the OREI SplitExtend. It can readily support Windows 7, 8.1, 10, and 11, and Mac OS 10.10, or higher. The SplitExtend also features a 2-in-1 cable so you can plug it into a USB-C or USB-A port through a built-in adapter.
Do you want to learn more about the different types of HDMI devices that can cater to your display needs? Check out our blog and read through some of our comprehensive articles that tackle these types of topics!
]]>An HDMI matrix switch is a device that allows you to route HDMI signals from multiple sources to multiple displays. All matrix switches usually consist of HDMI input and output ports, and a “switch matrix” that can control which input signals are routed to which output signals.
The “switch matrix” is what sets an HDMI matrix switch apart from other HDMI distribution devices like HDMI splitters and switches. With a switch matrix, it can route any input signal to any output signal, allowing for more flexibility and control.
How Is It Different From An HDMI Switch to An HDMI Splitter?
An HDMI switch allows you to connect multiple input sources to a single display. For example, through an HDMI switch, you can connect your cable box, tablet, laptop, and computer to one television and easily switch between your input sources to decide which one you want to display on your TV.
An HDMI splitter allows you to split a single HDMI source into multiple outputs. Splitters are commonly used in events, such as restaurants, prayer halls, churches, conferences, live shows, concerts, social gatherings and more. With a splitter, you can place multiple displays across your event space and have your whole audience watch the same content simultaneously.
An HDMI matrix switch combines the capabilities of both an HDMI switch and an HDMI splitter, allowing you to connect multiple sources to multiple displays and switch between them as needed. For example, you might have a Blu-ray player, a cable box, and a gaming console connected to the inputs of your HDMI matrix switch, and a TV and a projector connected to the outputs. You could then switch between these sources and displays as needed, without having to manually unplug and replug HDMI cables.
What Are The Capabilities Of An HDMI Matrix Switch?
The capabilities of an HDMI matrix switch vary. However, there are some features that are common to many HDMI matrix switches.
One important capability of an HDMI matrix switch is the ability to handle different HDMI resolutions. For example, some HDMI matrix switches support 4K resolutions, while others may only support 1080p or lower. If you have a 4K TV and sources that can output 4K signals, you'll want to make sure your HDMI matrix switch can handle those signals.Another is the ability to handle different audio formats. Many HDMI matrix switches support standard audio formats such as Dolby Digital and DTS, while others may support more advanced formats such as Dolby Atmos and DTS:X. Make sure your HDMI matrix switch can handle the audio formats you require if your home theater has a surround sound system.
HDMI matrix switches may also include features such as remote control, web-based control, and scheduling. For example, you may be able to program your HDMI matrix switch to switch between inputs and outputs at specific times of the day, or you may be able to control it from anywhere in your home using a smartphone app.
Where Can You Use An HDMI Matrix Switch?
To shed more light on how HDMI matrix switches are used in real-world applications, here are a few examples.
What Are The Benefits Of Using An HDMI Matrix Switch?
Here are some HDMI matrix switch benefits that you should know if you’re still wondering why you should get one.
Of course, the last question you probably have in mind is how much an HDMI matrix switch costs. The best HDMI matrix switches are certainly priced higher, and will highly differ depending on your needs, but you can get an Ultra HD 4x2 HDMI matrix switch for as low as $59.99
Before buying an HDMI matrix switch, list down all your requirements. How many input and output devices do you have, and what are their display and audio capabilities? Do you need an HDMI matrix switch that supports ARC? Do you need one that can support up to 8K resolution? Once you have your list, you may now start browsing through our list of HDMI matrix switches in our shop. We included all relevant information to support you in your buying process. Each product has its detailed specifications, along with sample applications, reviews, and FAQs.
To help you better understand the differences between an HDMI Splitter, an HDMI Switch, and an HDMI Matrix, we’ll be doing a quick and easy run-through on their basic definitions.
For easier understanding, let’s first define some of the terms that will be used in this article.
HDMI inputs refer to the source of your HDMI media content. This content source could be a gaming console, a DVD player, or a computer.
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To help you better understand the differences between an HDMI Splitter, an HDMI Switch, and an HDMI Matrix, we’ll be doing a quick and easy run-through on their basic definitions.
For easier understanding, let’s first define some of the terms that will be used in this article.
HDMI inputs refer to the source of your HDMI media content. This content source could be a gaming console, a DVD player, or a computer.
HDMI outputs refer to the device where you’ll be displaying your HDMI content. Your HDMI output could be your monitor or your TV.
HDMI devices refer to equipment or gears such as HDMI Splitter, HDMI Switch, or HDMI Matrix.
Now that we settled that, let’s continue to the main part of this discussion.
What is an HDMI Splitter?
An HDMI Splitter takes a single input of HDMI media content and splits that into multiple outputs. For instance, if you’ll be using an HDMI Splitter for TVs, such as the OREI BK102 1x2 (which is an HDMI Splitter 1 in, 2 out), then you’ll be able to simultaneously display the same image on 2 different TVs.
HDMI Splitters are usually available in the market with 4 outputs, 8 outputs, or even more, but the most commonly used for home setups are those with 2 outputs.
What is an HDMI Switch?
An HDMI Switch allows you to provide a single monitor with multiple HDMI inputs. HDMI Switches are perfect if you have multiple multimedia devices on your desk, or have a media center where you have your gaming console, DVD player, and computer.
For example, if you have the OREI BK-21A 2x1 HDMI Switch box, then you can connect two of your multimedia devices to one TV and be able to choose which one you want to be displayed with just a click of a button.
What is an HDMI Matrix?
An HDMI Matrix, or an HDMI Matrix Switch, is the most complicated, yet most flexible among the three. An HDMI Matrix essentially combines the functions of both your HDMI Splitter and HDMI Switch.
For instance, if you have a 2x2 HDMI Matrix such as the OREI BK 202A 2x2, that means that you can connect 2 different input devices to 2 different display outputs. With a matrix switch, you have full control of which input you want to send to which output. Further, you can also opt to choose one input and display it to 2 outputs.
How to set up your HDMI Splitter, Switch, or Matrix
What happens when you turn on your OREI HDMI device?
Upon adding power, it immediately starts a self-test to properly check if all its electronics are functioning fine. After a couple of seconds, it then starts checking the resolutions of your input and output devices and makes the right adjustments needed in order for you to see the best possible image on your display.
Why you should consider purchasing your HDMI Splitter, Switch, or Matrix from OREI
The first reason is that OREI builds products with your future in mind. OREI equips its products with advanced features so that all their devices are still usable even if you choose to upgrade your setup later on.
OREI builds products with the future in mind. By equipping their products with advanced features, you’re sure that the HDMI device you’ll be buying is still usable even if you choose to upgrade your setup later on. Here are a few more reasons.
If you have ever been to a live TV show, you’ve probably seen a multiviewer in action. It’s the tool that’s being used to manage and display multiple video sources on a single screen. Multiviewers are becoming increasingly popular because of the practicality and convenience they bring to certain projects, such as video shoots or live events coverage. To find out if you need one for your team or personal use, this article is for you.
Multiviewers are becoming increasingly popular and it’s certainly not without reason. If you’ve been recently thinking of getting one for your team or for your own, then this article is for you.
Multiviewers bring a certain level of workflow simplicity, improved efficiency, and increased productivity when properly used. Whether you’re using a multiviewer for your security system or your live events, it is definitely worth the buy.
To start, let’s quickly discuss what a multiviewer is.
A multiviewer is a device that allows you to display multiple video sources on a single screen. When using a multiviewer, you can often see a tiled format of your video so you can easily see each display side-by-side.Moreover, some multiviewers also have the capacity to support multiple audio inputs. This allows you to choose which audio source you want to play over your video.
So, what is the purpose of a multiviewer?
The main purpose of a multiviewer is to simplify the process of viewing multiple video sources. If you use a multiviewer, you will not need additional monitors or video switchers to replace its function.
Now that you know what it is and how it’s used, let’s answer the why.
Multiviewers offer a lot of benefits. Some of these are already mentioned above, but let’s discuss just why you need to consider using them.
How is a Multiviewer Used in the AV Industry?
To give you more details about how you can use a multiviewer, here are some examples of how it’s being currently utilized in the AV industry.
What should you consider when getting a multiviewer?
Each multiviewer’s capabilities are different, and choosing the best multiviewer for you highly depends on your requirements. Here are the things that you have to consider.
Once you have these things considered, you’re ready to purchase one! To have an idea of how much multiviewers cost, you may click here. While you’re there, you may also view some of the best multiviewers available in the market. We made sure that all relevant technical information is included in each listing so you can get what you need on your first try.
Do you want to learn more about HDMI devices? Check out some quick reads in our blog!
]]>Are you currently using one set of keyboard, monitor, and mouse for multiple devices? Then you’re probably aware that it can get tiring when you have to constantly swap cables when you have to use different devices. If you’re experiencing this problem, then getting a KVM switch may just be what you need.
First, let's start with the basics: What are KVM Switches?
KVM stands for Keyboard, Video, and Mouse. A KVM switch is a device that you can use to control multiple devices using the same keyboard, mouse, and monitor. Take note, by devices, we are pertaining to computers, smartphones, tablets, media players, gaming consoles, etc. KVM switches work by allowing you to switch from one device to another with just the press of a button.
When dealing with KVM switches, it’s important to know that there are multiple types available, and each one caters to different needs. There are KVM switches that can only control up to 4 devices, while others can control up to hundreds of devices.
So, what is a KVM switch used for?
To answer that, we must determine what is the purpose of a KVM switch. KVM switches are commonly used in environments where multiple computers or devices need to be accessed and controlled from a single location. Here are a few sample applications you could look at:
Now that you know where you can use it, your next question would probably be why you should use it. Here are a few reasons why:
Setting up a KVM switch isn’t that much complicated too, but before we dive into the steps, let’s first make sure that you get the right KVM switch for your needs. Here are what you should consider when getting a KVM switch.
To set up your KVM switch, all you have to do is connect all your devices to their designated ports. This typically involves connecting your keyboard, mouse, and monitor to the KVM switch, as well as connecting your devices to the appropriate ports on the switch.
Once your devices are connected, you can then switch between them using the switch. This is typically done using a button on the KVM switch or through a keyboard shortcut. Some KVM switches also allow you to switch between devices using a software, which can be useful for those who want more control over their switching.
Are you ready to purchase your first KVM switch? Then your next question would most probably be:
What are good KVM switch brands?
Objectively, a good KVM switch brand would mean having excellent hardware specifications that can easily support everything you have to do with it. If you’re planning to buy one for your home or your work, then OREI is your best choice. With highly functional KVM switches, lifetime tech support, and free customer support, you’re sure that you’ll be getting the best switch for your setup.
Start choosing from OREI’s available KVM switches by clicking here. OREI’s shop includes all the significant and relevant information you need to make an informed purchase. You can also check a few sample applications, reviews of previously satisfied buyers, as well as answers to Frequently Asked Questions (FAQs). While you’re there, you may also want to consider getting items that our customers usually bought together with their KVM switch purchase.
To conclude, a KVM switch is a very versatile and convenient tool for anyone who needs to use one set of peripherals for multiple devices. They’re especially useful for professionals who regularly work with multiple computers, as well as home users who want to simplify their setup. Whether you're looking to reduce clutter on your desk, improve productivity, or simplify your workflow, a KVM switch is a useful device that you can use to improve your daily computer usage experience.
Do you want to learn more about KVM switches and other HDMI devices? Choose from a selection of good reads readily available in our blog.
]]>Video walls make for a perfect backdrop to your staged events, or the perfect screening tool for your next film showing. When used properly, video walls level up any type of event. They can heighten your show's quality, and at the same time, improve the watching experience of your audience.
Start planning your next event with a video wall! Find out everything you need to know about it here.
What is a video wall?
Basically, a video wall is a combined collection of multiple screens or monitors that function as one huge screen. You can think of it as stacks of small televisions that when put together, forms a single picture. They can have different types of formations, such as 2x2, 4x2, 4x4, and so on.
What’s the purpose of a video wall?
The main purpose of video walls is to display large, high-quality content, and can be used in various ways. Here are some of the most common video wall purposes:
Aside from those mentioned above, video walls can also be used in a whole lot more applications. One of the things that make video walls highly dependable is because of the technology they use.
What technology do video walls use?
The display itself isn’t that much complicated because most video walls use LED or LCD panels, the same technology as your regular TVs and monitors.
However, most monitors and screens that are typically used for video walls have specific designs such as:
Controlling a video wall with so many screens is fairly difficult, which is why there are video wall controllers to help manage them simultaneously. A video wall controller (sometimes called a "processor) is a splitting device used on a single image that divides it into parts to be displayed on individual screens.
Video walls have different types of controllers, two of the most common are:
This type of video wall controller uses a computer with software specifically designed for managing video walls. To manage a video wall with a software-based controller, you simply have to hook up your video wall to your computer and run your specialized software. The software can usually be run on a standard PC or server and can be easily updated and customized.
Hardware-based controllers use a dedicated device to manage your video wall. This type of controller is specifically designed for video wall management, and it often has everything you need to smoothly run your display.
With the power to handle high-resolution content and the ability to support multiple display input and output formats, hardware-based controllers are often more reliable and can offer better performance than software-based solutions.
Now that you’re more familiar with video walls, let’s talk about how you can start building one.
What do you need to build a video wall?
Here’s everything you need and what you should consider when building your own video wall:
Your display screens are what will make up your video wall. The number of monitors you need highly depends on your plans, and the same goes for the size of your screens. Before getting display screens for your video wall, make sure you already know what you’ll be using them for.
As discussed earlier, video wall controllers are what power up your video wall. Decide if you want a software-based or a hardware-based controller. The type of controller you need may also depend on where you’re planning to use your video walls. If you’re planning to bring a video wall for your large-scale events where you need to display the best possible resolution you can, a hardware-based controller might be what you need.
Of course, you need a sturdy place where you can securely mount your display screens. Some mounting hardware needs to be fixed on a wall, while some are more portable. Whichever one you choose, make sure you consider the weight and size of your screens when getting one.
To connect your display screens to your video wall controller, you need the right type of cabling. Check your display screens and video wall controller to know which type of cable you’ll be needing.
Other than these, the last thing you’ll need is your display source. The display source is the content that’ll be displayed on your video wall. It can be a pre-recorded video, a live video feed, or other types of digital content.
Once you have everything in hand, your video wall setup is good to go! On to the next and final topic we’ll be discussing, what does a video wall cost?
To be clear, there is no fixed price. To give you some idea of the costing of video walls, here are some video walls you can readily buy.
The OREI UHD-204VW is a 4K 2X2 seamless video wall with a software-based controller. It has 4 display screens that can be arranged to look like a large 4K TV. However, you can customize the layout and go for 2 1x2 displays, a 1x3 display, or a 1x4 display.
The cost for this type of video wall is $449.
TFor the OREI UHD-808VW, it is a 4x2 video wall with 8 individual inputs and outputs. Similar to the 204VW, this video wall also supports 4K. With the option for individual inputs and outputs, you can use the UHD-808VW in your home and your business. At home, you can simultaneously use all video walls for 8 different input sources such as your Playstation, Blu-ray Player, PC, and more. For your business, the 4x2 video wall setup can provide you with a great backdrop for an event.
The OREI UHD-808VW costs $1,299.
As you can see, the cost of video walls goes up as the number of screens increases. Aside from that, the cost also increases when there are more available functions and features.
Are you ready to buy your video wall? Check out our shop to see more variations of video walls! You may also find all relevant information for each product on their respective pages.
Learn more about video walls and HDMI devices by browsing through our blog!
]]>To start, let’s define both. An HDMI (High-Definition Multimedia Interface) cable is the most optimal way of transmitting digital video and audio data from input devices, such as cable boxes and consoles, to output sources, such as your 4K TVs and monitors. HDMI cables make for an excellent tool to stream from one device to another.
]]>You may have used an HDMI cable before, but have you ever heard of HDMI Over Ethernet?
To start, let’s define both. An HDMI (High-Definition Multimedia Interface) cable is the most optimal way of transmitting digital video and audio data from input devices, such as cable boxes and consoles, to output sources, such as your 4K TVs and monitors. HDMI cables make for an excellent tool to stream from one device to another.
On the other hand, Ethernet is a traditional technology used for connecting devices in a wired Local Area Network (LAN) or a Wired Area Network (WAN). An Ethernet cable is comprised of networking technology that includes the likes of a protocol, a port, a cable, and a computer chip needed for plugging a desktop or a laptop into a LAN for quick data transmission through its coaxial or fiber optic cables.
Using an Ethernet cable is best for connecting multiple devices. You can use this for formatting and transmitting data to a network of desktops, laptops, and other devices which are in the same LAN.
Some benefits of using Ethernet cables as opposed to using Wireless LAN (WLAN) are:
Going back, these technological advancements have led us to combine both HDMI and Ethernet into one useful tool: HDMI Over Ethernet.
First off, what is HDMI Over Ethernet?
HDMI Over Ethernet, also referred to as HDMI Over IP, is an extensive combination of the two mentioned technologies. It uses an existing infrastructure’s Ethernet connection to disperse and distribute high-definition video signals from one source to single or multiple output screens. What’s better is that you can send HD signals to distances of up to 230 feet.
For a better understanding, imagine an office with multiple desktops. When you have an HDMI Over Ethernet connection, you can project one screen to all connected devices. You can also use this to display your presentations over a digital projector.
For your home setup, you can use an HDMI Over Ethernet to stream HD shows from your input device to your television.
This type of setup has a lot more uses and advantages either from point-to-point extensions or from one-to-many distributions. You can also use it for video wall processing which can be scaled from different grid layouts. Video signals are flexible and can be switched from any source to any screen and are highly capable of overcoming distance limitations brought by regular HDMI cables.
So, why do you need HDMI Over Ethernet?
The technology uses your Ethernet’s Fiber Optic cables to transmit compressed video and audio data. Through this, you can send signals to multiple devices over long distances without any noticeable drop in resolution. However, it’s important to note that the highest possible resolution that you can send and receive depends on your devices and the type of HDMI Extender.
Since HDMI Over Ethernet utilizes fiber optics, it is less prone to electromagnetic interference caused by high-voltage appliances. This is especially important when applied to a workplace setup where there are multiple high-powered devices such as heating and cooling systems.
With an existing Ethernet system in place, you won’t have the need to run new lines of cables just so you can do what you have to do with your HDMI Over Ethernet system. Also, this technology allows for less clutter and more hassle-free use of your devices.
Basically speaking, it is a more convenient, fast, and clutter-free way of optimizing your TV/monitor to use and show what you want it to be used for and what it should show in the comfort of your own space.
How to set it up
For starters, you need a few items to extend HDMI over Ethernet. Here’s what you need:
Your input device could be your computer or laptop. This is what you’ll use to transfer signals to your other devices.
The output devices could be a laptop, a digital projector, or a video wall. Your output devices are where you want to send your audio and video signals.
For areas with an existing Ethernet structure, this won’t be a problem. If you don’t have an existing cabling system, you might want to plan it carefully so you won’t have any issues during your implementation.
Your HDMI Extender is what powers this whole setup. However, before you buy the best HDMI over Ethernet extender you can find, it’s important to consider these factors:
Having an 8K HDMI Over Ethernet extender isn’t always necessary. Check your input and output device’s highest resolution setting and simply match it. If you have 4K monitors, then getting a 4K HDMI over Ethernet extender is the only thing you’ll need.
There are HDMI Extenders that support up to 230 feet, and some that can only best support up to 110 feet. Measure the distance your ethernet cable has to run so you don’t have to overspend on your HDMI Extender. You should also know that distance affects the quality. The same HDMI Extender that streams 4k/60Hz at 115 feet can only stream 1080p/60Hz at 165 feet.
To use your HDMI Over Ethernet setup, you may follow these steps.
Once you complete these steps, you’re done! In case this setup doesn’t work for you, you may have to follow some available troubleshooting tips online. These may include inspecting your ethernet cable, HDMI cable, and power cable, all the way to checking if your device’s ports are working properly.
For the best HDMI over Ethernet latency, make sure your fiber optic cable is functioning properly. In the best cases, you can use HDMI Over Ethernet for gaming, streaming, or other activities that require minimal to zero latency.
One last tip, make sure you get your HDMI Extenders from credible shops like OREI. These items are not cheap and it’s best to get yours from established brands. Visit our shop today to check out our list of HDMI Extenders. You can check out some sample applications, technical information, and customer reviews of all our products so you can have all the details you’ll need to make an informed purchase.
Learn more about HDMI devices by reading more of our available articles in our blog!
]]>HDMI audio extractors can help bridge that gap. With HDMI audio extractors and the right adapters, you can connect your modern audio systems to any display device.
]]>Currently, the best audio systems in the market rely on HDMI to increase the sound quality that they can provide, and be able to support higher audio formats such as Dolby Atmos and DTS-HD Master Audio. However, newer audio systems may not be compatible with all display devices, especially if they’re older models.
HDMI audio extractors can help bridge that gap. With HDMI audio extractors and the right adapters, you can connect your modern audio systems to any display device.
A HDMI audio extractor separates audio from the incoming HDMI signals. Audio can be extracted and output to an audio system, such as your ARC soundbar, home theater, or multimedia speaker.
Typically, HDMI audio extractors have at least one HDMI input port, one HDMI output port, and one audio output port. You can use your input ports for your gaming consoles (PlayStation, Xbox, Nintendo Switch, etc.), DVD & Blu Ray players, cable boxes, or others. On the other hand, your output port is where you plug in your 4K TV, monitor, or other display devices. And lastly, the audio output port is where you plug in your sound system.
You may find HDMI audio extractors useful if your TV or display doesn't have an HDMI Input or an HDMI ARC/eARC port, or if it only has an analog audio output (such as a pair of RCA jacks or a 3.5mm audio jack). By using an HDMI audio extractor, you can connect an HDMI source to a TV or display and enjoy the audio through a soundbar or an external audio system.
Here’s a deeper dive as to why you might need an HDMI audio extractor.
Some older TVs and displays don't have an HDMI input, which means you can't directly connect an HDMI source (such as a Blu-ray player or a cable box) to the TV or display. An HDMI audio extractor, with the right adapters, allows you to connect an HDMI source to a TV or display that doesn't have an HDMI input by extracting the audio from the HDMI signal and outputting it to an audio system.
Even if your TV or display has an HDMI input, it doesn’t instantly mean that you can use it for HDMI audio devices. You might still get stuck with an analog output, such as a 3.5mm audio jack or a pair of RCA jacks. An HDMI audio extractor will allow you to connect an HDMI source to a TV or display that only has an analog audio output and extract audio to an external sound system.
If you have an ARC/eARC soundbar, you’re going to want to use it to amplify the audio from your TV or display. Since HDMI ARC/eARC sound systems require an HDMI port that supports ARC/eARC technology, it is not widely available on all display devices. To connect your ARC soundbar, you either need a display device that has an HDMI ARC/eARC port or an HDMI audio extractor that can extract ARC/eARC signals
Now that we’ve settled what an HDMI audio extractor is and why you might need one, let’s discuss how you can use it for your home setup.
There are several HDMI audio extractor types, but let’s focus on a few that you could use for your audio and video needs. Here are a few things you should consider when getting an HDMI audio extractor.
When getting an HDMI audio extractor, it’s important to consider what type of audio device you have. Does your sound system use HDMI Input, HDMI ARC/eARC, RCA jack, 3.5mm jack, Optical S/PDIF, or others? This is important because the type of audio extractor you should get highly depends on what you need. If you’re still unsure what your sound system uses, you may check its ports or take a look at the manual. Please note, not all audio extractors can support all of these, especially ARC/eARC technology.
Of course, when getting an audio extractor, you may be planning on using it for your home entertainment system. It’s also best to consider your display output when getting an audio extractor. First, you need to check your display’s settings. Will you need an 8K HDMI audio extractor, 4K HDMI audio extractor, or lower? To know which one you should get, check the highest supported resolution of your display. You may also have to check the refresh rate of your display. Is it 120Hz, 60Hz, or lower? You’re going to want to find an audio extractor that supports the same video resolution as your display device so that you can enjoy the audio without compromising on the video quality.
Consider how many input devices you’ll be using for your HDMI audio extractor. Some devices can reach up to 16 input ports, but you probably won’t be needing that. One of the most common options you can get is 4 input ports. That will be perfect for your gaming consoles, DVD Players, and your cable box. It’s also important to know that even if your TV has a couple of HDMI ports, it’s best to use your HDMI audio extractor. You don’t want to damage your TV’s ports because of the constant plugging and unplugging of your input devices.
HDMI audio extractors use modern technology to help you level up your home entertainment system. With the right placement of speakers and the proper height of your display devices, you’ll soon be the proud owner of the best home theater system in your neighborhood!
To help you jumpstart your journey, you may want to check out OREI Dual HDMI EARC Audio Extractor with Optical Port and 3.5mm jack
The HDA-931 is perfect for your ARC/eARC sound system and can support up to 4K@60hz resolution.
Feel free to check out more audio extractors in our shop! To learn more about HDMI and other A/V devices, check out some good reads from our blog.]]>What you could do is split screen of your ultrawide monitor. Then the next question would be: How do I split my ultrawide monitor into two? It’s quite easy! To split ultrawide monitors into 2, you simply need either the right tools or the right software.
]]>Are you excited about your new 42” Ultrawide Monitor but can’t seem to get the most out of it? While your monitor is very spacious, not many apps are designed to fill the whole space. So what happens? You wind up using just a small portion of your monitor and the rest is only there for display.
What you could do is split screen of your ultrawide monitor. Then the next question would be: How do I split my ultrawide monitor into two? It’s quite easy! To split ultrawide monitors into 2, you simply need either the right tools or the right software.
Take note, these methods depend on your goal. Before we dive into the different ways, ask yourself these questions.
Continue reading for a more detailed explanation of how you can split your ultrawide monitor into two screens. Also if you have 2 Displays you want to extended screen here is a video on how to achieve that.
For users who want to multitask on their ultrawide monitor using one computer or input device, here are some ways to do it.
Use the multitasking feature of your device. The multitasking feature allows you to split your monitor into separate tiles so you can better manage your work. However, one demerit of this feature is that not all apps support it.
On Windows:
Use the Snap Windows Feature
The Snap Windows feature allows you to display 2 to 4 apps side-by-side. Here’s how you can do it.
Alternatively, you may also use an ultrawide monitor split screen software such as Microsoft PowerToys to customize your layout. To use this:
On Mac:
Use the Split View Feature
The Split View is Apple’s version of the Snap Windows feature. Similarly, you can split your monitor into separate tiles. Again, not all apps support Split View. Here’s how to do it.
Multiple Input Devices
For users who will be using multiple input devices on one ultrawide monitor, you’re going to need an HDMI switch. HDMI Switches allow you to connect multiple input devices, such as your PC, Laptop, Blu-ray player, Playstation, and Xbox, to an output device, such as your ultrawide monitor.
HDMI Switches work best for monitors with limited HDMI ports. Most ultrawide monitors only have 2 HDMI ports. Using an HDMI Switch helps you prevent constant plugging and unplugging on your monitor, protecting your monitor from unwanted and costly repairs.
How to connect multiple input devices to your Ultrawide monitor
Secondary Display + Another Input Device
For users who want to use their ultrawide monitor as a secondary display for their laptop or PC but will still be using another input device for the other half of the screen, here's what you can do:
For Windows
For Mac
Here’s one last tip. For gamers who like playing offline multiplayer games, you can use an HDMI Splitter to duplicate your screen so you don’t have to share one monitor with your buddies! Simply connect your input device to a 1 x 2 HDMI Splitter and connect it to both HDMI ports on your monitor.
Before buying an HDMI Switch, make sure you read the fine print. In our shop, you can check all the technical specifications you’ll need to make an informed decision. HDMI Switches may be costly, so it’s best to make sure that you get the right one immediately. You may also read through our product reviews and sample applications, as well as compare each product side-by-side. Here are some things you may want to check before buying one.
By fully utilizing every corner of your ultrawide monitor, you’ll surely get more done. You can work on one side of your monitor while watching your stock investments on the other. Or you can let someone play your Xbox on one side of the screen while you watch your favorite TV series or movie on the other.
Did you find this article useful? Make sure you check out other great reads from our blog to learn more about HDMI or any A/V devices and how you can use each for different scenarios. Don’t forget to share what you learned with your friends!
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