Streaming is the best way to watch movies, music, and everything you want from the internet. When talking about streaming, Roku will be among the platforms that come to your mind first. Roku TV has always had good programming, and it only got better with streaming.

Since 2012, users have used data and Wi-Fi connectivity to stream high-resolution videos from Roku. 

But how much data does Roku use? Will this viewing option put a strain on your data plan? Let us get into the details and give you an answer;

How Much Data Does Roku Use? 

The data used will depend on your viewing quality. Higher resolutions like 4K will use much more data than options like 480p. If you stream 4K or 1080 HD on an unmetered network, Roku could easily use 6 or 7 GB each hour. 

If you watch, say, 8 hours each day, you will have a total of about 1.6 Terabytes of data each month. You need to limit some settings to make sure your Roku does not use too much data.

How To Control Data Used By Roku

Everyone is now shifting to streaming platforms, and they work amazingly well. You might, however, get some issues like buffering or the internet connection in your house slowing down. This is a somewhat common issue with Roku users.

You need to reduce the internet usage on your Roku. This will help speed up any other devices that use your Wi-Fi, and it will save you some cash in data usage. 

Streaming HD content on an unmetered Wi-Fi connection could prove to be costly to you. To do this, you need to press a series of keys on your Roku remote. 

Focus on the home button, fast forward button, and the reverse button. You need to as quickly as possible press the home button five times, press the reverse button thrice then press the fast forward button twice. 

If you are slow while doing this, it will not take you to the right menu. The key combination should bring you to the Bitrate override screen. 

If it takes you to a different screen, go back and try the keys again. You will see that the stream rate is set to automatic.

This means that your Roku works per your Wi-Fi’s speed. If the signal slows down or speeds up, the system will adjust with it. You need to scroll down and select the option for manual selection.

A window will come up with a series of stream rates in Mbps. The signal strength and Wi-Fi properties change depending on the internet service provider. 

You, therefore, need to get the lowest possible stream rate that can work for your viewing. Select a low rate, then go back to your channels and look at a streaming option you often use. 

If the video quality is good enough for you, you can leave it, and it will cut down on internet usage. 

If the quality is not good enough, do the process again and choose the next number. Keep going until you get the lowest stream rate that gives you the quality you want, and leave there. 

This might reduce the quality, but it will save on data usage since the bit rate will be limited to stay as low as possible.

How Much Internet Speed Do I Need To Stream TV?

Streaming any form of data, video audio, or files is like a river; it can be a small stream or a large river and anything between. Larger streams generally have more speed and performance, but they cost you more money. 

The small streams might be cost-efficient, but they could not be fast enough to stream high-quality pictures. 

Your goal should be to get a service that can do what you need it to do without spending too much. So how much speed is enough?

This is important since ISPs might mislead you into believing that you need the most expensive connections to stream TV. 

This is not true, but your plan should allow you to watch good-quality videos without any buffering. 

The main reason to go to streaming is to avoid overpriced cable programming, so paying too much for a connection defeats the point. To get a steady HD stream, you require a network of at least 5Mbps per stream.

This means if you want to have two HD streams, you need to have 10Mps, which is the specific speed for Netflix streaming. You can use speeds lower than 5Mbps, but you would be risking quality and buffering.

For HULU, you can view a 720p stream with an internet speed of 3Mbps, 6Mbps for 1080HD, and 13Mbps for a 4K UD stream. 

You notice that the resolution increases with the internet requirement. You can work with a speed anywhere near these figures, and you will be comfortable.

Fast speeds are necessary when streaming, but they are often overrated. If you want to stream 4K, then anything above 12Mbps will work well for you. 

For 1080 HD and 720, get an internet speed of around 8Mbps, and you will enjoy your movies without a problem.

Are The New Roku Streamers Good?

These days most people are disconnecting cables and moving to streaming as their primary entertainment source. This is a good choice, and more companies are coming into the streaming market. 

One of the most known streaming companies is Roku. Roku has made a mark in the streaming industry, and they are now making TV Operating systems as well. They have launched several streaming devices that you need to know about, so let’s get into it;

There are several devices to choose from: the Roku streaming stick, Roku Premiere, Roku express, etc. 

They have some differences, but they are mostly similar; they are all external streaming devices that let you access TV content by connecting to your Wi-Fi.

Each device will come with a remote. The remote is simple, and it will help you navigate through the various streaming options you have. 

You can also use your smartphone by downloading the Roku remote app and installing it on your phone.

With the remote app, you can use Roku’s private listening option. This feature allows you to direct the audio into headphones for a more personal movie session. 

It works through the pho0one, so you have to connect the headphones to your phone. The setup process is the same for all Roku streaming devices, and it is easy. 

You could give it to a child, and they would be able to use it comfortably. All you need to do is plug it in, connect it to your Wi-Fi, and start streaming. 

The Roku Streaming stick is the fastest of the series. If you have a good Wi-Fi signal, you will not experience any buffering lag regardless of the device you use. Roku has kept a consistency when it comes to giving their users high speed. However, if you are traveling to a different country you may encounter some throttling problems that will limit your speed. If you want the best VPN for Roku, visit Earthweb.

The performance of these devices depends on your viewing devices. If you buy a 4K Roku stick and a 1080 HD TV, you will get 1080 HD pictures. 

The best thing is to buy high-resolution devices that can take maximum advantage of Roku’s quality streams.

Roku Express is the cheapest option for you, but it is limited to HDTV. It is an entry-level option, and it will be best for those using older TVs that don’t support 4K. If you have a 4K TV, you might want to get a Roku Premier.

The Roku premier can stream 4K and HDR, and you must have a 4K TV for this device to work correctly. 

It comes with an HDMI cable that supports 4K, so you can connect it to your TV without spending more money.

The Roku streaming stick is the latest, smallest, and fastest of the products. This stick can handle faster Wi-Fi signals for a higher 4K resolution. 

It is thumb-sized and has an HDMI header so you can plug it into your TV like a thumb drive, and you are set.

Roku has all the major channels and apps you would use, including Netflix, Apple TV, YouTube, Amazon Prime, among others. 

You can get more options and versatility with Roku streaming than you would any cable network service, so it is worth the shift.

Conclusion

Roku uses a lot of data, especially when dealing with high-quality videos like 4K or 1080p. You need to ensure the Roku doesn’t hurt other electronics because it takes too much of the bandwidth.

You can meter the data usage on your router to limit the Roku and also change some of its connectivity settings.

Roku is an amazing option for streaming, and it should give you all the services you would want from a TV.

There are several devices for you to choose from, depending on your need and budget. Get good internet and buy a Roku streaming stick to enjoy all your shows in one place at affordable prices.

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When picking out a new gaming PC, most of us look at the RAM and GPU before getting into other details. 

The GPU is vital, especially in gaming, since it will determine how well your game gets rendered; thus, it dictates how much you will enjoy it.

But how much do you know about how your GPU works to process data and give you amazing videos? Let us get into the graphics unit and see the components along with how they work together to provide you with a good gaming experience;

What Is GPU Process?

This is a hardware performance boost process. This process boosts your hardware performance to the maximum since the GPU passes all intensive tasks to your hardware. The extra burden will drain your memory, but it has its benefits.

 First, it will increase efficiency since the GPU is designed to handle graphics. It will also free the CPU and focus on other processes that would make multitasking possible. This process is enabled by default, but it can hurt your memory, so you should disable it if your system performs sub-optimally. 

Why Is Hardware Acceleration Necessary??

Hardware acceleration uses your PC processing power to boost the performance of gaming or browsing applications. 

You need to understand why this process matters and how it affects the working of your applications.

You must have seen the hardware acceleration option in an app. You might have needed to disable or enable it to change the performance of your device. If you have a powerful CPU, this is not a process you need to worry about.

When the CPU is overwhelmed, it can pass some of the load to specialized systems. For instance, the CPU can use the sound cards to process sound from browsers or videos to give better audio output. 

Graphics cards can also be used to produce better quality video playback in movies and games. Graphics cards are better and faster at handling physics and mathematical calculations, making them more efficient than CPUs.

The CPU alone can do anything the GPU or sound card can do, but allowing other components to do the job is a better choice. This leaves the CPU with space to deal with tasks that other parts cannot process.

The problem is, hardware acceleration doesn’t always work as it should. It might cause the system to become unstable, and you will be forced to disable it. If your CPU is stronger than the other components, hardware acceleration will be ineffective.

Additionally, if you have cooling issues in your PC, the components might overheat and cause a drop in all the PC’s processing activities. This might cause more problems that you would not get if you disabled hardware acceleration. 

This could also be a problem when the drivers cannot run as comfortably with the CPU as with the components. This will cause your entire system to slow down, and there will be more performance lags.

In such cases, you should disable hardware acceleration. When it works well, hardware acceleration can be a great way to boost your PC’s performance and get apps to work better.

What Is Inside Your Graphics Card?

Most people understand why graphics cards are essential but do you know how it works to give you the results you enjoy from it. Let us break down its components and help you understand how a graphics card works;

When you look at the graphics card, you will notice the huge fans in a metal casing. You will realize that most of the case is dedicated to cooling; why is this so? 

Just like your computer, a graphics card is like a small computer in your computer, and computing generates heat.

 This is not our primary concern, although it is crucial. We are more interested in the other internal components.

The PCB is the most interesting part. This is a Printed circuit board with a large span of conductors, and electrical components edged onto a substrate. When you peel back the thermal pad, the most apparent element you will see is the GPU.

The Graphics processing unit has millions of cores that help it in dealing with graphics. The cores come together to perform a bulkier data load than a CPU can handle in optimal performance, but they can only handle one linear task.

The next thing you will see is VRAM which is next to the GPU. When the GPU processes large amounts of data, you need to have that information availed to your computer. 

You can’t have the graphics processed then not displayed anywhere since it defeats the purpose of processing.

Video RAM, therefore, stores all the processed data to make it available for your computer to display. 

Having specific RAM for the graphics will allow the card to send its data to the computer since it has already been computed.

The GPU also has a voltage regulator module. This is a component that controls the electricity that comes into your GPU. The processor is small and sensitive, which means it can get fried by electrical surges. 

If there is power starvation, the processor will not work as it should; thus, it needs to balance the power supply.

 These are the most necessary components, and a graphics card cannot work without all of them present.

How CPU And GPU Affect Video Games

We look at computer specs and their performance; you couldn’t know how these specs affect how your computer handles video games. 

It feels like the names could tell you the difference between graphics and center, but they have significant differences.

The best game run has it with 60 frames each second. This means that an image has to be generated 60 times each second to show you what is going on in the game. Rendered objects must have some physics or AI algorithm that dictates how they work.

The physics and visuals come together to give you the game and motion you see on the screen. The GPU handles lighting, the position of objects, textures, shades, and other aspects that deal with visuals.

The number of polygons that your screen can display depends on the kind of GPU you have. The graphics card also dictates the resolution and texture of any objects that will appear on your screen.

The graphics card handles numerous features that can be controlled by software, but it does it better. This means that the GPU does the artistic work in the processing and rendering of video in games.

The CPU, on the other hand, does the organizational work in the game. There is no such thing as an image if there is nothing in the picture. Objects in computers are made of polygons which are made of faces and vertices.

You can manipulate an object to move by moving the vertices, and the CPU executes this task. The CPU is also responsible for tracking the game logic and ensuring that your game runs as it should.

It will generate the particle systems, and then the GPU will process and render these systems as images. 

It will also calculate and handle the physics of how the objects in your game react to each other with the game’s logic.

The CPU is what makes it possible for you to aim and shoot at an opponent, while the GPU makes it possible for you to see this happen. This means that the CPU and GPU depend on each other when processing games.

You won’t have a working system if you have a high-end GPU that can handle all the graphics and a bad CPU. 

The CPU will be unable to keep up with the GPU, which will make the GPU underperform, or it will cause your system to crash.

Recently, the two components are getting built into each other. Some GPUs can do matrix and vector computations that a CPU would otherwise do. These will make each of these systems more capable and improve the user experience. 

GPUs are generally faster than CPUs, pushing engineers to look for a broader range of GPU usage. Some of these uses include mining cryptocurrency along with using GPUs in deep learning neural networks. 

The GPU is suitable for specific operations since it handles data in a linear form. On the other hand, CPUs can do many random tasks, often simultaneously, making them a good choice for PCs and mobile devices.

Conclusion

Chrome uses a GPU process to optimize its performance. This is what makes chrome work as well as it does and stand out from other browsers you use. 

This feature also releases your CPU and makes it work better with other processes that would have slowed it down.

GPUs and CPUs are built to work together. A CPU generates data and does the calculation while a GPU processes the visuals. 

These two come together to produce the motion, graphics, logical shooting, and impacts you see in a video game.

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Inventions made by humans have always been an impressive thing to look at historically. The inventors made radios, telephones, cars, and so much more out of nothing. Over the years, we have made improvements, but we still look up to our predecessors.

One of the most commonly used technologies is radio technology. Over the years, its use has been diversified to more fields, ie. 

Wi-Fi, radios, remotes, and so much more. So it is essential to understand this technology because it is a big part of our society.

What Is A Radio Network Controller

All third-generation cellular mobile systems based on GSM need a governing element, and this element is the RNC. The RNC controls the Node Bs connected to a mobile cellular system and manages the radio resources in a system. 

The RNC also handles part of the encryption process, and it helps keep user data secure in transit. A media gateway connects an NRC to a network.

What Is A Media Gateway? 

A radio Network controller needs a media gateway to work, so you need to understand what a media gateway is. 

While communication is simple on your end, it is complex and goes through a ton of processes. Let’s get into the details and see this;

A media gateway is a translation service or device. It is placed between two different telecommunication platforms, and it changes the format of data to allow the technologies to communicate. 

A media gateway works with almost everything from SS7, POTS, and some Next-generation Networks, including 2G, 2.5G, and 3G networks. As more networks are getting created, media gates are getting improved to support them.

Media gateways allow for multimedia communication between packet networks through protocols like the Internet Protocol. The primary job of a media gateway is to connect two different networks.

This job means that it has to convert between the two platforms’ coding techniques and transmission techniques. 

This flexibility allows the gateway to act as a translator to ensure seamless data transmission from both devices.

Also, media gateways have more functionality to improve transmission; they have DTMF, echo cancellation, and tone sender. These are integrated to make sure the quality of transmission is not lost as the sound gets transmitted.

A media gateway does not function independently; an independent media gateway controller manages them in most cases. 

This controller provides the signaling functionality and calls control that allows the gateway to work appropriately.

Call agents communicate to the media gateway using protocols such as MGCP or the Session Initiation Protocol. 

Most gateways that use SIP today are standalone systems with integrated signaling and call functions.

This integration allows these gateways to work as intelligent and independent SIP endpoints because they don’t need external resources. 

There are different types of media gateways, and they perform various tasks; thus, other systems use them.

One type is the VoIP; Voice over IP is used to do conversions over time-division multiplexing. It converts voice to a media streaming protocol the same way it does with a signaling protocol it uses. Along with these, it also works with RTP to make all transmissions fast and secure.

Media gateways used in mobile access connect a next-generation network core to a PLMN. 3GPP standards define the configurations of the network to keep the users on both ends satisfied.

What Is Radio Resource Management

RRM is an essential role of an RNC, so we need to break this down and understand it better. We need to know what it is and how it functions better to understand the role of a radio network controller so let’s jump into it;

RMM is system-level management of interference between channels. It manages radio resources along with other transmission characteristics when dealing with wireless transmission systems.

Some of the wireless networks that use RMM include WLANs, Wireless sensor systems, and cellular networks. 

Radio resource management controls the parameters of the operation of a network using algorithms and complex strategies.

The areas an RRM controls most include data rates, transmit power, beamforming, modulation scheme, user allocation, error coding scheme, and more. By limiting these resources, a radio resource management system affects how well a network will work.

The purpose of having a radio network controller is to use the limited radio network as efficiently as possible. 

Without resource management, the network would be unable to handle all the traffic, and there would be significant issues with data transmission.

An RMM does not deal with the point-to-point channel bandwidth. Instead, it deals with multi-cell and multi-user network issues to ensure all the channels available are used efficiently by the whole network.

Traditional communication systems often focus on the source and channel coding, with one user being the target. It is impossible to use the entire channel capacity when many users in adjoining stations share a frequency channel; thus, resources go to waste.

Efficient RMM schemes will increase the overall system efficiency. This improvement would be of a more significant magnitude than you would expect to get from introducing advanced coding that focuses on one channel or source.

RMM is even more important in systems that have an issue with interference between channels or those affected by noise. An excellent example of these would be cellular or broadcast systems that cover large areas.

Such would be large wireless networks, and they will have many adjoining access points that use the same channels. 

Without a resource management system, the data would get mixed up during transmission, and it would be lost by the time it gets to the receiver.

Base station costs usually dominate the cost of having wireless networks. These include planning, maintenance, real estate costs, energy and frequency licensing fees. The total comes to a large sum, so you have to use it as efficiently as you can.

A sound management system will allow a network to cover an extensive network without getting interference between the channels or path losses which will cause attenuation. This system will ensure the users get the quality service that they require.

How Does Your Mobile Phone Work?

For most of us, our mobile phones are the most important things we have. We need them to browse the internet, play games, watch videos, and text. The primary function of a phone is to make calls, so let us look into this and see how it works;

When you speak into your phone, the phone’s microphone will pick up your voice, and it uses its sensor and IC to convert your voice to electrical signals. This is a digital signal that has your voice in binary form. 

An antenna in your phone will get these binary signals and transmit them as electromagnetic waves. 

The waves will alter their characteristics, such as the amplitude, to express the 1s and 0s of your binary input. 

To establish a call, you need to transmit these signals from your phone to a friend’s phone. Electromagnetic waves can’t travel long distances since physical barriers exist, and other waves in the air will attenuate them.

To overcome these problems, engineers used cellular technology to come up with cell towers. In this technology, an area is distributed into cells, and every cell has its tower and frequency slot. The towers are linked using fiber cables.

Towers pick up your phone’s electromagnetic waves in your cell. The tower will convert these signals to high-frequency light pulses transmitted to the tower’s base transceiver box. 

The signal is processed, cleaned, and boosted to go to the target cell tower. The signal is transmitted to the destination tower through fiber cables. 

The signal will be received on the other tower, which will convert it back to electromagnetic waves.

The receiver tower will then broadcast the signal with the recipients’ address, and their phone will receive it. 

The signal will get changed back to 1s and 0s then the phone will convert it to sound that comes out of the speaker.

The cell towers use a mobile switching center to identify each other. It is how your mobile tower can identify the tower your friend is using, so it doesn’t send the data to the wrong location.

Conclusion

A radio Network Controller is an integral part of any radio network. It manages all the aspects of a radio network and allows for smooth data transmission between the nodes in a system. It uses a series of protocols to achieve this function.

One of its functions is Radio Resource Management. Setting up wireless networks can become expensive, so you have to make good use of all your resources. An RMM works to make the best use of resources to give an efficient and cost-effective system.

All these aspects working together make it possible for you to make a phone call or use a router. Every wireless system depends on these networks, which makes understanding them essential for anyone.

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Microphones are pretty common in today’s life and have made life easier. High pitch noise is a common issue in microphones. Every person across the world has experienced it at least thrice in their lifetime. 

There are several causes and things that you should consider when you hear the noise. These include things like volume setting, hardware, drivers, cables, and many more. 

Now, if you own a microphone and it makes this noise, do not worry. It’s something that you can quickly fix. 

In this article, I will highlight all the probable causes of this issue and solve them. Let’s get back to the commonly asked question. 

How to Fix High Pitch Noise from Microphone

At times the microphones might be overused or are not correctly stored. The speakers will therefore not meet the basic requirements of the work. 

This will lead to poor-quality sound. The microphone and other equipment should be appropriately cleaned and checked regularly and timely. 

Please do not leave the microphone connected to the laptop or console when you are not using it. It’s because even when the microphone is off, electric current can still pass through them.

Find Out The Problem

The one thing that you should know is that you have to know the cause of the high pitch noise from your microphone. After identifying the issue, it’ll be easy to fix the issue. 

Determining the cause can be pretty tricky, but once you get there you are good to go. Ensure that the microphone is not old, worn out, or defective. 

If the gear is broken and cannot be fixed in any way, the microphone can make a high pitch noise. 

You can find the issue relatively quickly by checking the cables, power supply, isolation, electromagnetic, and many more. In case it’s any of these, you can quickly fix the issue. 

The Cause Of High Pitch Noise And The Possible Solutions

If your microphone is not faulty or broken in any way, there’s another issue causing the high pitch noise. 

The goal is to find the cause of the issue and then fix it. In this section, we have highlighted some of the causes of high pitch noise on the microphone.  

Cables 

If the microphone you are using does not connect directly to the computer via Bluetooth or any other connections, then it indeed uses several cables. 

Check the cables that connect the microphone and the audio source to determine if they are in excellent condition. 

Look for holes, leaking airs, and rips on the cables; these may be the causes of the high pitch voice. Ensure the cables and the computer’s power supply on the ground do not run across each other.  

High Microphone Volume

The microphone volume is another thing to look at. If the volume is too high, then it might be the cause of high pitch noise. High volume bounces back and causes the high pitch noises.

Grounding

Grounding is a sensitive factor. Check both your computer and audio interface grounding. You will be able to determine whether an electric discharge is occurring or not occurring. 

Drivers

The new driver updates might be because of the high pitch noise. You need to uninstall the driver you installed or downloaded and then reinstall the driver. 

It might help solve the noise. Again if the drivers are not up to date, it may cause high pitch noise. You should install updates and check if the noise persists. 

Power Supply Issue

Without power, your microphone cannot function. So be sure to take a look at your microphone. The power supply is where your computer and the mic are connected through. 

It offers the necessary power to your device. If the power supply is not stable or has something wrong, you might hear high pitch noises. 

Electromagnetic Interface

You should check the electromagnetic interface. The high pitch noise can be because your device has an overload of electricity from other components. Therefore, you should fix this by unplugging some devices that use different power sources from the microphone. 

Inside Hardware

Confirm that the hardware inside the microphone is functioning normally. At times it might be defective or overworking. Fixing the hardware issues can be tricky, forcing you to buy a new microphone.

Poor Isolation of the ADC or DAC

The ADC initial stands for Analog to Digital Converters, while DAC is Digital to Analog Converters. The ADC works in its unique way. 

It offers analog signals over the input voltage. It then changes the signals to digital representations. 

The DAC and ADC do offer different functions for the microphone. Therefore you should never use them on the same power source. This will undoubtedly cause sound distortion.

Additional Causes For High Pitch Noise

As mentioned earlier, high pitch noise can be so irritating. Be it in a concert or event. At the time, the cause could be the volume difference between the headset and the microphone. 

In such a case, when the microphone’s volume is relatively high, it can create high pitch noises. The noise is known as a feedback loop. 

Another cause can be the wrong settings of the speaker. It creates unnecessary high pitch noise at any frequency. 

The noise starts low but gets louder and so irritating with time. If you place the microphone too close to the speakers, this can certainly happen. 

Using poor instruments can be a cause too. This includes cheap or destroyed instruments. For example, if the microphone’s plug is rusty or the wires have damages, this can cause the issue. 

Plugging in the microphone too near to the external sound device is another common issue that should be avoided at all costs. It causes a high-pitched voice in the background. 

Solution For High Pitch Noise

If you are using a microphone and it starts producing high pitch noise, turn the microphone immediately. After this, hold it from some distance to your mouth. 

Cover the microphone entirely with your hands. This will certainly stop the acoustic feedback. 

You then point the microphone in a different direction and ensure that the equalization of the special gadgetry and acoustic system is excellent. 

Dealing with a microphone is not as easy as it looks. It would be best if you found an operator that has enough experience. Primarily the microphone produces a humming sound when you turn it on for the first time. 

The operator should be able to understand and know this. The operator should be quick to turn the gain before the microphone begins to howl. 

However, this is also dependent on the speakers’ position and how the microphone is held. The operator should be keen and quick to notice any sudden unnecessary feedback and fix it before it ruins everything. 

Directional speakers are great too. However, when using these speakers, the mic can only be behind or beside the speaker. 

Never should you put the mic in front of the speakers. Again you should avoid directing the speakers in areas that can reflect sound like walls. 

Always unplug the microphone when no one is using it. The way you use the microphone also matters. Speaking with the microphone close helps to reduce the noise brought by feedback. Reduce the speakers’ output so that the microphone does not pick unnecessary noise from the speaker. 

Direct injection is excellent for musical injections. Do not use microphones. Using the digital feedback eliminator is also wise and so practical. 

It reduces the chances of experiencing feedback loops. This device comes in different models that have various effectiveness levels. The better ones that are undoubtedly high priced offer better results. 

At times people do experience the high pitch noise when recording. The issue is more common when one is using a mouse. 

Here is a little trick to confirm this. Use your microphone and the mouse without speaking or doing anything. Listen to the recording later, and you’ll notice some noises in the background. 

Primarily the source of the problem is that your microphone is always plugged close to your external noise. 

The problem is so common when using a laptop device. Unplugging the mouse and putting it on a different port will solve the high pitch noise.

Conclusion

High pitch noise can be so irritating. It can be extra annoying when you record for hours, and then at the end of the whole process, you find out that the mic has been producing high pitch noise. 

You might get irritated to the point of thinking there is nothing you can do to fix the issue. You might even think of purchasing an expensive microphone that is not prone to such problems. 

In this article, I have highlighted some of the causes and how to fix them.  The causes of high pitch noise in microphones are several. 

There are also various solutions to the issue. First, you have to identify the problem by finding the source of the high pitch noise. 

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Tablets have become a standard piece of technology around the globe. This is a phone with specs that are superior to those of a smartphone, but it’s not quite as powerful as a PC. They are touch screen enabled, and you can carry them around with ease.

While they are convenient to use, even powerful tablets don’t match the performance of a PC. This might force you to connect your PC to your tablet to take advantage of both devices. Let us look into this and see how you would go about this;

How To Connect Cintiq Companion to PC

The Wacom is a streamlined pen display platform that you can use to edit or create images. You can use the pen to make your work cleaner and better looking than you can achieve with any computer or laptop.

You, therefore, need to connect your PC to your companion to take advantage of its superior editing. Let us get into the details and how you can pull this off;

The Cintiq companion can connect to any Mac or Windows computer using the Wacom link adapter. 

The adapter is there to increase connectivity options for the users. If your computer has a USB C port, you can use it for a single cable connection. 

To connect using any other option, you have to use the Wacom link adapter. Connect the USB C cable of the adapter to the upper USB C port on your companion. Any port will work, but the upper left port supports the best resolution. 

Connect the USB type A cable and mini display cable from the computer on the other end of your adapter. 

Connect the power adapter to an outlet, then connect the power cable to any companion’s open ports. 

You now need to install a driver to run the connection; you can get it at Wacom.com/support then follow the prompts to download the latest driver for your OS. 

Once the drivers are installed, you will be able to move data between your PC and Cintiq Companion seamlessly.

Cintiq Companion 2 Setup

Most Cintiq companions look the same, and they have an almost similar setup. This makes it easy for you to work with them if you have ever dealt with one before. In case this is your first encounter, here is a guide on how you can go about it;

After unboxing the companion, you need first to plug in the power cable. Hold the power button for about 4 seconds or until the companion boots up. A series of menus will come up, and these are some of the most important in setup.

The first menu will need you to choose the language, select it then follow the prompts through the beginning. 

One menu will request a product key; don’t get alarmed since this key is indicated on your power adapter.

After entering the key, you will get a new window to enter the log-on key and password. After entering all this information, Windows will boot up, and you will see all the tiles like you would on a PC or laptop.

You can tap one of the tiles to confirm if the touch screen is working. If it doesn’t respond, tap the top left express key to bring up the settings. 

Under settings, you might find that touch is off, turn it on, and you should be able to click and drag folders like on a PC.

Next, you need to test the pen that comes with the companion. The pin can work with touch the same as a finger, or you can move it over the screen without touching it to move the cursor. When you use the pen for the first time, it will bring up a settings window.

When you click on the option to calibrate, it will bring up a screen with targets at the corners. Keep the pen upright and click in the middle of each target to get your pen and tablet ready for use. 

After doing this, you need to restart the companion, so it comes with all the correct settings saved. 

To do this, press the home button to bring up the start menu, which will give you access to your applications and shutdown.

 Before you do any significant optimizations, it might be best if you updated the operating system in your companion along with all the software. An updated system will work much better than one that runs on old software that might have issues.

After installing all the updates, restart the companion again to make the changes and integrate the updates into the system. 

Your companion is ready to use, so you can go to the settings and configure it the way you like.

Wacom Cintiq Companion Hybrid Review

If you have used any Cintiq companion tablet before in your life, then you have an idea of what you should expect.

So is this high performance and high-quality output shared in all their tablets? Let us look at the Companion hybrid and see just how well it holds up;

The hybrid is a companion with the same body as its predecessors, but it runs android Jellybean. It has front and rear cameras that can produce surprisingly high-quality images. 

It also has decent speakers for sound output if you need to watch a video or listen to music. On its side, there is an array of connectivity options you could go with. It has a jack for a microphone, USB2.0, a power cable, Micro HDMI, and Micro SD slots. 

All these options make it easy for you to get your creations in and out of the companion whenever you need to.  

The companion measures 248mm by 375mm, which gives it a decent screen size to work with without ruining its portability.

The hybrid has a stand that gives the user three possible working angles. You can tilt it differently when working on a best to achieve the most comfortable angle of work. This will help prevent fatigue, especially around the neck and back.

This tablet has express keys and a rocker ring to give users quick control options. It comes with a Wacom Pro pen with 2048 pressure levels that you can customize using a two-way switch. You can use this pen to create with as much precision as you would get from paper.

The screen offers you multi-touch to give you easier control over your workspace on the screen. The hybrid can run a more straightforward app found on Google Playstore. When sketching, you can use the sketchbook express, which will give you great control without input lag.

Apart from drawing, users also get to take advantage of all Android features. These include brilliant speech recognition, Google Now, and quick operation. The Google keyboard allows you to swipe between characters instead of typing, which will reduce wrist pain.

Why Is A Drawing Tablet A Good Choice?

Everyone is looking for high-end laptops and PCs with complicated designs and powerful GPUs that cost a ton of money. We seem to forget how well a good and simple tablet could do for you while saving your money.

The first advantage of drawing tablets is ergonomics. When working on a screen, the chances are, you get it in a comfortable angle, then you look down at it and start working. If you work like this all day, it will hurt your neck and back over time.

A drawing tablet will allow for better posture. You will be able to sit with your back straight as you work. Even if you do this for long, it will not affect your neck and back.

Drawing tablets are cheaper, with most of them being under $100. These are professional-level tools that can produce high-quality work without hurting your bank account.

In addition to their price, drawing tablets are also more portable than laptops and tablets. Newer models are made as light as possible, so you can even carry them and work on the move without hurting your wrists.

Most drawing tablets are also Bluetooth enabled, which takes the cables out of the equation traveling. 

A drawing tablet is generally more reliable and durable than other tablets because they are limited in functionality.

When you are not doing many tasks simultaneously, it takes longer for you to get tired. Same as a drawing tablet which is dedicated to one task. This reduces the chances of crashes or software failures.

Conclusion

You can connect the Cintiq Companion to your PC using the Wacom adapter, which comes with the companion. 

This will allow you to use the superior editing options in the companion for images and files you can store on your PC, which has more space.

If you choose one correctly, a Cintiq companion or any other drawing can be your closest companion, and it will help you get a lot of good work done. Setup is easy, and once you are done, it is easy to use and has many advantages.

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