The graphics card is a vital performance component of your computer, particularly if you play 3D games, or work with graphics and video content. The graphics card sits in an expansion card slot in your PC and it is specifically designed to process image data and output it to your monitor, enabling you to see it. A graphics card works by calculating how images appear, particularly 3D images, and renders them to the screen. 3D images and video images take a lot of processing capacity, and many graphics processors are complex, require fans to cool them and need direct power supply. The graphics card consists of a graphics processor, a memory chip for graphics operations, and a RAMDAC for display output. It may also include video capture, TV output and SLI and other functions. You can find the graphics card that suits you by comparing specification between brands and vendors on Myshopping.com.au

At Myshopping.com.au you can compare a great range of appliances, and assess them according to their specifications, brands, prices and vendors.

Graphics Cards

What are your needs?

The first decision you need to make is whether you need a graphics card for handling 3D images or whether you are simply requiring 2D image rendering. For 2D requirements, you need only a low-cost solution. In many cases, an integrated graphics solution will suffice for 2D applications.

However with 3D graphics, the performance of the graphics card will impact directly on the frame rate and image quality of 3D programs and games. The differences between the low and high-end cards can be substantial, both in cost and performance.

Rendering 3D graphics is like lighting a stage, both the geometry of the shapes in question and the lighting of it need to be taken into account. The geometry of an image calculates the parts of an object that can and can’t be seen, the position of the eye and its perspective. The lighting is a calculation of the direction of the light sources, their intensities and the respective shadows that occur. The second part to presenting a 3D image is the rendering of colours and textures to the surfaces of the objects, and modifying them according to light and other factors.

Most modern graphics cards include a small microchip called the Graphics Processing Unit (GPU), which are provide the algorithms and memory to process complex images. They reduce the workload of the main CPU, and provide faster processing. Different graphics cards have different capabilities in terms of processing power. They can render and refresh images up to 60 or more times per second, calculate shadows quickly, create image depth by rendering distant objects at low resolution, modify surface textures fluidly and eliminate pixelation.

What Specifications to Consider

Processor clock speed

This impacts on the rendering capability of the GRU. The clock speed itself is not the critical factor. Rather it is the per-clock performance of the graphics processor, which is indicated by the number of pixels it can process per clock cycle.

Memory size

This is the memory capacity that is used exclusively for graphics operations, and can be as much as 512MB. The more demanding your graphics applications are, the better you will be served with more memory on your graphics card.

16-32M

64M

128M

256M

512M

640M and more

Memory bandwidth

One thing that can slow down 3D graphics performance is the speed at which the computer delivers information to the graphics processor. A higher bandwidth means a faster data transfer, resulting in faster rendering speeds.

Shader model

DirectX Shader Models allows developers control over the appearance of an image as it is rendered on screen, introducing visual effects like multi-layered shadows, reflection and fog.

Fill rate

This is the speed at an image can be rendered or “painted”. This rate is specified in texels per second, the number of 3D pixels that can be painted per second. A texel is a pixel with depth (3D). The fill rate comes from the combined performance of the clock speed of the processor and the number of pixels it can process per clock cycle, and will tell you how quickly an image can be fully rendered on screen.

Vertices/triangles

Graphics chips don’t work on curves, rather they process flat surfaces. A curve is created by multiple flat planes arranged to look like a curve. 3D objects are created with multiple triangular surfaces, sometimes hundreds or even thousands, tessellated to represent the curves and angles of the real world. 3D artists are concerned with the number of polygons required to form a shape. There are two different types of specification: vertices per second (I.e., angles the triangles), and triangles per second. To compare one measure with the other, you have to take into account the fact that adjacent triangles share vertices.

Anti-aliasing

A technique used to smooth images by reducing the jagged stepping effect caused by diagonal lines and square pixels. Different levels of anti-aliasing have different effects on performance.

RAMDAC

The Random Access Memory Digital to Analogue Converter takes the image data and converts it to a format that your screen can use. A faster RAMDAC means that the graphics card can support higher output resolutions. Some cards have multiple RAMDACs allowing that card to support multiple displays.

TV-out

Some graphics cards provide the option to connect a television via either a composite (RCA) or S-Video connector. TV Out

S-video Out

S-video In and S-video Out (VIVO)

YPbPr Connection for HDTV

DVI

Some graphics cards include a connector for DVI monitors, handy because a lot of LCD screens support DVI. DVI offers better image quality than the standard VGA connector.

Dual-head

Dual-head is a term used when two monitors are used side by side, stretching your desktop across both.

SLI (Scalable Link Interface.)

With SLI you can couple two graphics cards in your computer, enabling each card to take half the rendering thereby doubling the performance.

When considering your graphics card, it pays to think about how much you need your computer to process your graphics output. Using a high end graphics card with a high pixels per clock rating, large memory, fast processor and other features means that you can run the latest games efficiently, or work in intensive graphics development.

Different Models

While there are many vendors of graphics cards, there are actually only two major manufacturers of chips for graphics cards. Nearly every graphics card on the market features a chip manufactured by either ATI or Nvidia. Cards using the same graphics chip will perform roughly the same as each other. However, even though they use the same chip, some feature slightly higher clock speeds, as well as manufacturer guaranteed overclocking-an even higher clock speed than that specified. Other factors that will influence your decision should include the amount of memory a card has (128MB, 256MB, 512MB) and its additional features, such as TV-Out and dual-screen support.

Use the search facilities at Myshopping.com.au to compare the features, prices and vendors of graphics cards.

Dedicated graphics cards, which we will be discussing in this guide, are needed if you want to do 3D gaming or watch high definition movies (even though it may sometimes suffice with a powerful CPU and lot’s of internal RAM) Important Specifications to Consider When Choosing a Graphics Card

GPU

GPU stands for “Graphic Processing Unit” and is the main controlling circuit on every graphics card. The GPU is the most determinant feature of every graphics card when it comes to the overall performance and speed. The two biggest manufacturers of GPUs are NVIDIA and ATI (which is owned by CPU manufacturer AMD). They do the reference designs for each new generation of graphics card. But most graphics cards are sold by other manufacturers who produce their own flavour of the reference cards from NVIDIA and ATI. Examples of those manufacturers are MSI, Asus, ECS Elitegroup, XFX and more. Examples of recent generations of graphic GPUs from NVIDIA are; GeForce 8500/8600/8800/9800 GT/GTX/GX2 and GTX 260/280. ATIs latest generations of graphics cards are: RADEON HD 3850/4850/4870 in different versions.

RAM

It is also important to consider the amount and type of the onboard RAM of the graphics card, which is a different thing than the RAM of your computer. The RAM is important for a number of technical reasons we will not go into further here. But in short you should go for a graphics card with at least 256MB of RAM. The type of RAM is less important, but we recommend that you buy a graphics card with the second or later generation of GDDR (GDDR2 or later).

Different Slot Types

There are three different slots available on the PC market. The “slot” is where you connect the graphics card on the mainboard of your computer. You must verify which type of slot your mainboard has before purchasing a graphic card, or you may waste money on something you cannot use. The available slots are PCI (very old), AGP (old) or PCI express (today’s standard). All fairly recent bought computers are outfitted with a PCI Express slot, but be sure to check it. PCI express is the newest technology and allows the largest bandwidth which means better performance for you.

External Connectors

The connecters on the graphics cards are also important. Standard analog VGA connectors have been replaced by DVI (digital) connectors. The DVI connector is a must, some cards even come with two DVI connectors which will allow you to connect an extra display. Additional external connectors to look for are: •HDMI, which will enable you to connect your computer to a plasma or LCD-TV. (This can also be done through a DVI connector with a DVI/HDMI converter) •S-Video outputs are used to connect the PC to an older style VCR or TV and allow outputting the same display as present on your screen. •DB-15/VGS/SVGA connectors are basically utilized for a standard output to an analog monitor. Good if you have an old monitor.

Considering your budget

Of course, you financial possibilities will limit your purchase options too. Let’s take a look of what you can expect depending on how much you want or can afford. Remember that graphics cards are products with short cycles so suggestions below are only guide lines.

Low budget graphic cards

We are talking about spending $50 to $80, what can you expect? In this lower budget level the most popular and valuable GPUs from ATI and NVIDIA are the ATI Radeon HD 3650 and the NVIDIA GeForce GTX 260 and 8600GT/GTS. These cards typically carry a RAM of 256MB-512MB depending on model and manufacturer. There are no problems to find cards with multiple DVI connectors and some even carry a HDMI connector. These types of cards are suitable for silent HTPCs and media centres since you can get them with silent passive coolers. We cannot recommend the entry level graphics cards for hardcore gaming rigs, even though they will play some older games with no sweat.

Medium priced graphic cards

In this segment, with prices from $80 to $250, you will find graphics cards with good performance even for gaming. You should be aware, because as we said, this is a fast moving market and you can sometimes find real bargains on the current generation of graphics cards when the next generation cards are introduced to the market. Prices drops fast when retailers and e-tailers have to make place in their stock for the new generation of cards. As always we recommend you to read expert reviews of graphics cards to find which the leading expert editors have recommended. Also based on the reviews, try to find out which is the last generation of GPU for the time being. Right now the last generation high end GPU from NVIDIA is the GTX 280. We couldn’t find a 280 GTX card below $250, but we did find one for $260 so the prices are dropping. We recommend you to go with the next to last generation cards like the GeForce 9800GTX or 9800GX2 (dual onboard GPU) and the ATI HD 3850 and 4870. They will offer you a great performance/price ratio.

Advanced graphic cards

Obtaining maximal performance and resolution may lead you to spend $400 and above on a high end graphics cards. This is for real gamers who need that extra FPS rate and resolution to perform optimally. You should look for dual GPU solutions, either onboard dual GPUs or using SLI or Crossfire technology (two physically separated graphics cards working together). The 3870 X2 with 1GB RAM from ATI is a good alternative and is somewhat cheaper than the 4870 X2 which naturally gives some extra percents of performance. From NVIDIA you should take a look at the GTX 280 and 9800GX2.

A graphics card is one of computer hard drive that arranges the videos and pictures that show up in your computer. So, the picture quality of your movies you watched or games you played are determined by your graphics card. The graphics card or often also called video card is placed and attached inside the motherboard. It has to be placed fit and securely in the motherboard. It is very important because your graphics is determined by video card.

You have to know that there many kinds of graphics or video card. You have to choose the best one to fix to your need. When you want to upgrade your graphics card, it is just a simple, because it is only about the matter of the slot. There are two slots; PCI or AGP, you can choose one of them for your graphics card. What slot you are going to choose is depended on your computer. AGP is a better one because it has a better technology, it transfer the data much faster than the PCI one. But it is different if your computer is under 2000 producing year, most of such kinds do not have AGP slot or maybe it will not be faster. AGP also has many different speeds; 1x, 2x and many more.

It is important for you to choose the best slot for your graphics card; which the best one AGP or PCI. Every computer certainly has PCI slot for the graphics card, so it is free for PCI graphics card to use in any computer. But if you need the faster graphics card, you should use the AGP one and be sure that your computer has the suitable slot. You can understand about it by asking to the costumer service of the computer manufacture via phone or email, reading the guideline book of your computer, or you can open your CPU to see the brown slot on the motherboard. The brown slot usually stands for the AGP graphics card and for the PCI graphics card; it is usually colored in white. But there are some computers make it different. The other thing you must remember is the AGP slot is smaller than the PCI’s. So you can see the differences without any hesitate of being fault.

There are still many people who can use a computer but they do not understand about what there inside. For you who do not know much, I tell you that there are two things about graphics card that should be known. First to know is the memory size. It is important to know how large the memories of graphics card RAM. The large memory is good to have, but it is better if it is suitable with our needs, what we are going to do with such memory, so that it will not be wasting much money. Second to know is how great the capability of the graphics card, because there are many unimportant technical terms such as floating points, pixels, etc. All the needs to see is the DirectX capabilities if you are a windows user. DirectX is the software that is usually used to process the information of the graphics; it means that you have to have a graphics card that used the newest DirectX version. You can know the most up to date version of DirectX by surfing in Microsoft website.

If you have made sure all of your tools and parts of your computer is fixed, you can just install the upgrading of your graphics card. It is just a simple thing to do. You just need to shut down your computer and make sure that every part has not been run. Then open up the case of you CPU and take the cover off, so can see the inside of the CPU. If there is still a useless slot, you can take it off and save it, it can be used next time you need it. This is a simple but all you have to concern is the careful. Make sure that you will not make some damages. Be careful when you remove the old graphics card.

Then, you can start to get your new graphics card out from the box and remove it from the cover. Move it in to the PCI or AGP slot on the motherboard. Push the new graphics card in its both sides so that it will totally fit to the slot. And then use a screwdriver to screw the graphics card into the slot holder so that it can not move to any where. Next, connect all of cable that have to be connected to the card such as a power supply connector, audio cable and many more. You have to make sure that everything is connected in the right place. You can read the manual of the card to avoid the connection fault.

When you have finished the card installation, you must put on your computer case back, plug everything back as before, and you have well done all of it. Try to start up your computer and your desktop need to be installed the card driver. You can install the driver from the CD or Floppy disk that you got from the graphics card. But if you desktop do not need the driver it means that it only needs the generic driver of the Windows. Now you have understood about the graphics card and how to install and upgrade it. You will need the knowledge sometimes. Do not be lazy in knowing and studying something because where ever you will go it will give advantages for you.

If you are a serious gamer or graphics designer, you know how important having a good video or graphics card is. For those that don’t know, your video card or graphics card is what renders the images to your computer. If you are upgrading or building your own computer, considering what your graphics needs are going to be will definitely determine the type of card you get. Graphic cards come in a variety of ranges from the normal every day graphic cards used for rendering basic windows applications, movies and the internet to cards that can make the most out of the biggest and most graphic intensive games out there.

Often times, the software program you are considering will tell you the type of graphics cards which work best with it. You also want to consider having a graphics card that is going to be able to adjust and handle newer games and better graphics as they come along. Graphics cards can be rather expensive depending on what you are looking at. Especially for gaming computers, you don’t want to have to continually purchase new cards every time a new game you want to play comes out.

Some of the more intensive graphics cards also come with their own cooling systems. Usually, the cooling system consists of an onboard fan attached to the card used to keep the card processing at the appropriate temperature. Just like with any other computer part, a graphics card can overheat if it is attempting to process data quickly. Having a cooling system on board will make sure that your card stays in top performance. Many of the better graphics cards also come with their own on board memory so they don’t take away from the computers ram. There are some memory cards that can come with as much ram as some computers.

The chip is also an important consideration there are two main companies that produce the chips necessary for graphics cards that is NVIDIA and ATI.

Choosing the graphics card that is right for you can be a daunting task for someone that doesn’t know much about computers or graphics cards. The best places to look are review sites or check with your local computer stores and see what they recommend for the type of work you are going to be doing with your computers. If you are a serious gamer, remember to pay attention to your chip, the onboard memory and whether or not your graphics card has an onboard cooling system. Also remember to make sure that the graphics card you pick is compatible with your computer and operating system.

Now that you have the basics on choosing your next or first graphics card , you might want to check out some of these top manufacturers MSI, SPARKLE and POWERCOLOR.

It is very easy to install a graphics card, all it needs is only 15 mins of your time and you can get your gaming computer booting up with the new graphics card.

AGP slot was the standard for graphics card interface with the motherboard. As technology advances, the newer PCI-Express has taken over and many graphics card nowadays use PCI-E slot as its interface with the motherboard.

Before you can install the graphics card, you need to identify which type of slot does your graphics card uses.

If you are not sure which slot does your graphics card use, check out the user manual that comes with the graphics card.

Once you are ready to install your graphics card, follow these four steps…

Step 1: Uninstall the current graphics card drivers

Before you install your new card, you have to uninstall your current card driver. This is because the current driver might not be compatible with the new graphics card and it might result in hardware conflict.

On your Windows desktop, click ‘Start’ -> ‘Control Panel’. In the new window that pops up, search for the ‘System’ icon and double click on it. Look for the ‘hardware’ tab. Click on the ‘Device Manager’. This will pop up a new window showing your entire hardware configuration. Your graphics card should be listed under the ‘Display Adapter’ heading. Double-click the name of your graphics card. In the next window, go to ‘Driver’ tab and right below, there is an ‘Uninstall’ button. Click the Uninstall button. Once it is done, close all the windows and shut down your computer.

Step 2: Remove old graphics card

Now, unplug the power socket from the wall and remove the casing of your computer. Locate the AGP slot (short brown color slot above the rows of long white PCI slot) with your old graphics card. To prevent static charge from damaging your computer parts, touch a metal part of the case to ground yourself. Remove the screw on the back plate of the graphics card and unplug the graphics card from the slot.

Step 3: Install new card.

Align the new card correctly with the AGP slot (align with the PCI-e slot if your graphics card is of the PCI express type). Applying even forces on both end of the card, slowly push the new graphics card into the slot. Secure it to the back plate with a screw.

Step 4: Install new drivers.

Plug in all cables and boot up your Windows. Your operating system should now automatically recognize the new hardware and walk you through the installation wizard. Most of the time, you will need to insert the driver CD that come with the graphics card into the CD-ROM. Locate the ’setup.exe’ file in the driver CD and double click on it. It will then walk you through the installation process. If your graphics card is not the latest model, then most probably there is a newer version of the driver on the Internet. Check out the manufacturer’s website and download the latest drivers. Install it. Once done, reboot your PC. Now, you’re ready to start gaming.

To enhance ones electronic experience there are several things that are available in the market custom made as per your requirement and setting. In 2002, the HDMI cables were launched in the electronic.  The HDMI cables are high definition cables that are used for high definition sound effect. Let us know something about HDMI. HDMI is known as high definition multimedia interface video and audio connector which transmits encrypted and uncompressed digital streams. The high definition multimedia interface is used in many electrical appliances like gaming console (video), High Definition TV and in computers and other electronic appliances. Any device which is having a high definition multimedia interface female port could be connected to other devices that are having a HDMI port.

You should ensure that the high definition multimedia interface cables are free from kinks and bends before it is being plugged. Hence it should be handled carefully while installing or it could get spoiled completely. It is always recommended to get a high definition multimedia interface cable that is certified by the HDMI. The bandwidth capacity of the HDMI cable is about 5Gbps to 10 Gbps and for both one cable can be used.  The length of the HDMI cable is about 15 meters in length which make the designing room easier. The HDMI cable function on an Automatic screen format conversion which means it can convert a in to better format and high quality. This feature makes the HDMI picture quality sharper and smoother. This HDMI certification is given to all the cable sent by the manufacturer for certification.  Once the cable is certified it is been sent to several electronic stores for selling. You no need to worry about purchasing the HDMI cables from any of the electronic gadgets and appliances stores in your locality or outside because most of the HDMI cables that are sent to the wholesale market or retail store are certified and then sent however when your planning to buy a HDMI cable online you should make sure that it has certifications on it. You should also be very careful of the pirated HDMI cables which are available on the internet. Another thing you should keep in mind while buying a HDMI cable is to buy HDMI wall plate as well. The HDMI wall plate allows the HDMI cable to go inside the wall by giving a very nice external appearance. The wall plates are very affordable and very handy. HDMI cables are the right option to go in for when compared to any of its counterparts available. The quality offered by the HDMI cables both video and audio are much better than any other cables that are available in the electronic market such as DVI cables. HDMI cables have initially come from DIV cables and most of the features are same but the overall quality is better than the DIV. Therefore if you are looking for the top connectivity with a high quality picture then the HDMI cables are the only option.

In the last few years we have seen a major evolution in the computer industry especially in multimedia.

Multimedia and Internet are two of the dominant trends in the field of high technology equipment, software and telecommunications. Both subjects are represented more in Windows operating system, which contains very well known multimedia features. Another major trend is the explosion of computers on the PC households. Most computers sold on the market now include at least DVD-ROM unit.

In addition the sound boards market accept additional advanced audio performance, such as MIDI, which saw a spectacularly growing. With this technology evolution it is no wonder that Windows operating system includes a lot of multimedia features. Until few years ago multimedia features usually included only the sounds of closing windows, opening windows, programs, etc and some warnings and a kind of “music” – electronic music. In the beginning electronic music was composed of combined sounds that could reproduce some musical and even some vague melodies which was extraordinary because it was easier to use than a audio cassette. After ‘95 when the Windows 95 operating system appeared, special software and hardware was created to convert music from tapes on audio CDs. Conversion was not total, but a transfer from the CD audio on the PC. Slowly things began to evolve appearing more advanced systems and more efficient components. Today music is used mostly in compressed MP3 format, but it is heading  to different types of media. In the past, computers tended to offer users a range of poor quality media, text and graphics. But the improved performance of hardware components in the industry have led to a wider range of products which use intensively the CPU, graphics functions, the sound and full-motion video. To benefit from the advantages of multimedia components you need additional hardware, more RAM (16-32 MB of RAM) and probably a bigger hard disk on which to store video and sound files that you use. Today, music and sound on the computer has become something vital. It should be process and compress in many ways but anyways quality should be provided. That’s why some musical instruments started to be provided with the factory plugs (MIDI) Musical Instrument Interface. MIDI is a protocol which allows data transfer of digital music between electronic devices, whether PC or keyboard. Without the necessary hardware such as PC card with MIDI playback options, you will not have sound from MIDI data. So MIDI data contain only instructions that allow the desired musical sound to be reproduced. One of the advantages it has MIDI, compared to a normal WAV file is the file size. WAV files recorded all the sound and therefore can have huge dimensions. MIDI files contain only instructions for reproducing the sounds, and therefore are much smaller.

As the number of multimedia and games, including MIDI, grows, the number of sound cards that are sold with these possibilities (such as a standard MIDI port for connecting MIDI instruments) grows too. In addition for example you can use MIDI to emphasize the effect of multimedia presentations, which can sound realistic to emphasize visual presentation, which appears on the screen.

Still to record an album of quality music is not an easy process. You need computer processing. But the technician can not work without a good musician and a musician can’t work well without a technician.

Windows offers several ways to use multimedia audio, including the ability to play audio compact disks and customizing the sound recording and playback. Playing audio CD on a CD-ROM installed on your computer is possible using the CD function Player. If you have a card, inserting the CD in the drive is enough to launch the CD Player: 1. Open the Start menu and choose the Accessories. 2. Select Multimedia and then select the CD player. 3. Access the CD Play.

Windows can also recognize automatically compact audio discs, when placed in the CD-ROM. Then when you start the CD audio is enough to click on CD Player. Since the CD Player runs per background, you can listen to audio CDs while working on other applications on your PC.

From the sound of old boards that were limited to beeps from a small speaker on the motherboard, towards the end of the ‘80 when sound cards have begun to work,  multimedia and computer games led to a computer completely different level. Today these systems are more complex when it comes to high professional standards. Motherboard and the sound and the interface have more diverse features. Computer motherboard, also called the main board, is the most important component in the computer case. On it, there are applied following components: microprocessor, memory and other cards inserted into special slots: sound, modem, network card, etc.. In addition, there are installed parallel and serial ports used to connect to peripheral devices such as mice – the printer, modem.

Usually sound cards are installed in the PCI slot, while the older ones were usually installed on the ISA bus. Many computers today incorporate sound chips directly on the motherboard. That leaves one slot free for other peripherals. Sound cards can be connected to:

* Headset

* Speakers with amplifier

* A source of analog input as a microphone, a radio, a deck with a box or a CD player

* A source of digital input as a digital audio tape (DAT) or a CD-ROM

* A source of analog output – with cassette deck

* A source of digital output as DAT writing a CD (CD-R)

Some sound cards provide through a socket a very efficient output for 4 speakers and a digital output interface. For audio, there is a new generation of digital sound card. A sound card is practical for digital applications that require digital sound. The digital sound cards have digital sound inputs and digital outputs, so you can transfer data from DAT, CD or DVD directly to hard disk in the computer. Normally, a sound card can do more things with sound:

-         to reproduce recorded music (from CDs or audio files like WAV or MP3), from games or from DVDs,

-         to record audio in various media formats from different external sources (microphone or tape deck to)

-         to synthesize sound.

The DAC (digital audio controller) and the ADC (analog-digital converter) bring the transmission into and out of the sound card while the DSP (digital sound processor) oversee the process. The DSP also deals with any other sound alteration as an echo or 3D sound. Because the DSP focus on sound processing, the processor of the computer can deal with other things.

Sound cards used old synthesizer to create FM sounds. Synthesizer takes tones of varied FM frequencies and combines them to create an approximation of a certain sound, such as a trumpet. While the FM synthesizer has developed to the point that sounds very realistic, it does not compare with Wave Table synthesizer which works by recording a small part of the actual instrument sound. This is continuing to play a sound exactly like the one made with incredible accuracy. Wave Table synthesizer has become the new standard for most sound cards, but some brands still use more cheaply FM synthesizer. Few sound cards include both of them. Sound cards have a very sophisticated support higher for MIDI instruments. Using a program of music, an instrument equipped with MIDI can be attached to the sound card to allow you to see on-screen musical notes to your song.

Some people so-called “musicians” produce music using computer programs that produce sounds and rhythms and with the help of synthesizers . The music made by these methods is quality music even if it sounds real and it is clear. It is made by the tool itself. That’s why classical music and the live music is superior because it’s made by real musicians (professionals).