Choosing a processor for video editing is not as hard as cracking a nut. What you need to do is to simply familiarize yourself with some important things, which can help you in deciding about the right processor.

Well, nowadays, there are two good manufacturers of processors in the market.  They are AMD and Intel. All these inherit their benefits.  The main benefit of Intel over AND is its increasing name and fame in the market and its sturdiness. Alternatively, AMD is less expensive with its Intel equivalent processor speed and carries out work better in graphics and gaming application.

The core value is the second thing, which you need to consider. The processor cores are quad core, dual core, single core and the newly launched six core processors. AMD processors are called as X6, X6, X4, X3 and X2. The total amount of core in processor does not mean that it gets multiplied with their real speed. Dual core 3.0 GHz does not mean that it carries out work at 6GHz fast. But, it is about 50% quicker than the lone core processor. Another important thing is that total amount of cores available in the processor can perform well in multi tasking applications such as latest games and video editing.

At last, what you need to know is its architecture. There are two kinds of architecture in the processor. They are 64-bit and 32-bit. Now, 64-bit is more popular in comparison to the old 32-bit. The demerit of a 32-bit over a 64-bit is that it has 4GB of memory. Another important thing is that it fails to provide support to the 64-bit operating system. This operating system features two versions, which is the 64-bit and 32-bit. A 32-bit processor will fail to operate on a 64-bit operating system but as far as a 64-bit processor is concerned, it will carry out work on a 32-bit operating system.

If you take an Intel processor and application is chiefly on video graphics, then you should select a larger number of cores. In case, your applications are completely office work such as surfing the net and word processing, then a dual core or a lone core will suffice. Here the bottom line is that Intel processors are costlier and more durable in comparison to AMD. AMD carries out work better in graphics applications. Socket LGA 1366 provides support to the Intel i7 quad core and newest 6 core. The most appropriate choices for processors are AMD socket AM3 and Intel socket 1366.

Take into account of this article very carefully. Because I can tell you one thing, a Core 2 Duo laptop with a WebCam using Camtasia Studio for video editing in my opinion cost a laptop to slightly overheat; it was still working on making the video to the very end whereas a better Core 2 Duo desktop making the same video used a fraction of what the processor needed with hardly any noise. There is a huge difference when it comes to videos; that’s why it is important that you think about the processor you need for video editing.

Your boys are game enthusiasts hence; weekend is a family bonding, time to play all the exciting games their heart desires. It is indeed a wonderful day, all is set when suddenly, your PC’s screen became pixelated as if not moving and the game could not load. You have done everything; turned off the PC and turned back on, cleaned up the PC and checked the video card, still nothing happens. The supposedly happy family day turned out to be a very bad day full of disappointment.


Most would think that the scenario or the computer’s performance is caused by a poor memory capacity or CPU frequency or can even be brought about by poor video card however; at times administering PC Benchmark Test will allow a user to assess performance, to classify possible blockage, and to pick operational system upgrades.


Memory and CPU advancement can aid in some conditions, upgrading the graphics board or the storage subsystem will still make a difference most of the time. That is, if you are looking for a noticeable development on how the system responds or improvement in the gaming performance.


Let’s say that you already ran a series of PC Benchmark Test and were able to identify the devices that were causing the system slow down, you will be able to select the upgrading action you can take for you latest system. This is the same principle as that of the Task Manager. You can check which among the program is not working or responding and may have the power to terminate it allowing the computer to read and function faster.


There are many things you need to consider before performing a benchmark and definitely these are factors that concern both the hardware and software of a computer. This way, you will be able to avoid the possible damage that the process may cause the system and to make sure that you will get the accurate and steady results.


Below are some of the aspects you need to do:


  1. Check all the significant components are in good condition and are working properly as most of the PC Benchmark test put importance on each specific component.
  2. Consider the software: applications, limitations for operating system and drivers must be satisfied to guarantee precise and repeatable benchmark results.
  3. Delete all the Temporary Internet Files that could obstruct with the benchmark process. To clear the temporary internet files and the pre-fetch data before administering the test check the path in C:WindowsPrefetch, and temporary files in C:WindowsTemp and C:Users[username]AppDataLocalTemp
  4. Shut down, close any running, and open applications that may still be processing in the background before deleting all or any temporary files.


Individual components contributes in a system’s overall performance, the memory, CPU or processor, storage configuration and the graphics board normally play a huge role for most users. Whichever is the most imperative component depends on any specific case and is affected by the user’s usage pattern. In the case above, an upgraded video card may be better than an upgraded memory.

It appears that nowadays a large number of people have wrong information about differences between dual and quad core processor. There are lots of people, who think that a computer system having a quad processor is better in comparison with dual processor, since it has two times as many cores. With this article, you will better understand the topic, is Dual core better than Quad core.

Let us ponder over these two Intel processors. Intel Core 2 Duo E8400 is 3.0 GHz per core with 6MB L2 Cache. In comparison, Intel Core 2 Quad Q9550S is 2.83 GHz per core with 12MB L2 Cache. As the L2 Cache is divided equally into every core, each processor has the same amount of cache, which makes them similar processors except for number of cores. As every core is 3 GHz for both processors, does it mean that the quad core is two times as quick as the dual core processor?

The answer is rather negative. This is the chief misunderstanding which most of the people have regarding multi-core processors. You need not do multiplication of the speed of one core by many cores for getting the whole speed of a multi-core processor. These two processors in this instance really carry out work at the same speed. The reality is, less than 1% of this software on the market can make use of numerous cores. It means that many programs can operate only once at a time. It means that the speeds of your programs are absolutely dependent on the speed of a lone core. Many programs can carry out work faster than you can switch over to another program. Video editing software is the best exception to this rule. Usually, it makes use of all your cores.

Practically, you will fail to notice a difference in speed between a system having a dual core processor and a system having a quad core processor, unless and until you are operating programs of video editing. You should not waste your money profusely on a quad system unless and until you edit and create videos professional manner or operate specialty software which can make use of all of your cores. Bear in mind that you are more comfortable with investment of your money for system with more GHz and a higher L2 cache or a dual processor.

photo credit: Pitel via photopin cc

photo credit: Pitel via photopin cc

Computer cases can be a complicated lot like the internal specifications of any electronic gadget. This part of the computer is where all hardware components can be found. Most units would include the motherboard, RAM, hard drive, CPU and a DVD drive.

As varied as the models of any computer unit, computer cases come in a variety of shapes, colors and forms. Usually, it is the size of the motherboard from which the style of the case will be designed and formed. The more traditional type is the desktop case, while others may employ more modern style like the tower case or the mounted server case.

As technology progresses, computer case style also changes. There are more models now which carry a wide array of forms and designs; there are even those that can be customized from manufacturers. Still, there are computer cases which carry front USB ports, headphone sockets and memory card drives and are easily available in the market without having users to sacrifice practicality and style.

Common Types of Computer Case

1. Desktop Case. Known as the original computer case, this particular computer type sits on top of your desk with the monitor resting on top of it. Owing to practicality and space, this case can actually be more apt for workstations with very limited area. There is even slimmer variety of this type, allowing comfort and convenience for its user. Eventually this type was replaced by the tower type case.

2. Midi Tower Case. This is a more versatile computer case which provides users the ability to upgrade space by placing the desktop on top or below the desk. It is considered, up to this day, a more popular choice for most offices.

3. Mini Tower Case. Relatively smaller than a midi tower, this type is very common for home use. It is a practical choice to get one because, instead of space upgradability, size is a major reason for its popularity. It, usually, only has one or two drive bays which could mean they may have lesser internal memory.

4. Full Tower Case. This particular type is more flexible because you can practically do a lot with it. It has more internal memory space which can accommodate more upgrades, and it has several drive bays. Other than the usual hard drives, it can be accessible for DVD drives and other similar hardwires. Unfortunately, this unit is not very common in most computer shops these days.

5. Media Center PC. This one actually became more popular with Microsoft XP Media Center’s release in the market. It is more compact, has front video/ audio sockets, USB ports, and provides audience with digital displays. It is almost the same size as your DVD player.

6. Shuttle. The same with Media Center PC, Shuttle is a specialized computer case. It is much sleeker in design and form because it employs a small form of motherboard which allows design to be slimmer and therefore more stylish and compact.

7. Rack Mounted. This computer case is mainly utilized in server market. It is compact in design and form, and is usually set-up to a fixed rack for easier mobility.

8. All-in-One PC. This type of computer case is growing more rapidly in popularity these days. All components – monitor and computer hardware – are packed together allowing for space maximization. It is a more popular choice for most homes at present.

It is important to know the type of computer case you want if you’re happening to build a computer. This is because everything else will fall into place like the motherboard and knowing which type of hardware cards fit.

"AMD RADEON HD3450 PCI-E Dual DVI" by futase_tdkr - Own work. Licensed under Public domain via Wikimedia Commons.

AMD RADEON HD3450 PCI-E Dual DVI” by futase_tdkr – Own work. Licensed under Public domain via Wikimedia Commons.

A computer is a simple machine we see and is part of our daily lives. How does it work would be the common question especially to the young individuals. Rich graphic designs which they enjoy as they play fascinate not only the kids but the adults who are still young at heart as well.

What makes these pictures come to life then? A graphic card is the one responsible for the 2D animations that each and every one of us enjoys today. Not only in the games that our children play but as well as viewing photos that come from all sorts. Graphic components are part of a computer that regulate and improve the display in the computer of the graphics which may be classified as the following:

  1. Videos
  2. Animation
  3. 3D
  4. Programs
  5. Pictures

Most often than not a graphic part is plugged in a detached card that is inserted into the main part of the computer called motherboard. This is the reason why normally a graphic component is referred by many as a graphic card. There are also instances wherein a graphic card is custom built directly into the motherboard.

Below are some of the names used for a Graphic Card

  1. Video card
  2. Display Adapter
  3. Graphic Accelerator
  4. Video Adapter

Graphic Adapters will not function without the platform that controls how the graphic component function with the rest of the computer such as the monitor, software etc. hence; the term Graphics Driver.

Similar to that of a television built with 110V, it cannot be plugged to a 220v electric current otherwise it will ruin the appliance or a television model manufactured in the 70’s will not work properly with the Play Station 2 or an Xbox that is commonly played today. Moreover, an iPhone cannot be recharged over a Samsung charger, simply put a key won’t work if it is not matching with the key hole.

The same principle applies with how a computer works. A lot of things can actually happen with the driver. It can either cause a trouble between other computer parts. A video card may be the reason for a sound card not to work properly moreover, completely stop working. There are instances where you may experience a lot of bugs which is usual to most of the software as it needs to be updated on a regular basis so you can get the best out of the device it control. Furthermore, the reason is that there are figuratively thousands of pieces of different hardware in use in just one computer. It can really be tedious and difficult for a typical user to find and locate the correct driver for the system. These are the challenges that ATI Radeon Graphic Card Drivers along with its Download Utility claim to resolve hence; the creation of the all-in-one solution device to enable your drivers to be up to date avoiding any conflicts.

These are some of the benefits you will get from ATI Radeon Graphic Card Driver Download Utility:

  1. Faster Internet Connection and Speed of up to 5 times
  2. Drivers are always up to date hence; better PC performance
  3. ATI Radeon device will surely run smoothly