Here are a few configurations

Add another 4870 and you're good to go.

I'm sorry for your CPU with that god card.

Your graphics card doesn't match your CPU, change the graphics card.

Good computer case power supply of course to be good But it's not so outrageous 150 is very good Your computer configuration I looked at it, but I still recommend you to look at the motherboard, memory, and graphics card parameters. For example, the external frequency of the motherboard, the front-side bus, how much memory is supported, how much memory is supported, the bigger the better, the larger the external frequency of the CPU memory, the better, and the graphics card. These have a direct impact on your future upgrades.

There are some things that don't need to be attributed to the performance of each hardware.

This paragraph] 1. The software part includes the operating system, application software, etc., the management software of the computer industry, the necessary tool for the development of the IT computer industry, and the ERP software of the computer industry.

2. Hardware includes: chassis (power supply, hard disk, memory, motherboard, CPU, optical drive, sound card, network card, graphics card) monitor, keyboard, mouse. (It can also be equipped with speakers, etc.) ）

An electronic computer is a machine that processes data according to a series of instructions. The related technical research is called computer science, and the research centered on data is called information technology.

There are many types of computers. In reality, computers are generally tools for processing information. According to Turing machine theory, a computer with the most basic functions should be able to do what any other computer can do.

So, as long as time and storage are not taken into account, everything from a personal digital assistant (PDA) to a supercomputer should be able to do the same job. This means that even computers with the exact same design should be able to be used for everything from company payroll management to unmanned spacecraft maneuvering, as long as they are modified accordingly. Due to rapid advances in technology, the next generation of computers will always be able to significantly outperform their predecessors, a phenomenon sometimes referred to as "Moore's Law".

Computers come in different forms in terms of composition. Early computers were the size of a house, and today some embedded computers may be smaller than a deck of playing cards. Of course, even today, there are a large number of large supercomputers that serve the special scientific computing or transactional processing needs of large organizations.

Smaller, computers designed for personal use are called microcomputers, or microcomputers for short. This is also what we usually refer to when we use the term "computer" in our daily lives today. However, the most common form of computer application today is embedded.

Embedded computers are often relatively simple, small, and used to control other devices – whether it's airplanes, industrial robots, or digital cameras.

The above definition of an electronic computer includes a number of devices that can be used for a specific purpose or have limited functionality. However, when it comes to modern computers, the most important feature is that any computer can emulate the behavior of any other computer (limited only by the storage capacity and execution speed of the computer itself) given the correct instructions. Accordingly, modern electronic computers are also called general-purpose electronic computers compared to early electronic computers.