What is the difference between these 2 graphics cards and what are the differences.

Colorful Radium Wind 2600Pro-GD3 CF**Edition 256M H14

Colorful Leifeng 2400Pro-GD2 CF**Edition 256M H25

The memory particles of the two graphics cards are different, the upper one is DDR3, the lower one is DDR2, and the DDR3 one is faster than the DDR2 one.

Colorful Radium Wind 2600Pro-GD3 CF**Edition 256M H14

The performance is better than GD2 a lot.

Differences: 1. The integrated graphics card is a component that integrates the display chip, video memory and its related circuits on the motherboard and integrates it with it; A discrete graphics card is a card that separates the graphics chip, memory and its related circuits on a single circuit board, which occupies the expansion slot (ISA, PCI, AGP, or PCI-E) of the motherboard.

2. The display effect and processing performance of the integrated graphics card are relatively weak, and the hardware of the graphics card cannot be upgraded; Separately installed video memory, it generally does not occupy system memory, and it is much more advanced than the integrated graphics card in terms of technology, but the performance is certainly not inferior to the integrated graphics card, and it is easy to upgrade the hardware of the graphics card.

3. The integrated graphics card has low power consumption and low heat generation, and the performance of some integrated graphics cards is comparable to that of entry-level discrete graphics cards, so there is no need to spend additional money to buy discrete graphics cards. Discrete graphics systems consume more power and generate more heat, costing additional money to purchase a graphics card and taking up more space (especially for laptops).

4. The independent graphics card has a separate video memory, which does not occupy the system memory, and is technically ahead of the integrated graphics card, which can provide better display effect and running performance.

5. The integrated graphics card has low power consumption, and the independent graphics card has high power consumption and is easy to heat.

The differences between ordinary graphics cards, graphics cards, acceleration cards, and computing cards are: different power consumption, different integration, and different uses.

First, the power consumption is different.

1. Ordinary graphics card: The system power consumption of ordinary graphics card is low, the heat generation is small, but the performance is relatively low.

2. Graphics card: The system power consumption of the graphics card has increased, and the heat generation is also larger, but the sexual mess stool can be improved.

3. Accelerator card: The system power consumption of the accelerator card has increased, the heat generation is also larger, and the performance is stronger.

4. Computing card: The system power consumption of the computing card is the largest, the heat generation is also the largest, and the performance is also the strongest.

Second, the integration is different.

2. Graphics card: The graphics card integrates the graphics core on the graphics card in the form of a separate chip, and dynamically shares part of the system memory as video memory.

3. Accelerator card: The accelerator card integrates multiple processing cores on the same graphics card substrate.

4. Computing card: The computing card can be connected and integrated through interfaces, and connected in parallel in series to enhance performance and achieve higher performance computing purposes.

Third, the use is different.

1. Ordinary graphics card: Ordinary graphics card is mainly used for general normal use.

3. Accelerator card: Accelerator card is mainly used for games.

4. Computing card: Computing card is mainly used for large-scale computing work, such as daily use of AI intelligence, earth weather simulation, which requires a large number of graphics computing transportation work.