The RX560XT graphics card is equivalent to an N card

RX560D: AMD RX 500 series, chip code name Polaris 21, 14nm process technology, 128bit video memory bit width.

1024 stream processor units, 4G GDDR5 video memory capacity.

GTX 1050Ti: NVIDIA GeForce GTX 10 series, core codename GP107-400, 16nm process technology, 128-bit video memory bit width, 768 stream processor counts, 4GB GDDR5 video memory capacity.

Extended Information:How it Works and Modes:

The graphics card is plugged into the expansion slot on the motherboard (usually the PCI-E slot, and before that there were AGP, PCI, ISA and other slots). It is mainly responsible for converting the display signal sent by the host computer to the display into a general electrical signal, so that the display can understand the personal computer.

What is it to do.

The graphics card is mainly composed of the graphics card motherboard, display chip, and display memory.

Radiator (heat sink.

fan) and other parts. The main chip of the graphics card is called the "video chipset" (also called GPU or VPU, graphics processor).

or Vision Processor), which is the primary processing unit of the graphics card. There is also memory on the graphics card that is similar to the memory of the computer, called "display memory", or video memory for short.

The early graphics cards were just graphics cards in the simple sense of the word, which only played the role of signal conversion; The graphics cards we generally use have 3D screen computing and graphics acceleration functions, so they are also called "graphics acceleration cards" or "3D acceleration cards". The earliest graphics cards on the PC were the MDA and CGA 2D accelerator cards on the 5150 personal computer launched by IBM in 1981.

Overall, the performance of the RX6600XT is between that of the RTX3070 and RTX3060Ti.

Image resolution.

Determines the quality of the image. For a picture of the same size, if the image resolution is higher, the number of pixels and the smaller the pixels of the image that make up the image, the clearer and more realistic the image. Such as:

A 1-inch 1-inch image with 72dpi resolution contains 5184 pixels, while a 1-inch 1-inch image with 300dpi resolution contains 90000 pixels.

Display Resolution:

Display resolution is usually expressed in the form of "number of horizontal pixels x number of vertical pixels", such as 800 600, 1024 768, 1280 1024, etc., and can also be expressed by specification code, such as VGA, XGA, and SXGA and other traditional CRT displays.

The supported resolutions are more flexible, and the pixel pitch of LCD displays has been fixed, so there are not as many display modes supported as CRT displays.

At this resolution, the LCD display can produce the best images. In the past, the display factory generally did not mark the dpi value that characterizes the resolution of the display, but only gave the dot distance, so we can calculate the resolution dpi value of the display.

Upstairs is just talking nonsense, between 3060ti and 3070 yes the performance is between 3060 and 3060ti, if the 3060 performance is 100, then the 6600xt performance is about 115, 3060ti performance is about 133.

The RX5600XT is equivalent to the RTX2060 without hardware ray tracing.

In the theoretical performance test, the theoretical performance comparison of the AN generation graphics card has been reversed, the N card will be higher and the A card will be lower, and the RX5600XT is only equivalent to GTX1660TI. In terms of performance, the RX5600XT is slightly lower than the RTX2060, lagging behind by about 2%.

It is significantly ahead of GTX1660TI, up to about 20%. In terms of gaming performance, the RX5600XT is almost exactly the same as the RTX2060, leading the GTX1660Ti by about 20%.

OpenGL testing, which is still AMD's traditional strength, is far behind the RTX2060. In the power consumption test, the RX5600XT is at the same level as the RTX2060. Combined with the RX590, the performance gap between the RX5500XT and the RX5600XT is indeed large, and there is no value for comparison.

Graphics card classification

Integrated graphics. The CPU with the core graphics card is usually not high, and the low-end core graphics card is difficult to handle large games. Integrated graphics card is a component that integrates the graphics chip, video memory and related circuits on the motherboard. There are separate graphics chips for integrated graphics, but most of them are integrated into the motherboard's northbridge chip; Some motherboard integrated graphics cards also have video memory installed separately on the motherboard, but with a smaller capacity.

The graphics and processing performance of the integrated graphics card are relatively weak, and the graphics card cannot be upgraded with hardware, but the potential of the graphics chip can be exploited by adjusting the frequency of CMOS or flashing in new BIOS files to achieve software upgrades. The advantages of integrated graphics cards are low power consumption and low heat generation, and the performance of some integrated graphics cards is already comparable to that of entry-level discrete graphics cards.

Therefore, many people who like to build their own computers can get the performance they are satisfied with without spending extra money to buy a discrete graphics card.

The disadvantage of the integrated graphics card is that the performance is relatively low, and it is solidified on the motherboard or CPU, and it cannot be replaced by itself, and if it must be replaced, it can only be replaced on the motherboard.

Discrete graphics card. A discrete graphics card is a card that separates the graphics chip, memory and its related circuits on a single circuit board, which is self-contained and exists as an independent board, which occupies the expansion slot (ISA, PCI, AGP, or PCI-E) of the motherboard.

The advantage of the discrete graphics card is that it has a separate video memory, which generally does not occupy the system memory, and 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. The disadvantage of a discrete graphics card is that the system consumes more power, generates more heat, costs more money to buy a graphics card, and takes up more space (especially for laptops).

Due to the different requirements for graphics cards due to different graphics card performance, discrete graphics cards are actually divided into two categories, one is an entertainment graphics card specially designed for games, and the other is a professional graphics card used for drawing and 3D rendering.

The above content reference: Encyclopedia - Graphics card.