The number of stream processors is 400 or 48

Hello! First question: 400 SP is good.

The 400 SP you are talking about should be AMD's Mobile HD 5650 5730 graphics card on the laptop, and the 48 SP should be NVIDIA's GT240M 330M.

Because of the different architectures, 1 SP of NVIDIA is about equal to 5 SPs of AMD, so it is easy to get 48x5<400, and in fact, 5650 5730 is indeed more powerful than GT240M.

Even the desktop-class AMD Radeon HD 5670 and NVIDIA GeForce GT220 are the same.

The more SP, the better, but the SP of an A card cannot be different from the SP ratio of an N card.

It's up to you to see the real test application.

If it's an A-card, the more streamers, the better. But this criterion cannot be used for N cards. One SP unit of an N card is equivalent to an SP unit of 5 A cards. Whether it's a card or an N card, in short, the more SP, the better.

ATI and NV cannot be compared to one of NV approximately equal to 5 SPs of ATI

You're definitely talking about N card 48 A card 400

N card 32 is equivalent to A card 240 by yourself.

N card is suitable for gaming A card is suitable for drawing. Over

As far as stream processors are concerned, the more appointments are made! However, graphics card performance is not just about the stream processor!

If it's all n cards, the more the better, but you can't just look at the stream, you also have to look at other aspects!

After inserting a discrete graphics card, the default output of the motherboard becomes a discrete graphics card, and of course the motherboard's built-in connector can't output images, as if I haven't seen any board integrated graphics card and discrete graphics card that can output images at the same time. If you want the motherboard terminals to output images, you need to take down the discrete graphics card.

When you connect the VGA cable to the graphics card, there is no signal when you turn it on, but there is it after the monitor restarts, probably because you have replugged the VGA plug without shutting it down, and the monitor needs to search for the signal again**.

Oh, balance, not only look at the stream processor, you look at the stream processor, you look at the A card, hundreds of them, but also look at the wide video memory, which is very important.

Relatively speaking, 48 is better, but it's just a matter of looking at the sawtooth, and you can turn on the effect low, and it doesn't matter.

It can be compared vertically, not horizontally. Your message is too concise.

gt520？Naturally not enough.

However, the different architectures cannot be compared in this way, especially now that Kepler's architecture has come out.

Due to the architecture, card A can only be compared by dividing one value.

Back to add: This is the vest of GT520M, N card looks at the second digit, indicating the grade, GT610M, the second number is 1, the lowest end.

Stream processors are a performance indicator of a graphics card, and the more the better.

The number is good, and the ability to process the picture is good!

The more streamers you have, the better the performance of the card. However, N-card stream processors are generally lower than A-cards. According to reviews. A card has 5 stream processors, which is equivalent to one stream processor for N card. N card for playing games, and A card for office.

The more stream processors, the better, and the more the graphics card.

Video memory, bit width, and stream processor are the three most important parameters of a graphics card, especially bit width and stream processor. The data capacity of the video memory relationship is relatively comprehensive; Bit width mainly affects the data transfer speed of the graphics card; The number of stream processors mainly affects the speed and accuracy of image processing. All else being equal, for NVIDIA's graphics card, the increase in the number of streams can increase the performance of the graphics card almost linearly, and doubling the performance of the processor is almost doubled!

The Rainbow GT430 96 stream processor graphics card is theoretically 2 times the performance of the Rainbow GT430 48 stream processor graphics card!

Hello, it's not accurate to simply say that the stream processor is better or the memory bit width is better.

Bit width is very important 128-bit is a mid-to-high-end graphics card, and 64-bit is a low-end graphics card.

So it's clear that the GT550M is much better.

It's obviously GT550.,I can't guess it if I can't see it.,The bit width and stream processor of the former are twice as long as the latter.。