What is the difference between AMD A10 5750 and 5757

The A10-5750M and A10-5757M (note the M at the back) are both piledriver architecture quad-core processors codenamed Richland.

In terms of performance, A10-5750M and A10-5757M are both main frequency and turbo frequency, so the performance of the two is tied.

The integrated graphics cores are also HD 8650G, with a clock speed of 533MHz and a 600MHz frequency.

In terms of power consumption, the TDP of both is also 35W, which is no difference and more power-saving.

Since both the A10-5750M and A10-5757M must be integrated into an all-in-one or notebook, there are no retail offerings, so the individual processors are not comparable**.

The biggest difference between the two is that the upper limit of the memory clock frequency supported is different, A10-5750M supports up to 1866 timing, and A10-5757M only supports 1600 timing.

So the conclusion is:

When the A10-5750M uses a memory module with 1866 timing, the performance is the same as that of the A10-5757M, and if the memory module with a 1600 timing or less is used, the game performance will be slightly weaker than when the A10-5757M

The same good, the same power consumption, ** is fluctuating, and the last bit is different from the origin. There is no impact on consumers, which one is cheaper to buy which.

The AMDA108750B is equivalent to the i6.

It is a very large-scale integrated circuit, which is the computing core and control core of a computer. It mainly consists of combinators.

and the controller.

In addition, it includes several registers and cache memory for the first tank.

and the data, control, and state buses that connect them. The CPU includes arithmetic logic components, register components, and control components. The AMDA10CPU 8750 is equivalent to Intel's mid-to-high-end segment.

AMDA108750B Introduction:

AMD A10 8750B performance is above average, Pro A10-8750B chip parameters are as follows: factory AMD, core thread 4 production process 28nm, interface type socket core display.

The performance is average, that is, it is about the same as the discrete graphics card of GT730DDR5.

The key CPU performance is not good, not enough to eat chicken requirements, and the graphics card is not enough, depending on the configuration, it is four cores, CPU frequency.

6GHz, L2 cache 4MB, thermal design power consumption 65W, performance is not Liang Tong's fault, although the CPU performance is less than A10-7850K.

However, A10-7860K is the sixth generation of the first slag noise, the default frequency difference: quad core, thermal design power consumption of 65W can be regarded as A10-7800 increased by 100MHz.

The performance of the A10 5750M and Intel i5 430M is relatively close.

Performance parameters of Inteli5430M chip:

CPU series: Core i5400 (mobile version).

CPU frequency: 2 26GHz

Max Turbo Frequency: 2 53GHz

External frequency: 133MHz

Frequency multiplication: Bus type: DMI bus.

Bus frequency: 2 5gt s

CPU slot slot type: BGA1288, PGA988 pin count: 1288pin, 988pin

CPU core codename: Arrandale

Thermal Design Power Consumption (TDP): 35W

Number of transistors: 382 million.

Core area: 81 mm².

The correct model is the A10 5750M, which is close to the Intel i5 430M.

AMD A10-5750M Configuration Parameters:

CPU Frequency:;

Production process: 32nm;

L2 cache: 4MB;

Integrated Graphics: Yes;

Graphics core: AMD Radeon HD 8650G;

Display Core Frequency: 533-720MHz;

Core name: Richland.

Intel Core i5 430M Parameter Information:

Applicable Type: Notebook;

CPU series: Core i5 mobile;

CPU Frequency:;

Slot Type: BGA1288, PGA988;

Number of pins: 1288pin, 988pin;

Number of cores: Dual cores;

Number of threads: Four threads.

i3 2120 - i3 2100

That's probably it.

Nowadays, there are many CPU brands and models on the market, which makes many friends feel dazzled, so which CPU is suitable for you? I'm here to introduce you to the AMD A10-6700 CPU to let you know.

Basic parametersApplicable Type: Desktop.

CPU series APU A10

Packing: Boxed.

CPU frequencyCPU Frequency:;

Dynamic overclocking at the highest frequency.

CPU slotSlot type socket fm2

CPU coresCore codename Richland

CPU architecture PileDriver

Number of cores: Quad cores.

Number of threads: Four threads.

Craft: 32 nm.

Thermal Design Power Consumption (TDP) 65W

CPU cachingL2 cache: 4MB;

Technical parameters. Memory controller Dual Channel: DDR3 2133MHz 64-bit processor Yes.

Graphics card parametersIntegrated Graphics: Yes;

The base frequency of the graphics card is 844MHz

Other Parameters Display core: AMD Radeon HD 8670D

AMD's original Turbo Core technology.

AMD's Turbo Core technology is similar to Intel's Turbo Boost technology, although its operation process is different, but it is to increase the frequency of the running core as much as possible within the allowable range of TDP, so as to achieve the purpose of improving CPU work efficiency. Because AMD does not have power gating technology, AMD uses P-State power management to control the core power.

For example, if a computer with a Phenom II X6 CPU installed is running a program that does not support multithreading well, but requires a higher frequency, so that three or more of the six cores in the CPU are not being used, then the Turbo Core will start up, reducing the frequency of the three idle cores from the default frequency to 800MHz, and the clock speed of the other three cores will be increased by about 500MHz.

Turbo Core technology still has a lot of room to rise.

But the problem is that since AMD can't turn off the unused cores, it's just downclocking, and the pressurization process isn't for the three cores in use, it's for the entire CPU. Not to mention the efficiency of frequency increase, the fact that only three cores can be improved at one time and cannot be improved by one core alone needs to be carefully considered by buyers.

But then again, this is also a new attempt by AMD in the multi-core field, and it has a lot of advantages. Turbo Core is hardware-based, does not require the involvement of the operating system and drivers, and completely completes a series of operations such as monitoring, starting, adjusting, and shutting down by the CPU itself, and the process is fast and cool'n'Quiet energy-saving technology is used in conjunction to achieve a similar "overclocking" effect within the range below the TDP limit.

It's done automatically! No action is required on your part!

How to say it, the FX series highlights the overclocking experience performance, the APU series highlights which core graphics (the FX series does not have a core display), and the data speed processing speed is definitely good for the FX series. On image processing? APU can be second fx for the whole family.。。。