Seek a model that supports AM3CPU, quad core is the best, and the i series is the best

Both the i5 and i3 are Intel's. The CPUs of the AM3 interface are all AMD. It is impossible for the i series to have an AM3 interface...

There is nothing to choose for the AM3 interface, the cost performance is relatively high, AMDX4 955 45nm four cores and four threads 6M three slow 2M two slow main frequency.

Bus 2000MHz Full load power consumption 125W black box** at 570 600... AM3 is a little old, and the architecture is relatively backward. The power consumption is relatively high...

The best AM3 should be AMD Phenom II X6 1100T six-core six-thread bus 1600MHz main frequency 6M three slow 3M two slow Full load power consumption 125W boxed **1400 1500

x4 955 580 nearby.

The i3 is not around the quad-core 750.

i5 varies from 1100 to ·1500.

8G Gen 3 memory module 1600 is around 260.

Graphics card performance is not based on video memory. Don't cling to 1g.

Big brother. The quad-core of the AM3 is AMD's CPU. What does it have to do with Intel's i5 i3? You're talking about bulls' heads and horses' mouths. Do you want a quad-core from AMD or a quad-core from i5 Intel?

The best CPU of AM3 is the Phenom series.

The highest CPU of AM3+ is the octa-core series FX bulldozer 9590, but the power consumption of more than 200W is a bit scary, the mainstream market is that the processor can only support a set of memory module channels to operate under the bandwidth of DDR3-1333, and it can only provide the bandwidth of DDR3-1066 when equipped with four hail balance memory modules.

Whether it is the quad-core X4900 800 series or the triple-core X3700 series, all Socket-AM3 socket Phenomii processors currently have a TDP of 95W, until the advent of the faster Phenomiix 4950 945 processor in the second quarter of this year.

It will replace the existing Phenomiix4940 920 processor with Socket-AM2+ sockets, and will be at the pinnacle of AMD's desktop source family of 45nm processors, while TDP will remain unchanged at 125W.

Evaluation of the Phenom series of CPUs

The Phenom series CPUs adopt advanced process technology and design concepts, which make them outstanding in terms of performance. The Phenom series of CPUs can handle a wide range of complex tasks and applications, including high-load gaming and applications. This outstanding performance makes the Phenom series CPUs the first choice for many high-end smartphones.

The Phenom series CPUs are designed with low power consumption, making them more efficient during use. This low-power design not only extends battery life, but also reduces the problem of hair and heat in the phone. In addition, the Phenom series CPUs also feature smart energy-saving technology that automatically adjusts power according to the needs of the application, further improving its energy efficiency.

The Phenom series CPUs also perform well in terms of security performance. Huawei considers security issues at the chip design stage, using various security technologies and mechanisms, such as hardware encryption, secure boot, and secure storage.

I'll give you a list of some common AM3 interface CPUs, you can make a reference:

Athlon II X4 630

Athlon II X4 640

Athlon II X4 645

Athlon II X4 650

Phenom II x2 545

Phenom II x2 555

Phenom II x2 560

Phenom II x3 720

Phenom II x4 810

Phenom II x4 820

Phenom II x4 840

Phenom II X4 905E

Phenom II X4 B95

Phenom II X4 B97

Phenom II X4 B99

Phenom II x4 925

Phenom II x4 945

Phenom II x4 955

Phenom II X4 960T

Phenom II x4 965

There are also several top-of-the-line six-core processors:

Phenom II X6 1035T

Phenom II X6 1055T

Phenom II X6 1075T

Phenom II X6 1090T

Phenom II X6 1100T

AM3, it's a CPU with 938 legs.

phenomii*6 1035t/1045t/1055t/1605t/1075t1090t/1100t

phenomii*4 980/975/970/965/960/955/945/925/910

phenomii*4 850/840/830/820/810

phenomii*3 740/730/720/710

phenomii*2 570/565/560/555/550/545

athlonii*4 650/645/640/635/630/625/620

athlonii*3 460/455/450/440/435/430/425

athlonii*2 275/270/265/260/255/250/245/240/220/210

AM3+, 941 positions. It hasn't been released yet.

Initial 7 models: FX-8150 8120 8100

fx-6120/6100

fx-4120/4100

Look at the needs of the landlord, AMD socket AM3 (938pin) interface processor is mainly 45nm process K10 architecture processor, that is, AMD's second-generation processor, including Athlon-II (Athlon-II) and Phenom II (Phenom II), then the quad-core processor also has Athlon-II mid-range quad-core processor and Phenom II high-end quad-core processor.

The AMD socket AM3 (938pin) interface processor is mainly a K10 architecture processor with a 45nm process, that is, AMD's second-generation processor, and the quad-core processor of the AM3 interface is:

Athlon II mid-range quad-core processors, including but not limited to:

AMD Athlonon II X4 640, clocked at 3GHz;

AMD Athlonon II X4 630, clocked in;

AMD Athlonon II X4 645, clocked in;

AMD Athlon™ II X4 980BE, clockback;

AMD Athlon II X4 570BE, clocked in;

AMD Athlon-II X4 955, clock-in;

Phenom II high-end quad-core processors, including but not limited to:

AMD Phenom II X4 975, clocked in;

AMD Phenom II X4 965, clocked in;

AMD Phenom II X4 905E, clocked in;

AMD Phenom II X4 840, clocked in;

The mainstream CPUs with AM3 interface are:

AMD955 (quad-core);

AMD960 (quad-core);

AMD1055 (hexa-core);

AMD Phenom II X4 945 (scattered).

AM3 Introduction:

The full name of AM3 is Socket AM3, which is a CPU interface specification. All AMD desktop 45nm processors feature the new Socket-AM3 socket.

There are 938 pins of physical pins, which means that the CPU of AM3 can be physically compatible with the old Socket-AM2+ socket or even the earlier Socket-AM2 socket, because the physical pin count of the latter two is 940 pins, in fact, the Socket-AM3 processor is also fully capable of working directly on the Socket-AM2+ motherboard (BIOS support), but the 940-pin Socket-AM2+The processor will not work on a 938-pin socket-am3 motherboard.

Currently, the Socket-AM3 processor can only support a set of memory module channels operating at the bandwidth of DDR3-1333, and it can only provide the bandwidth of DDR3-1066 when equipped with four memory modules.

The AM3 interface mainly includes AMD955 (quad-core), AMD960 (quad-core), AMD1055 (six-core), etc.

The AM3+ interface starts with FX.