The CPU temperature of the AM3 interface is low and the performance is good

1. Among the CPUs with AM3 interfaces, the one with low temperature and good performance is AMD Pterodactyl II X6 1055T.

2, AMD Pterodactyl II X6 1055T main frequency, six cores and six threads, using Thuban architecture, 45nm process, L3 cache is 6MB, support cold and static technology, so that the CPU temperature is low when no load.

3,AMD Pterodactyl II X6 1055T's performance in the 2015 home CPU ranking,It can still be ranked in the upper mid-range,And the power consumption is not high。

This,AMD doesn't have this design ability,AM3The old architecture of the processor,The performance is good, all are quad-core、Six-core,But the power consumption is very high,Those with power consumption below 90W are dual-core processors (power consumption 65W),But the performance is very low。

1: Athlon II X2 250, dual-core, frequency, 2M cache, 65W power consumption, 80 pieces.

2: Athlon II X4 640, quad core, main frequency, cache 2m, power consumption 95W, 230 250 loose wafers.

3: Phenom II X4 955, quad core, frequency, cache 2+6m, power 125W, 260 280 pieces.

4: Phenom II X4 965, quad-core, frequency, cache 2+6m, power consumption 125W, 300 320 pieces.

5: Phenom II X6 1075T, six cores, main frequency, cache 3+6M, power consumption 125W, 530 600 loose wafers.

6: Phenom II X6 1100T, six cores, main frequency, cache 3+6M, power consumption 125W, 750 850 loose wafer price.

Athlon 2 series, Pterodactyl 2 series.

FX Bulldozer Series Acelong 10 Series Six-Core Phenom 9 Series Quad-Core Athlon 6 Series 4-Core Athlon 4-Core Athlon 4-Series Triple Core Athlon 2 Series Dual-Core [Detail].

1.There are differences in the motherboard processor sockets.

As can be seen from the figure above, the hole position of the new version of the AM3+ processor socket has been increased compared with that of the AM3, and the 11% increase in the empty space can effectively avoid the problem of bending the position when installing the processor.

2.The connection speed of the CPU to the voltage management module has been improved.

The new connection bandwidth has been reached, and the AM3 only works at 400kHz, and the higher transfer speed can ensure a higher CPU load conversion speed. Improves the power conversion efficiency of the CPU.

The fixing bracket has been improved.

The traditional AMD CPU bracket has been used for a long time, and users who have used AMD motherboards know that this design is very unfavorable to the heat dissipation air duct of the CPU, and the enveloping structure makes part of its heat accumulate near the base, especially when the downward pressure heat dissipation method is adopted, the new structural bracket can effectively avoid the accumulation of heat near the base, and the temperature can be reduced by Celsius compared to the enveloping structure.

Not all of them are supported. Some AM3 motherboards support AM3+ CPU, provided that the motherboard BIOS is flashed. Just look at the color of the motherboard slot, the white one is not supported, and some black ones support AM3+

In other words, some AM3+ motherboards can support AM3CPU.

Both AM3 and AM3+ have 938 pins.

The CPU slot on the motherboard corresponds to the CPU interface, and the CPU can be successfully lit only when the interface is right.

A + sign after the socket type indicates that the CPU of the current generation is supported as well as the CPU of the previous generation. Not the other way around.

For example, the socket AM3+ socket motherboard supports AM3+ and AM3 interface CPUs. The socket AM3 socket motherboard only supports the AM3 interface CPU, and does not support the AM3+ interface CPU.

AM3+ is an excessive version of AM3 There will be an AM4 interface in the future This is a sign of slow transition The interface of AM3+ can be plugged into the u of am3 or the u of am3+, do you understand?

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.

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;

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

There is Intel Corporation with LGA 1366 | lga 775 |AMD has Socket AM2 2+ |Some of the mainstream interfaces such as socket AM3 have disappeared.

AM3 AMD's latest CPU interface is 938 pins.

There is no difference, the tri-core is sent on. 5 cores and 6 cores are also available

You see, most of the ones that have a Gen 2 logo are AMD3 interfaces.

The full name of U and 220AM3 is Socket AM3, which is a CPU interface specification. All AMD desktop 45nm processors use the new Socket-AM3 socket, which has 938 pins of physical pins, which means that the AM3 CPU can be physically compatible with the old Socket-AM2+ socket or even the earlier Socket-AM2 socket, because the latter two have 940 pins, and in fact, the Socket-AM3 processor is fully capable of working directly on Socket-AM2+On the motherboard (BIOS supported), however, the 940-pin Socket-AM2+ processor will not be able to be used on the 938-pin Socket-AM3 motherboard.

It's just that the number of pins in the CPU is different The number of pins in AM3 is 938 and 940 in AM2 When you buy a motherboard, you have to look at whether it is AM2 or AM3.

The motherboard of the AM3 is 941 pins, the CPU is 938 pins, but it does not support the full range of CPUs of the AM3+, the interface of the AM3+ motherboard is 942 pins, and the CPU is 938 pins.

AM3 is AMD's next-generation 938-pin limb interface CPU, while the previous generation AM2 is 940-pin!

AM3 is one of AMD's CPU interfaces, which means that this CPU is only suitable for motherboards with AM3 interfaces.

It's tri-core, which means there's three cores.