Which is better AMD LE 1100 vs AMD LE 1300? Why is 1100 quoted higher than 1300?

The AMD Sepron LE-1100 adopts a single-core design, with a main frequency of 200MHz, a frequency multiplier, and a L2 cache of 256KB, and support for MMX and 3Dnow!+, SSE, SSE2, SSE3, and x86-64 instruction sets with support for 1GHz HT bus frequencies.

The actual main frequency of the AM2 Sempron LE-1300 processor is 200MHz and the frequency doubling is. The product supports a 1GHz HT bus frequency and DDR2-800 dual-channel memory, and is designed to consume only 45W. The working voltage of the product is MMX, 3DNOW!

SSE, SSE2, SSE3, NX-Bit, and x86-64 instruction sets.

This is a parameter of 2 U, but the main frequency of 1300 is higher than that of 1100, which means that 1300 is better than 1100.

As for why it is high, this kind of often appears in the DIY market, because this series of ** is relatively cheap and sells relatively hot, but the output of 1300 is insufficient, resulting in the inability to buy 1300, but can only buy 1100, and the ** of 1100 will naturally go up.

They are all AMD's single-core Sparkron series, with the 1300 clocked at a higher frequency than the 1100 and a L2 cache of 512K, which is twice as large as the 1100, so it will definitely perform better than the 1100.

The 1100 is higher than the 1300, probably because both processors are 07 years old, and some IT has stopped updating. If you really want to choose one of these two, you can go to the ** to take a look, but there should only be second-hand left.

AMD 3200+ has strong performance, mainly reflected in higher clock speed, but these two processors are low-end processors with lower performance, so it is not recommended to choose these two processors.

Here are the parameters of these two processors:

AMD Athlon™ 64 3200+ Specs:

CPU series: Athlon 64;

CPU Frequency: 2GHz;

Slot Type: Socket Am2;

Number of pins: 940pin;

Number of cores: single core;

Thermal Design Power Consumption (TDP): 62W.

AMD Sempron LE-1100 Parameters:

CPU series: Sempron;

CPU Frequency: ;

Slot Type: Socket Am2;

Number of pins: 940pin;

Number of cores: single core;

Thermal Design Power Consumption (TDP): 45W.

1. AMD Sempron 3200+ CPU single-core frequency: , production process: 90nm, L2 cache: 128KB, frequency doubling 9 times, thermal design power consumption (TDP) 62W.

2. AMD LE-1100CPU single-core frequency, production process 65nm, frequency multiplier, L2 cache.

256kb, working power 45w.

3. Comparing the performance of the two, the AMD LE-1100CPU has a higher frequency and a better L2 cache, so the performance is stronger.

The 3600+ comes in two versions, one is single-core and the other is dual-core, and if it is dual-core, then it is easily stronger than the LE 1100

If it is a single core, the estimated performance is also stronger than that of the LE-1100Because the LE-1100 is an ultra-low-end model. Judging from its number, it should be energy-efficient, so no matter what, it is far from the normal single and dual cores.

It's not good.,It's all accessories before the nnnnn year.,It's really better to say which one?,3600+,Do you want to replace the CPU of the motherboard??

Of course, the AMD 3600 is good, and the LE-1100 is the low-end of the low-end.

Is it dual-core 3600+. If it's dual-core, it must be better than the LE1100.

LE-1100, 256K L2, similar specifications to SEPRON 3000+. The power consumption is only 45 watts.

In terms of performance, it is similar to the Athlon's 64 2800+ (512K).

No matter how super it is, it's a flash dragon 1100! And it's also a hard injury.,Silent electricity is definitely not superordinate.,Maybe it's possible to add a little voltage.。 It is recommended to change to an Athlon dual-core +.

The above can be used, the second-hand 3600+ is only 100 yuan, and the upper one is a hundred yuan.

It's better to change U, CF doesn't have high requirements for the graphics card, but it's sensitive to the main frequency of U, your U's main frequency is too low, and moreover, it's 100% when you play a game, and my 1150 was replaced last year. You go to the dual-core, AMD5000+ is good! Or look for it on the Internet, the AM2 interface!

You can rest assured, although it is a bit of a chicken rib, but it can barely be played, just add a 7600gt.

If it's possible, change the CPU, buy second-hand ones, and they're all discontinued.

Add an 8500gt, you can go to ** to buy a second-hand, the processor can still be used for the time being, and then change it when the funds are sufficient.

The AMD 6000+ is set at 125W, and the landlord's current CPU power is not equipped with 45W, and the power supply is 250W. You may not be able to afford it with a CPU. The Athlon 64 x2 5200 dual-core power is 65W, which is less than the main frequency of the AMD6000+, but the power is 65W less.

In actual use, the performance gap is barely felt.

The power increase brought by the replacement of the CPU and graphics card is about 20+20, about 40W, the power supply is enough to deal with, and the improvement of performance is still very visible.