Find a cost effective PC configuration that can take full advantage of the performance of the Core E

CPU Intel Core 2 Duo E8400 (Case) 1 1160

Motherboard ASUS P5Q 1 999

Memory: Kingston 2GB DDR2 800 130

HDD Seagate 500G 32M (Serial Box) 410

Graphics: Dylan Hengjin HD4850, Polaris DDR4 or Shadowrun ZOTAC 9800GTX 999

Chassis Huntkey Harley One H0

Huntkey multi-core DH6 1 380

Keyboard & Mouse Outfit Upstart Allure Love-Shangpin (KM-108) 1 118

Total amount: 4586 yuan.

Command & Conquer 4 hasn't come out yet, I don't know. Nothing else is certainly a problem.

3000 still use e8400, is it okay to reduce it? For example, E7200, otherwise it is not very coordinated. Otherwise, you can use the configuration below.

CPU Intel Core 2 Duo E8400 (Case) 1 1160

Motherboard ASUS P5QL 1 599

Memory: Kingston 2GB DDR2 800 130

HDD Seagate 320G 16M (Serial Port 5 Years Box) 340

Graphics: Ӣ 9600GSO Enhanced 499 Sound Card.

Optical drive Pioneer DVR-116CH 1 180

Chassis Parkson C402 1 100

Power Huntkey Calm King Diamond Version 1 248

If you don't feel deformed, use it, high-end CPU .........Your CPU accounts for one-third of the price .........

Total amount: 3256 yuan.

CPU: E8400 (It is recommended to choose E0 stepping, the power consumption is slightly smaller, which can be ignored, but the overclocking performance is more obvious, E0 is more advanced than C0.) )

This motherboard uses all-solid-state capacitors, six-phase power supply, supports 1600MHz front-side bus, supports DDR2 and DDR3 generation memory, and supports ATI's dual graphics card crossfire technology, so there is a lot of room for upgrades in the future.

Memory: If you don't overclock, you can choose DDR2 800 2G, if you feel that 2G is not enough, you can buy 2.

Hard Drive: Depends on how big you need to be.

The power supply is also very important, it is best to choose a big brand product, rated at 400W.

Total amount: 4103 yuan.

I experimented with it at school. This configuration is good!

Good value for money. Affordable!

cpu：core duo 2 e8400

Motherboard: Onda MCPTA

Memory: Kingston DDR2 800 1GB*2

Hard Disk: Western Digital 320GB 16MB SATA*** Burner: ASUS DRW-20BIS 20X SATA Chassis: ASUS TA-M1 (Deluxe Edition).

Keyboard and mouse: Logitech G1 keyboard and mouse combo.

Audio: Fenda SPS-830G 08 version.

Power supply: Huntkey Calm King Diamond Edition.

Graphics card: Sapphire HD Platinum Edition graphics card.

Display: BenQ G900HD

Total: 4861 yuan.

Maybe a little more expensive. My answer may not be so good!

Let's do our part! Thank you.

CPU: Intel Core 2 E8400 (E8400 will lose a lot if you don't overclock it, so you can use it for a long time at 400*9 after you get it.) ）

Heatsink: Kyushu Fengshen Motherboard: MSI P43 NEO-F Memory: ADATA 2G DDR2 800+ (Red Veyron Extreme Edition) X2 Graphics Card: Sapphire HD4850 512M GDDR3 Standard Edition.

HDD: WD 320GB 7200 to 16MB (Serial YS) Burn: Sony DRU-V200S

Power supply: Cooler Master Tomahawk 500 (Extreme Power Plus) 460W 1

G860 is more powerful and faster, mainly reflected in the core, G860 uses Sandy Bridge core, while E8400 uses Core core, the former is more advanced, and the parameters of the two are as follows:

Intel Pentium G860 Parameters:

Applicable type: Desktop.

CPU series: Pentium dual-core.

CPU frequency: 3GHz

Slot type: LGA 1155

Number of pins: 1155pin

Number of cores: Dual cores.

Thermal Design Power Consumption (TDP): 65W

Intel Core 2 Duo E8400 Parameters:

Applicable type: Desktop.

CPU series: Core 2 dual-core E8000;

CPU frequency: 3GHz

Slot type: LGA 775;

Number of pins: 775pin;

Number of cores: Dual cores.

Number of threads: Double-threaded.

If the E8400 is overclocked to around 4G, then the E8400 will be slightly faster. However, in terms of memory performance, it still loses to G860

If the E8400 is not overclocked, then it is a complete defeat to the G860, and there is no chance of winning at all.

In addition, in terms of power consumption, G860 is also much smaller.

To sum up, the G860 is more worth choosing.

The pins are different, depending on what pins your motherboard has.

The E8400 is much more cost-effective than the G860.

In silent frequency, the G840 is stronger than the E8400. Please take a look at the ladder diagram under the silent frequency in the figure below:

But the E8400's overclocking ability is very strong, and it only takes a small overclocking to surpass the G840. Let's take a look at the comparison of some parameters of E8400 and G840:

Figure 1 Figure 2 Figure 1 is for E8400 and Figure 2 is for G840, because the external frequency of E8400 is very high, if you overclock it slightly, the frequency will be increased very high, and the performance will be improved very high. Therefore, there is a saying that the Core E8400 is stronger than the Besturn G840.

Because the e8400 can, and he is the king of the previous generation.

The E8400 CPU parameter is 3GHz.

The E8400 processor belongs to the Intel Core2 Duo (Core 2 Duo) E8 series processor, 45nm process technology, which is dual-core and dual-threaded, and does not support hyper-threading technology, the Core 2 dual-core E7 and E8 processors are products that appear during the transition from 65nm process technology to 45nm process, E4 and E6 are 65nm, and E7 is used to replace E4, so the performance of the high-end 65nm E6 dual-core is higher than that of some models of E7.

E8400 is also a high-end dual-core processor,The performance is OK,E8400Better than Q8200,In terms of games,Because it is hyper-threaded, it is the best performance in the old architecture dual-core and quad-core entry-level processors,Of course, it does not include the CPU of the new architecture,The first thing to note is that the dual-core and 4-core U can not be compared horizontally,After all, you can see a clear difference under multitasking。

CPU composition

1. Operational logic components.

The arithmetic logic component can perform fixed-point or floating-point arithmetic operations, shift operations, and logical operations, as well as address operations and transformations.

2. Register components.

General-purpose registers can be divided into two types: fixed-point and floating-point, which are used to save the register operands and operation results in the instructions, and the general-purpose registers are an important part of the processor, and most instructions have to access the general-purpose registers. The width of the general-purpose register determines the width of the data path inside the computer, and the number of ports can often affect the parallelism of the internal operation.

3. Control components.

The control unit is mainly responsible for decoding the instructions and sending control signals for each operation to be performed to complete each instruction. There are two kinds of structures: one is the microprogram control mode with micromemory as the core; One is a control method based on the logical hard-wired structure, in which the microcode is kept in the micro-storage, and each microcode corresponds to the most basic micro-operation, also known as the micro-instruction.