T2300 T5750 Both frequencies are 2 0 Which is better?

The overall performance of the 5750 is better than that of the 2300, but there is not much difference in general applications, if you just play games or something, you can't feel the difference, and your memory is not small, it is also a separate display, for a notebook, it is already good. In terms of how you use it, the 2300 is more cost-effective than the 5720, but be careful, in the case that the memory and graphics card are the same.

T2300 is Pentium dual-core, T5750 is Core 2 dual-core, who do you say?

Your outfit can meet your needs.

The main frequency of the T2300 is:

The main frequency of the T5750 is:

The L2 of the two is 1024, so T5750 is stronger than T2300.

HD2400 belongs to the 8400 performance graphics card, which is worse than the current 3-stream gaming graphics card 8600, 3650 series, but it can cope with all the current effects but must be turned off and cannot be absolutely smooth.

2GB RAM is currently a must for playing large games.

In terms of performance, the T2450 is better than the T2300. After all, the same core, T2300 only, T2450 has! Although the bus frequency of T2300 is higher, the frequency is much worse!

T2080 only has 1MB L2 cache, and the frequency is, the performance is not as good as T2300!

intel core duo t2300

Applicable Type: Notebook CPU

Series model Core Duo (Core).

Socket structure socket 478

Clock frequency (GHz).

The number of pins is 478pin

Shared 2MB core voltage.

Packaging technology PPGA

Core type yonah (dual core).

64-bit technology is not supported.

FSB 667MHz

The external frequency of the system is 166MHz

Fabrication process (micron) 65 nm.

The multiplier 10-band e series are all energy-efficient versions.

The process core interfaces are all the same.

The only difference:

That is, the bus is lowered and the external frequency is a notch lower.

The power consumption is low, and it has the effect of saving energy.

The main difference between the T2300 and T2300E is that the former supports virtualization technology, while the latter does not. The virtualization technology of the CPU can enable a single CPU to emulate multiple CPUs in parallel, allowing one platform to run multiple operating systems at the same time, and applications can run in independent spaces without affecting each other, thus significantly improving the efficiency of the computer. Secondly, virtualization technology can run multiple operating systems at the same time, and each operating system has multiple programs running, and each operating system runs on a virtual CPU or virtual host.

The T2300 is $241, while the T2300E is $209.

The front-end bus is not the same, 2300 is 667MHz, and 2050 is 553MHz, the main frequency is different, the former is, the latter is, and the other 2300 supports what virtual technology, 2300e and 2050 do not support it.

Finally, there is a very important place, the former is very expensive, the latter is very old, as cheap, the cheapest book dual-core.

First of all, the frequency of processing is not the same as the ridge holeT2050 is the lowest processing frequency in the dual core,Secondly**It's not the sameT2300**Higher than T2050,With T2300It belongs to the high-end processor Sakura with withering in the book of 10,000 yuan。 Random shooting.

Refer to it for yourself

Processor Model, Architecture, Frequency, Front-Side Bus, L2 Cache, Instruction Set, Process, Power Consumption.

Celeron Dual Core T1600 Merom 667MHz 1MB SSE3 65Nm 35W

Celeron Dual Core T1700 Merom 667MHz 1MB SSE3 65Nm 35W

Processor Model, Architecture, Frequency, Front-Side Bus, L2 Cache, Instruction Set, Process, Power Consumption.

Pentium Dual-Core T3200 Merom 667MHz 1MB SSE3 65Nm 35W

Pentium Dual-Core T3400 Merom 667MHz 1MB SSE3 65Nm 35W

Pentium Dual Core T4200 Panryn 800MHz 1MB SSE4 45nm 35W

Processor Model, Architecture, Frequency, Front-Side Bus, L2 Cache, Instruction Set, Process, Power Consumption.

Core 2 Duo T5800 Merom 800MHz 2MB SSE3 65nm 35W

Core 2 Duo T6400 Panryn 800MHz 2MB SSE4 45nm 35W

Core 2 Duo T6600 Panryn 800MHz 2MB SSE4 45nm 35W

Processor Model, Architecture, Frequency, Front-Side Bus, L2 Cache, Instruction Set, Process, Power Consumption.

Core 2 Duo P7350 Penryn 1066MHz 3MB 45nm 25W

Core 2 Duo P7450 Penryn 1066MHz 3MB 45nm 25W

Core 2 Duo P8400 Penryn 1066MHz 3MB 45nm 25W

The T series has a higher power consumption than the P series, but the technology is not bad; The P series is the Centrino 2 platform, and the T series is the Centrino platform, although the manufacturing process is more advanced than before, some new functions have been added, and the power consumption is reduced, but the actual performance is not as strong as Intel advocates, and it is recommended to choose the cost-effective T series.

Look at the main frequency, front-side bus, L2 cache. There is a data comparison to get the answer, the T5750 is better than the T4200.

Pentium dual-core.

T4200 good. 45nm process.

T5750, 65nm process.

It can be seen that the T4200 is one generation higher than the 5750. The other two are both at the same frequency, the cache 5750 is 2m, the 4200 is 1m, but the front-side bus of the 5750 is 667mz, and the t4200 is 800mz.

Compared with the process, frequency, bus, and power consumption, although the T4200 is a Pentium series, it is still stronger than the 5750.

This is not very easy to say, there are many factors.

You've figured out if it's a T2300 or a T2300E

If it is T2300, then its front-side bus is 667, and a 667 memory can meet the needs of bandwidth (simply put, the front-side bus is 667, so use 667 memory, the actual meaning is not like this, but you understand it this way).

And whether your motherboard supports 667 memory, if not, even if the last 667 runs at a frequency of 533.

The most common RAM for notebooks is 533 and 667 (800 is hard to come by, and **too high, and there is no CPU to match it).

Use whichever wrench you support.

800 or 667 can be the difference is not very big

But the price on 667 recommended!