Intel Mobile Celeron Dual Core T1400 and T1500

to the financial slowdown hitting all over the world, especially of the computer industry are struggling to keep their profits in check. The result is a lot of low cost and affordable notebooks from manufacturers to maintain their market share. And right here is a processor that fits this trend. The Intel processor incorporates the power and value. These Celeron dual-core processor Intel Celeron family announced in January this year, sub-branded budget microprocessors.

model number T1400 T1500 -----

Family Mobile Celeron Dual Core "

Frequency (MHz) 1733 1860

Bus speed (MHz) 533 533

Package 478-pin micro-FCPGA package

Socket Socket P P

Celeron dual core vs Pentium dual core

Practically speaking there is no great difference between these two processors. The only major difference is that the Celeron dual-core processors are low on the 512KB L2 cache, ie in relation to 1MB.

But it's not much difference is significant, because this lack of 512KB cache will result in 10% - 15% reduction in performance, depending on the nature of the application. For example, in the case of business applications will be 5% - 10% and in case of memory-intensive applications such as games and video processing to be approximately 15% decrease in performance compared to the Pentium dual core processor (with similar clock speed).

and to your surprise, this process belongs to the Intel Core "micro architecture, family, and includes all the basic core" features.

Some of them are:

The architecture features

MMX technology
SSE
SSE2
SSE3
supplemental SSE3
Execute Disable bit (for virus and malware protection)
EM64T technology (64 bit processing)

Power saving features:

basic C1/AutoHalt, C1/MWAIT, C2 and C3 modes
Stop Grant mode
Standby
Deep sleep mode
FSB low power enhancements

These processors have the same savings as the primary features on the basis of microprocessors such as the extended extended HALT Stop Grant mode with enhanced SpeedStep technology.

Electrical / Thermal features:

V core (V) 0.95 to 1.3
Min / Max operating temperature (° C) 000-100
Min / Max power dissipation (W) 7.7 (Deep Sleep mode) / 56.25 W
Thermal Design Power (W) 35 W

So, the bottom line is these processes are of great value for money. When you do not need much power, but you need that extra bit for you.Besides as I said at the beginning of these processors are specifically designed to cut costs. You know there is an unwritten code in the business world to reduce maintenance costs, but profit margins. So, it's just that that is cutting costs (around $ 30) by sacrificing a little product (less cache) but maintain sales and, of course, profit.