Well, this article starts a new series which can be called a testing report. We decided to stop describing new products over and over again if they differ from the old ones only in an increased frequency. For example, is there any difference between a Celeron 1300 and the Celeron 1200 MHz? No. Well, then isn't it better to give just a link in the very beginning without beating the air?
If it's unnecessary to theorize too much and if you want only performance results we should never go into unnecessary detail. And for a start we will take the processors which are very famous and much written about:
Other components are standard. The only thing I'd like to comment on is a choice of the DDR platform for the AMD Duron. We just have no time to test both platforms, considering that a close review of PC133 and PC2100 on the Athlon XP and Duron will soon be finished. As for the Celeron, it will hardly benefit from DDR memory, and it's better to take the time-proved i815.
Below you can look at the characteristics of the Duron based on the Morgan core:
The general scores reflect the tendency of the two gaming tests out of three. Only in Dragothic the Duron looks even more better than in the others. But as the performance of the Celeron 1.2/1.3 GHz and Duron 1.1/1.2 GHz in the Dragothic is almost the same, and the performance of the AMD platform is much higher than that of the Intel, we are probably comparing the memory subsystems rather than the processors. In all other cases the situation is clear: the Celeron 1.3 GHz is outscored even by the Duron 1.1 GHz. At such a frequency a speed at which data are pumping through the processor bus matters a lot, and the Duron with its DDR-like EV-6 bus gets a significant advantage.
Here the performance gain of the Duron 1.2 GHz over the Duron 1.1 GHz is higher than that of the Celeron 1.3 GHz over the Celeron 1.2 GHz. The Celeron is limited by the speed of operation with RAM, and increasing of the core clock speed may have no effect in some applications.
The situation is just the same as in the 3DMark 2001. The increased frequency of the Celeron's core still makes an effect, but how strong it is depends on an application.
As you know the applications of the BAPCo are Intel-oriented. But it seems that not only Windows Media Encoder forgets about the SSE of the Morgan/Palomino based AMD processors, otherwise it would be difficult to explain the results. Well, if such popular applications as those included into the SYSmark 2001 show such results, it will be safe to say that others will demonstrate the same.
eTestingLabs Winstone 2001
The result is more verisimilar, but the AMD still loses in the Business subtest.
For calculations the most important thing is a fast memory, a powerful FPU and a classical processor architecture. That is why the Duron thrives, and the Celeron loses the battle.
The shorter bar is better. And the Duron again shows merits of its architecture: the Celeron operating at 1300 MHz hardly catches up with the Duron 1100 MHz, and the Duron 1.2 GHz comes out a leader.
Intel keeps on producing Celerons and selling them at quite low prices as the cheapest Pentium 4 even with the dead PC133 version of the i845 doesn't fit in a low-end market. Step-by-step frequency growth of this processor just doesn't let others forget about this company. Thus, a 1200 MHz version must be followed by a 1300 MHz one otherwise you may think that the company gives up. A real performance here is not an issue of great importance.
On the other hand, the Socket 370 platform beats the Socket A + Duron in some applications as the software was developed for a long time with this platform (or, rather, Slot 1) in mind.
The champion in the low-end market is undoubtedly
AMD Duron. And as a DDR platform can be of real use for this processor,
it makes sense to increase its frequency further. And then, if we
get an Athlon with a 166 (333) MHz FSB, a 133 (266) MHz FSB Duron
can be expected as well :)
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