وعليكم السلام ورحمة الله وبركاته
أهلاً بك K9N
المعالجات موجوده فعلياً من أكثر من شهر
وهي مميزة بإستهلاك طاقة منخفض
وبالتالي إمكانيات أكبر لكسر السرعة
بحكم أنني لا أفضل كسر السرعة كثيراً
فلم يخطر ببالي طرح هذه المعالجات
فهي بتردداتها الطبيعية لا تعطي أكثر من
أداء معالجات AMD Athlon 64 X2
وهي من ضمنها على أي حال
إليك بياناتها وهي مبنية على معمارية 65nm
AMD Athlon™ X2 Dual-Core Processor
Model Number
Frequency
CMOS Technology Total Dedicated L2 Cache Packaging Thermal Design Power
BE-2400 2.3 GHz 65nm SOI 1MB socket AM2 45W
BE-2350 2.1 GHz 65nm SOI 1MB socket AM2 45W
BE-2300 1.9 GHz 65nm SOI 1MB socket AM2 45W
وكيفية الترقيم
Let’s look at a sample model number: BE-2350
First two characters: BE-2350
The first and second alpha indicate the processor class. The second alpha character indicates the TDP of the processor. The “BE†class is comprised of sub-65W processors. This chip’s TDP is 45 watts. As additional products are introduced, new classes will also be introduced to distinguish between major processor attributes.
First numeric digit: BE-2350
The four digits are the processor model within a class. The first numeric digit after the dash is the processor series and reflects major increments in processor attributes. The “2XXX†series is currently contained within the AMD Athlon X2 family of processors.
Last three numeric digits: BE-2350 The last three numeric digits after the dash indicate the relative position of the CPU within its class series. Increasing numbers within a class series indicates improvements in processor features and attributes.
In summary:
Just by reading the “BE-2350†model number, you know that it is a mainstream desktop CPU. You know its power consumption level is below 65 watts. You know that it is in the Athlon X2 family. And you know its position relative to other CPUs employing AMD’s new model number system. As new processors are introduced, the combination of class and models should be of increasing value in identifying and distinguishing AMD processors. Previously, our model numbers indicated relative performance but were unable to capture the step function performance multi-core processors in many usage processors.
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