
AMD has presented many out class
information technology things among these things it has also produced many
video cards as well as it also presented in the world market some processors
since in the starting of this year. This
company AMD is setting its main attention on the users of the mainstream. Since
from the month of January of this year, the company AMD has made progress from
AM2+ to AM3, that is very unique type of DDR3 Memory processor and at the same
time well-appreciated in the world market.
It has too reverse compatible with the AM2+ that is really very much
compatible with motherboards to still to utilize DDR2 memory.

Background
AMD is thought to be the quad core Phenoms, and it is
considered to be the first "true" quad core design that is present in
the market.As these AMD Phenom
processors have the unique monolithic multi-core designs, these all AMD
Phenom™ Processors have the all cores on the same pieces of the silicon die,
these are quite different and the entirely opposite Intel's Core 2 Quad
series those have the multi-chip module MCM
design. These AMD Phenom processors those have the Socket AM2+
platform.
AMD has presented many out class
information technology things among these things it has also produced many
video cards as well as it also presented in the world market some processors
since in the starting of this year. This
company AMD is setting its main attention on the users of the mainstream. Since
from the month of January of this year, the company AMD has made progress from
AM2+ to AM3, that is very unique type of DDR3 Memory processor and at the same
time well-appreciated in the world market.
It has too reverse compatible with the AM2+ that is really very much
compatible with motherboards to still to utilize DDR2 memory.
Background
AMD is thought to be the quad core Phenoms, and it is
considered to be the first "true" quad core design that is present in
the market.As these AMD Phenom
processors have the unique monolithic multi-core designs, these all AMD
Phenom™ Processors have the all cores on the same pieces of the silicon die,
these are quite different and the entirely opposite Intel's Core 2 Quad
series those have the multi-chip module MCM
design. These AMD Phenom processors those have the Socket AM2+
platform.
AMD company have brought to the surface in the world
market the several models of the Phenom processors in the year of 2007 and in the year of 2008 and more recently
years a model of the upgraded shape model Phenom II was
launched in the year of the late 2008.

Model Naming Methodology
The numbers of the model of the Phenom line of processors
model numbers of the Phenom line of processors got changed from the PR system
this system was in the use in the processors of the predecessors, this is the AMD Anthon 64
processor family that is well renowned in the consumers. The numbering system
that is called Phenom model numbering scheme, that is presented in the later
time Athlon X2 processors, these are
four digit model numbers and these numbering scheme is know as the different
family indicators those are called as the first number.[10] Energy
Efficient products end with the letter “e” after the model number (example
Phenom 9350e) and some Sempron processors use the LE prefix (example Sempron
LE-1200)
If you want to know more
about the AMD Phenom™ Processors, you may check the website of this product and
at the same time you can contact the company for more details. There are a lot
of stores those are offering AMD Phenom™ Processors in the market.
Specification
|
Model / Processor Frequency: |
AMD Phenom Processor Model X4 9850
/ 2.5GHz |
|
L1 Cache Sizes: |
64K of L1 instruction and 64K of
L1 data cache per core (512KB total L1 per processor) |
|
L2 Cache Sizes: |
512KB of L2 data cache per core
(2MB total L2 per processor) |
|
L3 Cache Size: |
2MB |
|
Memory Controller Type: |
Integrated 128-bit wide memory
controller, capable of being configured for dual 64-bit channels for
simultaneous read/writes |
|
Memory Controller Frequency: |
Up to 2.0GHz with Dual Dynamic
Power Management |
|
Types of Memory: |
Support for unregistered DIMMs up
to PC2 8500 (DDR2-1066MHz) |
|
Hyper Transport 3.0: |
One 16-bit/16-bit link @ up to
4000MHz full duplex |
|
Total Processor Bandwidth: |
Up to 31.5 GB/s bandwidth |
|
Packaging: |
Socket AM2+ 940-pin organic micro
pin grid array (micro-PGA) (backward compatible with Socket AM2) |
|
Fab location: |
AMD's Fab 36 wafer fabrication
facilities in Dresden, Germany |
|
Process Technology: |
65nm (.065-micron) Silicon on
Insulator (SOI) |
|
Approximate Transistor count: |
approx. 450 million (65nm) |
|
Approximate Die Size: |
285 mm2 (65nm) |
|
Nominal Voltage: |
1.1-1.25 Volts |
|
Max Ambient Case Temp: |
70 degrees Celsius |
|
Max TDP: |
125 Watts |
|
ACP: |
*to be announced after launch |
|
Future Memory Controller Note: |
Future 45nm processors versions
are planned to include support for DDR3 memory |