PROCESSOR INFORMATION

Nvidia Challange ATI Radeon 5970 by GF100

2010-02-08T08:46:00.004+07:00

Nvidia officially introduce the Gf100, graphical prosesor for gaming. The producer directly challange the prosesor AMD ATI Radeon HD 5970.
According to Nvidia, this prosesor is claimed can improve the quality of picture, specially to lovely game.

More than anything else, Nvida claim the GF100 have supported the hardware Fire for the Windows of 7 Directx11.
Besides, that prosesor represent the first product of Nvidia which walk in Fermi architecture.
Besides supporting Directx11, prosesor GF100 also have the ability to support the technology DirectCompute, this represent old method used to make the animation object 3D seen even more true.
By DirectCompute also enable the developer do the maximization tasks, and media processing to increase computer ability.
Although have introduced this product, Nvidia not yet will discuss when this GF100 will be thrown to market and including price which on the market.

Treatment Processor

2010-02-08T08:27:00.005+07:00

Processor as especial brain, also can cause the problem for the computer, one of them because happened by overheating so that can make the computer often restart and possible turn off sudden.
We need some tips to take care of the temperature processor, by ascertaining cooler processor (headsink) and fan must work better.

Following several things which require to be paid attention to relate the processor :

Ascertaining your tabletop prosesor have nub with cream by thermal paste.
Thermal Paste or Thermal Grease is functioning brooding materials to lift the heat from prosesor to headsink.
For the thermal paste which chromatic silver have the better quality compared to which white chromatic
Ascertaining casing have the fluent band sirkulasi, because less casing [of] sirkulasi will cause the component hardware in it, including processor, becoming hot quicker * Neaten the cable, especially compared to [by] wide and bigger fairish type ATA cable [of] cable SATA. natty Cable earn the memperlancar of air stream in casing
For the computer of personal, possible You can open the [cover/conclusion] casing, for the effectiveness of draught fluency, although might not as according to esthetics value and is not delicious seen [by] because hardware in it see from outside

Following especial tips to take care of the processor :

Deciding extention the electrics from Your computer. Let a few moments so that cooler headsink, later then open the headsink and fan from processor
Dissociating fan and headsink, then clean the fan with the wet cloth. Cleaning gap headsink from dirt, or clean by using soft comb or paintbrush. Drying headsink and no rest of water in headsink.
Reset the fan by headsink, then pair both to processor of like former.
You can conduct the treatment 3 moon once, especially in room which AC. But, if environment of many dirt, treatment can be conducted by every one month once.

VIA Challenging Intell

2009-11-18T18:12:00.009+07:00

Predominate the Intel Atom in market netbook ?

Don't worry, VIA ready to sometime technologically is newest.

They just release the break even prosesor of Nano 3000, its target is market of netbook and PC all-in-one.

This represent the router from previous series that is Nano 1000 and 2000.
According to VIA, its newest product can economize the energy 20% and have the performance 30% more pre-eminent compared to its predecessor.

VIA claim the Nano 3000 can handle the compared to better computing operation of Intel Atom.
Test moment of hence soft device PCMark and Cinebench R10, this prosesor note the each score 42% and 34,5% higher.
Technology VIA VT had to make the ability of virtualisasi Nano 3000 certifiable.

Quality of graphical card VIA Chrome9 HC3 even also can be abysmal of performance of Intel GMA950.
Besides, pregnant PC of Nano 3000 can be used to turn around the video HD 1080p undefiled.
Unhappily, VIA newly develop the chip Nano 3000 pregnant one nucleus/core.
Though Intel Atom have been made available by its two nucleus/core version

Nano 3000 obtainable in a few variation of clockspeed, among spanning 1GHz and 2GHz.
Entirely walk at FSB 800Mhz and capacities cache 1MB.
"This series represent the quickest prosesor and most efficient which we have now," say the Brownian Richard (VP International Marketing, VIA Technologies, Inc.).
This Prosesor have also supported the Windows 7 and equiped by the capability security integrated VIA Padlock Security Engine.

In this time, VIA newly deliver the sampel prosesor Nano 3000 to vendor motherboard and OEM.
Consumer have to bear with until Q1 2010 when this prosesor is produced massly.
So, will succesful VIA " bothering" pacification Intel ? Very attractive to we await.

How your opinion about this competitor ?

Related article :
Competitor of Intel and AMD

Source : infokomputer

Competitor of Intell and AMD

2009-11-17T12:38:00.004+07:00

Intell and AMD will deal with the new competitor in business prosesor.
Don't triffle, the competitor, Tilera which have living in San Jose, California, AS will release processor until 100 core, non dual core, triple core, or quadcore.

This Procesor Family TILE-GX is consisted of by four type namely prosesor by 16 core, 36 core, 64 core, and 100 core.

This Procesors is claimed by most energetic in this time among prosesor multicore in PC because in general performance a processor compare diametrical summed uply is core.
Tilera also claim the TILE-GX have the performance value of every watt till ten times fold the ability of chip of Intel generation come the Westmere.
Device of Prosesor Tilera developed by pursuant to technology of Multicore Development Environment base on the interconnection Imesh two dimension negating requirement of on-chip bus and technological of conducive Dynamic Distributed Cache System every local cache in every divisible core with entire core.

Even product designed by Tilera, TILE-GX made technologically process 40 nanometer TSMC (Taiwan Semiconductor Manufacturign Company). This Prosesor put hand to 1.5 GHZ with the energy consumption of among 10-55 watt.
Its own price still not yet been announced and this prosesor is planned release by the end of year 2010.

Source : info komputer.com

Related Post:

Why Using Processor Intell Core i7 ??

2009-07-23T19:45:00.005+07:00

Processor claimed quickest in the world have 4 processor and have adopted the technology DDR3 as memory controller.

In architecture processor, this processor load 731 million transistor and made with the process fabrication of 45nm.
Although "only" using L1 cache of equal to 64KB and L2 Cache of equal to 256KB, but this processor is supported by L3 Cache of equal to 8 MB which using share to every processor.

Following is picture of architecture Intel Core i7 :

Following type of Intell Core i7 :

Core i7 920
Core i7 940
Core i7 950

Useful hopefully...

Several things causing failure of overclock processor

2009-07-12T14:55:00.006+07:00

Several things causing failure of overclock processor :

Memory generally most dominant. When overclock processor, memory have to make balance to the speed processor.
Abundant heat at processor when using heatsink standard.
Lacking of energy at processor, because mainboard or power supply which is not adequate.
Ability Mainboard which do not support, or do not designed for the overclock processor.
Peripheral ability "other hardware" unable to put hand to the speed processor after overclock.

Preparation and Step Overclock Processor

2009-07-12T14:40:00.002+07:00

Overclock processor is activity of "trial and error" or "try and try". Preparation and step which must be done :

Earliest phase is you have to know where place conduct the reset BIOS, if computer locked.
Something else is patience. Doing the increase of speed processor in phase for the step by step. Improvement redundantly will only confuse your analysis. Conducting overclock slowly will be more easy to succeed, and analyse whether computer have earned to work better. And you running some application, whether all have walked normal before improving higher speed processor again. If happened by the failure take example the computer experience of the hang, blue screen or fail to run the certain application.Return to analyse at shares hardware. And look, where making computer fail done by overclock processor.

Three Important Matter, After Overclock Processor

2009-07-12T14:15:00.003+07:00

Three important matter, after we conduct overclock processor :

Processor have the certain limitation of speed, its speed excelsior hence hot progressively, and unstable. Facing heat can only be faced with the good cooler system. Changing certain type cooler will take care of the successfulness when doing overclock.
Excelsior Multiplier a processor will be unstable progressively. Generally, them which wish to do the overclock take the initiative by way of buying low processor bermultiplier. By multiplier lower, hence speed processor have the percentage of higher, and cheaper of course.
Energy of Power processor. We recognize by overvoltage. By enhancing voltage to processor will take care of the stability computer. When overclock conducted] at fair boundary, overvoltage seldom be done. But, at overclock extreme, overvoltage generally become the taken last choice. Its impact, hot processor progressively. Why overvoltage conducted ?? Faster processor, ever greater or power energy required. By adding power supply to processor with the improvement of voltage or overvoltage will give the power which enough, when speed processor of above standard speed. To increase energy to procesor, at BIOS setup, there are option Vcore. this Number Vcore played by processor to become more stable.

What Doing to Overclock Processor ??

2009-07-11T14:35:00.004+07:00

Easy to conduct the overclock processor, but its impact enough wide of to other hardware.
If studying existing computer in this time, doing overclock processor will affect to hardware of like system I/O, VGA and other.
Doing overclock a processor of any MHZ also will race the other shares performance like memory, PCIE, PCI And AGP clock.
Its meaning when procesor with the bus speed 100MHz raced to become 120MHz (20%), hence other speed clock hardware also increase.
Also speed memory will be raced to follow the speed processor that is around 20%.

Many error happened to beginner because they are not too recognizing of calculation, ability and also definition from hardware.
We have to beware in conducting overclock, one of the matter which require to be prepared is cooler and fan (if needed), because processor raced above standard.

How Overclock Processor ?

2009-07-11T14:22:00.001+07:00

Overclock in fact conduct the setup of speed of clock CPU at BIOS.
When processor with the speed 1.6Ghz with the bus 100Mhz, its meaning is processor put hand to the speed 16X100Mhz will release the speed processor 1600Mhz or 1.6GHz.
By altering bus at option BIOS, for example from 100Mhz becoming 133Mhz hence computer will work with the speed 2.1GHZ or 16X133Mhz with the result 2.1Ghz or 2.128Mhz.

Whether in such a way easy to do the overclock ??? Right, only by this is computer can be raced and in such a way easy to someone conduct overclock a processor.

What Target of Overclock Processor

2009-07-11T14:03:00.003+07:00

Especial Target of overclock is race a processor VGA and quicker work CPU.
For example someone wish the computer owned, although use the cheaper processor.
Its speed can come up to the computer owning costlier processor.
There is also special target becoming trend after year 2000.
For example application game.
By overclock , a computer will be more quickly and enjoyed balmier.
By overclock, all peripheral will mount its function.
Last function this is target most commonly used.
Because available of additional peripheral is almost everything made available.
Also supported by company mainboard for the input of system overclock at BIOS.

Unhappily, at the time not yet all growth have perfected.
Because still the limited peripheral of like memory, mainboard and heatsink which do not as complete as this time.

Quickening Activy Processor with Overclock

2009-07-10T12:07:00.002+07:00

Overclock become the foreign term to a beginner interested by hardware.
But for the man who have skilled is area hardwawe, the term represent a standard term and used in everyday life.
Term Overclock compiled from two word that is over and clock with the meaning conducting setup mainboard clock to processor and also a VGA.
overclock interpreted by making quicker computer.
Overclock start conducted when processor 486 DX and first Classic Pentium. But racing processor can only be conducted by jumper at mainboard.
For example Pentium 166Mhz dijumper become the speed 200Mhz, difference pittance of between 166Mhz and 200Mhz.
But fair to middling enough for the speed of in this year.
Noise Overclocker started at 1997 when Intel release the processor type of Celeron have speed 300Mhz with the slot type 1 and raced to crowded multitude become 450Mhz.
Moment of that's emerging all overclocker which start to race the last processor to a point.
A Company, what that moment have mastered the area hardware make the mainboard by option is setting able to by user.
Appearance Abit by mainboard for the setup of via BIOS and mainboard jumperless.
First Abit announce the mainboard by jumper minimize and user can do setup at BIOS for the speed of processor.

Intel® Celeron® processor

2009-07-07T19:35:00.004+07:00

Celeron representative family of Processor Intel, this type of made technologically which is cheaper relative obtainable, so that at the price of which is cheaper than other type processor Intel. Usually, the cache memory is lower the than other Processor Intel type, so that its performance is less quickly.

If you would buy a hardware have to consider the requirement, if just for ordinary typing, light game or game which not need big memory, why having the costly expense ??

As according to its price, of course you can't compare this type with dual core, core duo 2 or core 2 duo.

AMD Processor

2009-07-05T15:08:00.004+07:00

Every procesor have excellence and insuffiency.
We are cannot close over the mentioned.
Right, in this time used, more applied in social activities is Intel, surely for one who is only using computer, its tendency using the Intel, but that way non meaning that processor AMD do not have the excellence, this excellence processor :

Cheaper price relative, this matter to compete with the very processor type intel applied in social activities, obtaining higher level processor but at the price of which is same relative
Having ability present graphical, which relative better the than at other processor
Suited for computer used by game.

Intel® Atom™ Processor

2009-07-04T17:51:00.004+07:00

Intel® Atom™ Processor is smallest processor, made with the smallest transistor in the world.
Intel® Atom™ processor as a whole made by desain newly, made with the small energy consumption, and in desain specificly for the requirement of peripheral of Mobile Internet and is easy to used.
Especial desire making of Intel Atom is requirement will a peripheral by desain newly, small form but have the high ability to handle the level of requirement of internet.
As a smallest processor, processor Intel® Atom™ supporting usage of Mobile Internet Devices with a new category for the peripheral of internet named by net book.
This Processor also represent technological basis for entire/all newest product of Intel like prosesor Intel® Centrino® Atom.

Any excellence this processor is :

Using efficient new peripheral to be more energy by performa is which very well used by entire/all technology of battery hafnium-infused 45nm new high-k silicon
Increase of energy Efficiency in smaller new desain so that energy used less than 1 watt untill 2.5 watt for the usage of peripheral mobile
Lengthening battery age when time idle so that make the energy used relative very small making peripheral remain to have the energy as well as will conserve energi

Intel® Atom™ Processor 230 (512K Cache, 1.60 GHz, 533 MHz FSB)

2009-06-12T15:10:00.002+07:00

Processor Number : 230
# of Cores : 1
Clock Speed : 1.6 GHz
L2 Cache : 512 KB
FSB Speed : 533 MHz
FSB Parity : No
Instruction Set : 64-bit
Embedded : No
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 4 W
VID Voltage Range : 0.9V-1.1625V
Thermal Specification : 85.2°C
Package Size : 22mm x 22mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : PBGA437
Halogen Free Options Available : Yes
Intel® Virtualization Technology : No
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : No
Enhanced Halt State (C1E) : No
Intel® 64 : Yes
Intel® Demand Based Switching : No
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

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Intel® Atom™ Processor 330 (1M Cache, 1.60 GHz, 533 MHz FSB)

2009-06-12T15:08:00.003+07:00

Processor Number : 330
# of Cores : 2
Clock Speed : 1.6 GHz
L2 Cache : 1 MB
FSB Speed : 533 MHz
FSB Parity : No
Instruction Set : 64-bit
Embedded : No
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 8 W
VID Voltage Range : 0.9V-1.1625V
Thermal Specification : 85.2
Package Size : 22mm x 22mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : PBGA437
Halogen Free Options Available : Yes
Intel® Virtualization Technology : No
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : No
Intel® 64 : Yes
Intel® Demand Based Switching : No
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

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Intel® Atom™ Processor N270 (512K Cache, 1.60 GHz, 533 MHz FSB)

2009-06-12T15:06:00.003+07:00

Processor Number : N270
# of Cores : 1
Clock Speed : 1.6 GHz
L2 Cache : 512 KB
FSB Speed : 533 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : Yes
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 2.5 W
VID Voltage Range : 0.9V-1.1625V
Thermal Specification : 90°C
Package Size : 22mm x 22mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : PBGA437
Halogen Free Options Available : Yes
Intel® Virtualization Technology : No
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : Yes
Enhanced Halt State (C1E) : No
Intel® 64 : No
Intel® Demand Based Switching : No
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

Intel® Atom™ Processor Z500 (512K Cache, 800 MHz, 400 MHz FSB)

2009-06-12T14:59:00.002+07:00

Processor Number : Z500
# of Cores : 1
Clock Speed : 800 MHz
L2 Cache : 512 KB
FSB Speed : 400 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : No
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 0.65 W
VID Voltage Range : 0.80 -1.10V
Thermal Specification : 90°C
Package Size : 13mm x 14mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : PBGA441
Halogen Free Options Available : Yes
Intel® Virtualization Technology : No
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : Yes
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : Yes
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

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Intel® Atom™ Processor Z510 (512K Cache, 1.10 GHz, 400 MHz FSB)

2009-06-12T14:56:00.001+07:00

Processor Number : Z510
# of Cores : 1
Clock Speed : 1.1 GHz
L2 Cache : 512 KB
FSB Speed : 400 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : Yes
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 2 W
VID Voltage Range : 0.75-1.1V
Thermal Specification : 90°C
Package Size : 13mm x 14mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : PBGA441
Halogen Free Options Available : Yes
Intel® Virtualization Technology : No
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : Yes
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : Yes
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : No
Intel® Trusted Execution Technology : No

Intel® Atom™ Processor Z510P (512K Cache, 1.10 GHz, 400 MHz FSB)

2009-06-12T14:50:00.001+07:00

Launch Date : Q1'09
Processor Number : Z510P
# of Cores : 1
Clock Speed : 1.1 GHz
L2 Cache : 512 KB
FSB Speed : 400 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : Yes
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 2.2 W
VID Voltage Range : 0.8V-1.1V
Thermal Specification : 85°C
Package Size : 22mm x 22mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : FCBGA437
Halogen Free Options Available : Yes
Intel® Virtualization Technology : No
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : Yes
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : No
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

Intel® Atom™ Processor Z510PT (512K Cache, 1.10 GHz, 400 MHz FSB)

2009-06-12T14:48:00.002+07:00

Launch Date : Q1'09
Processor Number : Z510PT
# of Cores : 1
Clock Speed : 1.1 GHz
L2 Cache : 512 KB
FSB Speed : 400 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : Yes
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 2.2 W
VID Voltage Range : 0.75V-1.1V
Thermal Specification : 107°C
Package Size : 22mm x 22mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : FCBGA437
Halogen Free Options Available : Yes
Intel® Virtualization Technology : No
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : Yes
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : No
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

Intel® Atom™ Processor Z515 (512K Cache, 1.20 GHz, 400 MHz FSB)

2009-06-12T14:34:00.002+07:00

Launch Date : Q2'09
Processor Number : Z515
# of Cores : 1
Clock Speed : 1.2 GHz
L2 Cache : 512 KB
FSB Speed : 400 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : No
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 1.4 W
Package Size : 13mm x 14mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : PBGA441
Halogen Free Options Available : Yes
Intel® Virtualization Technology : No
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : Yes
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

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Intel® Atom™ Processor Z520 (512K Cache, 1.33 GHz, 533 MHz FSB)

2009-06-12T14:29:00.002+07:00

Launch Date : Q2'08
Processor Number : Z520
# of Cores : 1
Clock Speed : 1.33 GHz
L2 Cache : 512 KB
FSB Speed : 533 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : No
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 2 W
VID Voltage Range : 0.75-1.1V
Thermal Specification : 90°C
Package Size : 13mm x 14mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : PBGA441
Halogen Free Options Available : Yes
Intel® Virtualization Technology : Yes
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : Yes
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : Yes
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

Intel® Atom™ Processor Z520PT (512K Cache, 1.33 GHz, 533 MHz FSB)

2009-06-12T14:24:00.002+07:00

Launch Date : Q1'09
Processor Number : Z520PT
# of Cores : 1
Clock Speed : 1.33 GHz
L2 Cache : 512 KB
FSB Speed : 533 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : Yes
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 2.2 W
VID Voltage Range : 0.9V-1.1V
Thermal Specification : 107°C
Package Size : 22mm x 22mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : FCBGA437
Halogen Free Options Available : Yes
Intel® Virtualization Technology : Yes
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : Yes
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : No
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

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Intel® Atom™ Processor Z530 (512K Cache, 1.60 GHz, 533 MHz FSB)

2009-06-12T14:17:00.003+07:00

Launch Date : Q2'08
Processor Number : Z530
# of Cores : 1
Clock Speed : 1.6 GHz
L2 Cache : 512 KB
FSB Speed : 533 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : Yes
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 2 W
VID Voltage Range : 0.75 -1.1V
Thermal Specification : 90°C
Package Size : 13mm x 14mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : PBGA441
Halogen Free Options Available : Yes
Intel® Virtualization Technology : Yes
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : Yes
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : Yes
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

Intel® Atom™ Processor Z530P (512K Cache, 1.60 GHz, 533 MHz FSB)

2009-06-12T14:14:00.000+07:00

Launch Date : Q1'09
Processor Number : Z530P
# of Cores : 1
Clock Speed : 1.6 GHz
L2 Cache : 512 KB
FSB Speed : 533 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : Yes
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 2.2 W
VID Voltage Range : 0.8V-1.1V
Thermal Specification : 85°C
Package Size : 22mm x 22mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : FCBGA437
Halogen Free Options Available : Yes
Intel® Virtualization Technology : Yes
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : Yes
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : No
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

Intel® Atom™ Processor Z540 (512K Cache, 1.86 GHz, 533 MHz FSB)

2009-06-12T14:10:00.000+07:00

Launch Date : Q2'08
Processor Number : Z540
# of Cores : 1
Clock Speed : 1.86 GHz
L2 Cache : 512 KB
FSB Speed : 533 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : No
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 2.4 W
VID Voltage Range : 0.75 -1.1V
Thermal Specification : 90°C
Package Size : 13mm x 14mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : PBGA441
Halogen Free Options Available : Yes
Intel® Virtualization Technology : Yes
Execute Disable Bit : Yes
Enhanced Intel® Speedstep Technology : Yes
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : Yes
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

Intel® Atom™ Processor Z550 (512K Cache, 2.00 GHz, 533 MHz FSB)

2009-06-12T14:05:00.000+07:00

Launch Date : Q2'09
Processor Number : Z550
# of Cores : 1
Clock Speed : 2 GHz
L2 Cache : 512 KB
FSB Speed : 533 MHz
FSB Parity : No
Instruction Set : 32-bit
Embedded : No
Supplemental SKU : No
Lithography : 45 nm
Max TDP : 2.4 W
Package Size : 13mm x 14mm
Die Size : 26 mm2
# of Transistors : 47 million
Sockets Supported : PBGA441
Halogen Free Options Available : Yes
Intel® Virtualization Technology : Yes
Enhanced Halt State (C1E) : Yes
Intel® 64 : No
Intel® Demand Based Switching : Yes
Intel® Turbo Boost Technology : No
Intel® Hyper-Threading Technology : Yes
Intel® Trusted Execution Technology : No

Intel® Core™2-E8600 Duo Processor

2009-06-10T17:48:00.003+07:00

Processor Number : E8600
Cache : 6 MB L2
Clock Speed : 3.33 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-E8500 Duo Processor

2009-06-10T17:48:00.001+07:00

Processor Number : E8500
Cache : 6 MB L2
Clock Speed : 3.16 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-E8400 Duo Processor

2009-06-10T17:47:00.002+07:00

Processor Number : E8400
Cache : 6 MB L2
Clock Speed : 3 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-E8300 Duo Processor

2009-06-10T17:47:00.001+07:00

Processor Number : E8300
Cache : 6 MB L2
Clock Speed : 2.83 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-E8200 Duo Processor

2009-06-10T17:46:00.002+07:00

Processor Number : E8300
Cache : 6 MB L2
Clock Speed : 2.6 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-E8190 Duo Processor

2009-06-10T17:46:00.001+07:00

Processor Number : E8190
Cache : 6 MB L2
Clock Speed : 2.6 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : -
Intel 64 : yes
Intel Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-E7600 Duo Processor

2009-06-10T17:45:00.001+07:00

Processor Number : E7600
Cache : 3 MB L2
Clock Speed : 3.06 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E7500 Duo Processor

2009-06-10T17:44:00.001+07:00

Processor Number : E7500
Cache : 3 MB L2
Clock Speed : 2.93 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : -
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E7400 Duo Processor

2009-06-10T17:43:00.002+07:00

Processor Number : E7400
Cache : 3 MB L2
Clock Speed : 2.8 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : -
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E7300 Duo Processor

2009-06-10T17:43:00.001+07:00

Processor Number : E7300
Cache : 3 MB L2
Clock Speed : 2.66 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : -
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E7200 Duo Processor

2009-06-10T17:42:00.001+07:00

Processor Number : E7200
Cache : 3 MB L2
Clock Speed : 2.53 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : -
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E6850 Duo Processor

2009-06-10T17:41:00.002+07:00

Processor Number : E6850
Cache : 4 MB L2
Clock Speed : 3 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-E6750 Duo Processor

2009-06-10T17:41:00.001+07:00

Processor Number : E6750
Cache : 4 MB L2
Clock Speed : 2.66 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-E6700 Duo Processor

2009-06-10T17:40:00.002+07:00

Processor Number : E6700
Cache : 4 MB L2
Clock Speed : 2.66 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E6600 Duo Processor

2009-06-10T17:40:00.001+07:00

Processor Number : E6600
Cache : 4 MB L2
Clock Speed : 2.4 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E6550 Duo Processor

2009-06-10T17:39:00.002+07:00

Processor Number : E6550
Cache : 4 MB L2
Clock Speed : 2.33 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-E6540 Duo Processor

2009-06-10T17:39:00.001+07:00

Processor Number : E6540
Cache : 4 MB L2
Clock Speed : 2.33 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E6420 Duo Processor

2009-06-10T17:38:00.002+07:00

Processor Number : E6420
Cache : 4 MB L2
Clock Speed : 2.13 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E6400 Duo Processor

2009-06-10T17:38:00.001+07:00

Processor Number : E6400
Cache : 2 MB L2
Clock Speed : 2.13 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E6320 Duo Processor

2009-06-10T17:37:00.001+07:00

Processor Number : E6320
Cache : 4 MB L2
Clock Speed : 1.86 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : yes
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E4600 Duo Processor

2009-06-10T17:36:00.002+07:00

Processor Number : E4600
Cache : 2 MB L2
Clock Speed : 2.4 GHz
Bus Speed : 800 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : -
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E4500 Duo Processor

2009-06-10T17:36:00.001+07:00

Processor Number : E4500
Cache : 2 MB L2
Clock Speed : 2.2 GHz
Bus Speed : 800 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : -
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E4400 Duo Processor

2009-06-10T17:35:00.000+07:00

Processor Number : E4400
Cache : 2 MB L2
Clock Speed : 2 GHz
Bus Speed : 800 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : -
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-E4300 Duo Processor

2009-06-10T17:34:00.000+07:00

Processor Number : E4300
Cache : 2 MB L2
Clock Speed : 1.8 GHz
Bus Speed : 800 MHz FSB
Number of Cores : 2
Intel Virtualization Technology : -
Intel 64 : yes
Intel Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-Q6600 Quad Processor

2009-06-09T15:54:00.001+07:00

Processor Number : Q6600
Cache : 8 MB L2
Clock Speed : 2,4 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-Q6700 Quad Processor

2009-06-09T15:53:00.002+07:00

Processor Number : Q6700
Cache : 8 MB L2
Clock Speed : 2,66 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-Q8200 Quad Processor

2009-06-09T15:53:00.001+07:00

Processor Number : Q8200
Cache : 4 MB L2
Clock Speed : 2,66 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : -
Intel® 64 : yes
Intel® Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-Q8200S Quad Processor

2009-06-09T15:52:00.002+07:00

Processor Number : Q8200S
Cache : 4 MB L2
Clock Speed : 2,66 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : -
Intel® 64 : yes
Intel® Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-Q8400 Quad Processor

2009-06-09T15:52:00.001+07:00

Processor Number : Q8400
Cache : 4 MB L2
Clock Speed : 2,66 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-Q8400S Quad Processor

2009-06-09T15:51:00.002+07:00

Processor Number : Q8400S
Cache : 4 MB L2
Clock Speed : 2,66 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : -
Execute Disable Bit : yes

Intel® Core™2-Q9000 Quad Processor

2009-06-09T15:51:00.001+07:00

Processor Number : Q9000
Cache : 6 MB L2
Clock Speed : 2 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : yes
Execute Disable Bit : -

Intel® Core™2-Q9100 Quad Processor

2009-06-09T15:50:00.000+07:00

Processor Number : Q9100
Cache : 12 MB L2
Clock Speed : 2.26 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-Q9300 Quad Processor

2009-06-09T15:49:00.002+07:00

Processor Number : Q9300
Cache : 6 MB L2
Clock Speed : 2.5 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-Q9400 Quad Processor

2009-06-09T15:49:00.001+07:00

Processor Number : Q9400
Cache : 6 MB L2
Clock Speed : 2.66 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-Q9400S Quad Processor

2009-06-09T15:48:00.002+07:00

Processor Number : Q9400S
Cache : 6 MB L2
Clock Speed : 2.66 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-Q9450 Quad Processor

2009-06-09T15:48:00.001+07:00

Processor Number : Q9450
Cache : 12 MB L2
Clock Speed : 2.66 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-Q9550 Quad Processor

2009-06-09T15:47:00.000+07:00

Processor Number : Q9550
Cache : 12 MB L2
Clock Speed : 2.83 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-Q9550S Quad Processor

2009-06-09T15:46:00.000+07:00

Processor Number : Q9550S
Cache : 12 MB L2
Clock Speed : 2.83 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : yes
Execute Disable Bit : yes

Intel® Core™2-Q9650 Quad Processor

2009-06-09T15:45:00.000+07:00

Processor Number : Q9650
Cache : 12 MB L2
Clock Speed : 3 GHz
Bus Speed : 1333 MHz FSB
Number of Cores : 4
Intel® Virtualization Technology : yes
Intel® 64 : yes
Intel® Trusted Execution Technology : yes

Intel® Core™2-X7800 Extreme Mobile Processor

2009-06-09T14:42:00.001+07:00

Processor Number : X7800
Cache : 4 MB L2
Clock Speed : 2.6 GHz
Bus Speed : 800 MHz FSB
Number of Cores : 2
Max TDP : 44 W
Intel® Virtualization Technology : -
Intel® 64 : yes
Execute Disable Bit : yes

Intel® Core™2-X7900 Extreme Mobile Processor

2009-06-09T14:41:00.001+07:00

Processor Number : X7900
Cache : 4 MB L2
Clock Speed : 2.8 GHz
Bus Speed : 800 MHz FSB
Number of Cores : 2
Max TDP : 44 W
Intel® Virtualization Technology : yes
Intel® 64 : yes
Execute Disable Bit : yes

Intel® Core™2-QX9300 Extreme Mobile Processor

2009-06-09T14:40:00.001+07:00

Processor Number : QX9300
Cache : 12 MB L2
Clock Speed : 2.53 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 4
Max TDP : 44 W
Intel® Virtualization Technology : yes
Intel® 64 : yes
Execute Disable Bit : yes

Intel® Core™2-X9000 Extreme Mobile Processor

2009-06-09T14:39:00.000+07:00

Processor Number : X9000
Cache : 6 MB L2
Clock Speed : 2.8 GHz
Bus Speed : 800 MHz FSB
Number of Cores : 2
Max TDP : 44 W
Intel® Virtualization Technology : yes
Intel® 64 : yes
Execute Disable Bit : yes

Intel® Core™2-X9100 Extreme Mobile Processor

2009-06-09T14:38:00.000+07:00

Processor Number : X9100
Cache : 6 MB L2
Clock Speed : 3.06 GHz
Bus Speed : 1066 MHz FSB
Number of Cores : 2
Max TDP : 44 W
Intel® Virtualization Technology : yes
Intel® 64 : yes
Execute Disable Bit : yes

Intel® Core™ i7-975, Processor Extreme Edition

2009-06-09T14:32:00.002+07:00

Processor Number² : i7-975
Intel® Smart Cache : 8MB
Clock Speed : 3.33 GHz
Intel® QuickPath Interconnect Speed : 6.4 GT/s
Memory Type/Speed : DDR3 800/1066 MHz
Integrated Memory Controller : 3 Channels, 2 DIMMs/Ch
Intel® Hyper-Threading Technology : 8 processing threads
Quad Core : yes
Intel® Turbo Boost Technologyβ : yes
Intel® Virtualization TechnologyΦ : yes
Enhanced Intel SpeedStep® Technology : yes
Intel® 64Φ : yes

Intel® Core™ i7-965, Processor Extreme Edition

2009-06-05T17:34:00.001+07:00

Processor Number² : i7-965
Intel® Smart Cache : 8MB
Clock Speed : 3.20 GHz
Intel® QuickPath Interconnect Speed : 6.4 GT/s
Memory Type/Speed : DDR3 800/1066 MHz
Integrated Memory Controller : 3 Channels, 2 DIMMs/Ch
Intel® Hyper-Threading Technology : 8 processing threads
Quad Core : yes
Intel® Turbo Boost Technologyβ : yes
Intel® Virtualization TechnologyΦ : yes
Enhanced Intel SpeedStep® Technology : yes
Intel® 64Φ : yes

Processor AMD Phenom™ X3 Triple-Core Model 8450

2009-06-03T13:25:00.000+07:00

Processor : AMD Phenom™ X3 Triple-Core
Model : 8450
OPN Tray : HD8450WCJ3BGH
OPN PIB : HD8450WCGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2100
Voltages : 1.05V - 1.25V
Max Temps (C) : 70'C
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 3
L2 Cache Size (KB) : 512
L2 Cache Count : 3
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X3 Triple-Core Model 8650

2009-06-03T13:24:00.000+07:00

Processor : AMD Phenom™ X3 Triple-Core
Model : 8650
OPN Tray : HD8650WCJ3BGH
OPN PIB : HD8650WCGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2300
Voltages : 1.05V - 1.25V
Max Temps (C) : 70'C
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 3
L2 Cache Size (KB) : 512
L2 Cache Count : 3
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X3 Triple-Core Model 8750

2009-06-03T13:23:00.000+07:00

Processor : AMD Phenom™ X3 Triple-Core
Model : 8750
OPN Tray : HD8750WCJ3BGH
OPN PIB : HD8750WCGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2400
Voltages : 1.05V - 1.25V
Max Temps (C) : 70'C
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 3
L2 Cache Size (KB) : 512
L2 Cache Count : 3
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9350e

2009-06-03T13:22:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9350e
OPN Tray : HD9350ODJ4BGH
OPN PIB : HD9350ODGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2000
Voltages : 1.0-1.125
Max Temps (C) : 70'C
Wattage : 65 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9850

2009-06-03T13:21:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9850
OPN Tray : HD9850XAJ4BGH
OPN PIB : HD9850XAGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2500
Voltages : 1.05-1.3V
Max Temps (C) : 61'C
Wattage : 125 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9150e

2009-06-03T13:20:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9150e
OPN Tray : HD9150ODJ4BGH
OPN PIB : HD9150ODGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 1800
Voltages : 1.0-1.125V
Max Temps (C) : 70'C
Wattage : 65 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9950

2009-06-03T13:19:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9950
OPN Tray : HD995ZXAJ4BGH
OPN PIB : HD995ZXAGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2600
Voltages : 1.05-1.30
Max Temps (C) : 61'C
Wattage : 125 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : Yes

Processor AMD Phenom™ X4 Quad-Core Model 9600

2009-06-03T13:17:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9600
OPN Tray : HD960ZWCJ4BGD
OPN PIB : HD960ZWCGDBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B2
Core Speed (MHz) : 2300
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : Yes

Processor AMD Phenom™ X4 Quad-Core Model 9100e

2009-06-03T13:15:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9100e
OPN Tray : HD9100OBJ4BGD
OPN PIB : N/A
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B2
Core Speed (MHz) : 1800
Voltages : 1.10/1.125/1.15V
Max Temps (C) : 61'C
Wattage : 65 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9750

2009-06-03T13:14:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9750
OPN Tray : HD9750WCJ4BGH
OPN PIB : HD9750WCGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2400
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70'
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9550

2009-06-03T13:13:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9550
OPN Tray : HD9550WCJ4BGH
OPN PIB : HD9550WCGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2200
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70'C
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9650

2009-06-03T13:12:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9650
OPN Tray : HD9650WCJ4BGH
OPN PIB : HD9650WCGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2300
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70'C
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9750

2009-06-03T13:11:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9750
OPN Tray : HD9750XAJ4BGH
OPN PIB : HD9750XAGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2400
Voltages : 1.20/1.25/1.30V
Max Temps (C) : 61'C
Wattage : 125 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9850

2009-06-03T13:08:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9850
OPN Tray : HD985ZXAJ4BGH
OPN PIB : HD985ZXAGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2500
Voltages : 1.05-1.3V
Max Temps (C) : 61'C
Wattage : 125 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : Yes

Processor AMD Phenom™ X4 Quad-Core Model 9500

2009-06-03T13:07:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9500
OPN Tray : HD9500WCJ4BGD
OPN PIB : HD9500WCGDBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B2
Core Speed (MHz) : 2200
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9600

2009-06-03T13:06:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9600
OPN Tray : HD960ZWCJ4BGD
OPN PIB : HD960ZWCGDBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B2
Core Speed (MHz) : 2300
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : Yes

Processor AMD Phenom™ X4 Quad-Core Model 9100e

2009-06-03T13:05:00.001+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9100e
OPN Tray : HD9100OBJ4BGD
OPN PIB : N/A
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B2
Core Speed (MHz) : 1800
Voltages : 1.10/1.125/1.15V
Max Temps (C) : 61'C
Wattage : 65 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9750

2009-06-03T13:04:00.001+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9750
OPN Tray : HD9750WCJ4BGH
OPN PIB : HD9750WCGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2400
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70'
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9550

2009-06-03T13:02:00.002+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9550
OPN Tray : HD9550WCJ4BGH
OPN PIB : HD9550WCGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2200
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70'C
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9650

2009-06-03T13:02:00.001+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9650
OPN Tray : HD9650WCJ4BGH
OPN PIB : HD9650WCGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2300
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70'C
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9750

2009-06-03T13:00:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9750
OPN Tray : HD9750XAJ4BGH
OPN PIB : HD9750XAGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2400
Voltages : 1.20/1.25/1.30V
Max Temps (C) : 61'C
Wattage : 125 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9850

2009-06-03T12:59:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9850
OPN Tray : HD985ZXAJ4BGH
OPN PIB : HD985ZXAGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2500
Voltages : 1.05-1.3V
Max Temps (C) : 61'C
Wattage : 125 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : Yes

Processor AMD Phenom™ X4 Quad-Core Model 9500

2009-06-03T12:58:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9500
OPN Tray : HD9500WCJ4BGD
OPN PIB : HD9500WCGDBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B2
Core Speed (MHz) : 2200
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 9600

2009-06-03T12:57:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9600
OPN Tray : HD9600WCJ4BGD
OPN PIB : HD9600WCGDBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B2
Core Speed (MHz) : 2300
Voltages : 1.10/1.15/1.20/1.25V
Max Temps (C) : 70
Wattage : 95 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : No

Processor AMD Phenom™ X4 Quad-Core Model 995o

2009-06-03T12:55:00.000+07:00

Processor : AMD Phenom™ X4 Quad-Core
Model : 9950
OPN Tray : HD995ZFAJ4BGH
OPN PIB : HD995ZFAGHBOX
Operating Mode 32 Bit : Yes
Operating Mode 64 Bit : Yes
Revision : B3
Core Speed (MHz) : 2600
Voltages : 1.05-1.30
Max Temps (C) : 64'C
Wattage : 140 W
L1 Cache Size (KB) : 128
L1 Cache Count : 4
L2 Cache Size (KB) : 512
L2 Cache Count : 4
L3 Cache Size (KB) : 2048
CMOS : 65nm SOI
Socket : AM2+
AMD Business Class : No
Black Edition : Yes