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Intel Processor FSB Info :
133 = 533 MHz
200 = 800 MHz
266 = 1066 MHz
333 = 1333 MHz
400 = 1600 MHz
_________________________

Memory Info :
Memory Speeds (MHz)
and Data Tranfer Rates (GB/s) :

DDR1 266 MHz = PC2100
DDR1 333 MHz = PC2700
DDR1 400 MHz = PC3200
_________________________

DDR2 533 MHz = PC 4200
DDR2 667 MHz = PC 5300
DDR2 800 MHz = PC 6400
_________________________
 
DDR3 1066 MHz = PC 8500
DDR3 1333 MHz = PC 10600
DDR3 1600 MHz = PC 12800
DDR3 1866 MHz = PC 14900
_________________________
 
DDR4 2133 MHz = PC 17000
DDR4 2400 MHz = PC 19000
DDR4 2666 MHz = PC 21300
DDR4 2933 MHz = PC 23400
DDR4 3200 MHz = PC 25600
_________________________
Note : 
* The practical data rate is determined by the system's Central Processing Unit and motherboard configuration.
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Memory
Apa maksud dari PCxxxx dan DDRxxx

Masalah memori dekstop, Apakah yang dimaksud dengan ?

1. Pc 2100,Pc 2700,Pc 3200,pc 4200.pc5300,pc6400? apa bedanya tulisan tersebut dan yang bagus yang pc2100/pc6400?
2. 240 pin dan 184 pin apa bedanya tulisan tersebut?maksudnya artinya apa?kok yang banyak 240 pin
3. 400mHZ, 800mHZ, 667mHZ? bagusan yang besar apa yang kecil


soalnya komputerku mau tak tambah memori,setelah lihat di speak-speak memori ternyata semua ada tulisan tersebut? jadi bingung nich,,,,bantuin ya?
 
Source :
http://id.answers.yahoo.com/question/index?qid=20081225052958AAhclWx
 
Memory and Windows OS 02

Bruce Sanderson's General Windows Information

RAM, Virtual Memory, PageFile and all that stuff

 

This article explains some aspects of the Virtual Memory implementation in Windows 2000, XP, 2003 Server etc.  It is intended for a general audience that has an interest in the relationship between RAM (Random Access Memory), Address Spaces, Virtual Memory and pagefile in those systems.  An abbreviated version of this article is available at http://support.microsoft.com/?kbid=555223.

The article is arranged with basic information covering the scope of the article in 1. Basic Concepts with more details in 2. Additional Detail.  This should enable the casual reader to get basic information without getting buried in detail, but those interested in a greater understanding can read the detailed material further down in the article.

This article is mainly concerned with 32 bit Windows versions, but most of the discussion is equally applicable to 64 bit versions.  See 3. 64 Bit Processors and Address Spaces for some information specifically about 64 bit versions.

Source :

http://members.shaw.ca/bsanders/WindowsGeneralWeb/RAMVirtualMemoryPageFileEtc.htm

 

 
Memory and Windows OS 01

Memory Support and Windows Operating Systems

Updated: February 9, 2005

Operating systems based on Microsoft Windows NT technologies have always provided applications with a flat 32-bit virtual address space that describes 4 gigabytes (GB) of virtual memory. The address space is usually split so that 2 GB of address space is directly accessible to the application and the other 2 GB is only accessible to the Windows executive software.

The 32-bit versions of the Windows 2000 Advanced Server and Windows NT Server 4.0, Enterprise Edition, operating systems were the first versions of Windows to provide applications with a 3-GB flat virtual address space, with the kernel and executive components using only 1 GB. In response to customer requests, Microsoft has expanded the availability of this support to the 32-bit version of Windows XP Professional and all 32-bit versions of Windows Server 2003. 

Source :
- Memory Support and Windows Operating Systems

    http://www.microsoft.com/whdc/system/platform/server/PAE/PAEmem.mspx

- Operating Systems and PAE Support
    http://www.microsoft.com/whdc/system/platform/server/PAE/pae_os.mspx#ETG

- Physical Address Extension - PAE Memory and Windows
    http://www.microsoft.com/whdc/system/platform/server/PAE/PAEdrv.mspx

 

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