What is ReadyBoost and what is SuperFetch?
Microsoft introduces, using Windows, these new techniques, which have to speed up your computer which is used for daily usage.
How do these technologies work?
Do you really get a super system when you extend the memory using a USB stick?
The memory in computers increased dramatically since a few years ago. This is logical because there is nothing what makes a computer more stable and faster than extra memory. Microsoft wants to use that new memory maximum and equipped Windows Vista with a few techniques which have to take care of this.
The memory manager of Windows Vista can change the grouping of the memory any time, which decreases the chance of overloading a part of the memory. Microsoft calls this 'dynamic kernel address space'.
The possibility to assign memory dynamically is also used to decide which data have to be loaded into the memory and which data is mend for the virtual memory.Previous versions of Windows did not make any difference between data which is used much and which is used less. Windows Vista does it on another way. SuperFetch doesn't look at the data which is unused the longest, but it predicts which data will be needed as first again and keeps this data stored in the memory.If there will be any free space in the RAM-memory then SuperFetch will fill these spaces with the data of which it predicts it will be needed as first again.
Microsoft introduces, using Windows, these new techniques, which have to speed up your computer which is used for daily usage.
How do these technologies work?
Do you really get a super system when you extend the memory using a USB stick?
The memory in computers increased dramatically since a few years ago. This is logical because there is nothing what makes a computer more stable and faster than extra memory. Microsoft wants to use that new memory maximum and equipped Windows Vista with a few techniques which have to take care of this.
The memory manager of Windows Vista can change the grouping of the memory any time, which decreases the chance of overloading a part of the memory. Microsoft calls this 'dynamic kernel address space'.
The possibility to assign memory dynamically is also used to decide which data have to be loaded into the memory and which data is mend for the virtual memory.Previous versions of Windows did not make any difference between data which is used much and which is used less. Windows Vista does it on another way. SuperFetch doesn't look at the data which is unused the longest, but it predicts which data will be needed as first again and keeps this data stored in the memory.If there will be any free space in the RAM-memory then SuperFetch will fill these spaces with the data of which it predicts it will be needed as first again.
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