Computer Memory

Gold or Tin

A dimm slot on a computer motherboard is used to add extended memory or Ram ( random access memory ) all motherboards have a minimum and maximum amount of memory and memory speed which can be used.The more memory in a computer system the greater the performance especially for video rendering and other high end tasks. Computer motherboards have different types of dimm slots which use different types of memory and memory speeds. examples are

Sd ram uses 168 pin motherboard dimm slots of memory speed 100mhz or 133 mhz

Ddr ram uses 184 pin motherboard dimm slots of memory speeds of 266 mhz to 400mhz

Ddr2 ram uses 240 pin motherboard dimm slots of memory speeds of 533 to 1200mhz

Ddr 3 ram uses 240 pin motherboard dimm slots of memory speeds of 1333mhz upwards

Each motherboard has a notch in the dimm slot so the wrong type of memory can not be installed in the wrong motherboard. Example ddr3 memory will not fit in a ddr2 memory motherboard.when upgrading memory persons should find the required memory type and memory speed from the motherboard manufacturer specifaciations data to ensure full compatibility. The faster the memory speed and the greater the memory amount the faster the computer system

I would suggest you go for the 2gb ram and 512mb vcard. It has more performance. 2gb can run Vista and windows 7, while 128mb vcard you'll have trouble on running on these current systems.

128mb vcard is not worth it for a 3gb RAM nowadays. unless its a ddr3 and supports cuda and other nvidia or ati stuff, which is impossible on today's tech.

Also, if need be, you can upgrade the RAM from a 2GB to more. It's harder to upgrade a GPU, and more expensive as well.

24c08 programer

It depends on the type and speed of the chip you are trying to install.

You are not using the right sync options

The RAM of an Intel Pentium 4 processor was as high as 1GB or 2GB. The chips were made between 2000 and 2008 before being replaced by dual core chips.

what do you mean by memory devices?how it is implement with the pc software

"convert"???

A Gigabyte of RAM is the equivalent of 1,000 Megabytes of RAM.

A Megabyte of RAM is the equivalent of 1,000 Kilobytes of RAM.

A Kilobyte of RAM is the equivalent of 1,000 Bytes of RAM.

A BYTE of Ram is eight "bits" of memory. A "bit" is a single switch, either on or off. Put eight of them together and it can represent a character... while you can calculate the number of Kilobytes in a Gigabyte you can't "convert" them. You have to actually purchase additional RAM if your computer needs more memory.

You also have to make sure the memory module is compatible with your computer.

If you are installing Ram (menory) make sure the computer is off unpluged.. before you take it out .. you can burn out the mother board ( mainboard) and or the Ram. the best way to be sure the memory will work for the computer you are installing it in is to go to google.com and do a spec on the computer..

EX: dell 640 Spec

encoding

a data warehouse

ransom access memory which is permenant

That is completely dependant upon your particular motherboard. The older motherboards take different RAM than the newer ones. The way to check is to look at the existing RAM in your system. Be sure to unplug the computer from the wall first. Then gently wiggle the RAM out of it's socket. There may be a small retaining bracket on each side of the RAM stick; you need to undo that bracket first. Read what is written on the RAM stick. It may say something like "PC3200", or "PC2-5300", or any one of several other things. Once you know this, you can then buy the right RAM.

I'm pretty sure it's because they're too small. That and they're slower . . . I think. >__O

Added : Each processor design provides for a number of CPU registers. the number and size of them depends on the processor. Old processors only had 8 registers of 2 bytes each - thus you only got 16 bytes of data storage! Modern designs have up to 64 registers which are usually 32 bits (4 bytes) or 64 bits (8 bytes) each - but still far too small to be of use for general working storage - other than during, say, a calculation. The CPU registers are normally used for holding the address of items in working storage (ie RAM). they are 'expensive real estate'.

internet

PCI , AGP and PCI Express

1.8Ghz is a perfectly good processor.....depending on what you are doing with the computer. If you are just using word processor type programs, surfing the web, doing email, etc. You will be fine with this. If you plan on playing any of the latest games you would benefit greatly from upping your processor speed.

1024 mb

[This answer assumes the asker meant to say "difference between MB and GB")]

A MB, or megabyte is 106 (1,000,000) bytes of space.

A GB, or gigabyte is 109 (1,000,000,000) bytes of space.

Unfortunately most computer operating systems and software (including Windows) incorrectly refer to MB and GB when they mean MiB and GiB leading to a public confusing of the true meaning of GB and MB.

A MiB, or Mebibyte is 220 (1,048,576) bytes of space.

A GiB, or Gibibyte is 230 (1,073,741,824) bytes of space.

In either case the difference is that a GB is approximately one thousand times as large as a MB.

The key task of a memory system is to memorize data in such a way as to have it readily available to the user. This is why computers have RAM (Random Access Memory).

What do you mean? Do you mean temporary files/cookies. If you do you go on internet explorer and click on safety and clear internet history

It took them 68 seconds to do so.

The starting address of an 8K byte memory chip that ends at FFFFH is E000H.

8K is 8192 (8 * 1024) which is 2000H. Subtract 2000H from FFFFH, and add 1, and you get E000H.