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32 MB
PC2700 refers to the speed of the memory, not the capacity. You would have to look at the label on the stick to find the capacity. It's usually measured in megabytes or gigabytes.
There are a number of different names. They are usually in the form of SIMMs (Single Inline Memory Modules), and people often call them just memory modules. Some also call them memory cards or memory sticks. They may go by other names based on the exact chips and how they are wired, such as DDR, DDR2, DDR3, and so on.They are sometimes called MultiChip Modules. When their sole function is RAM they can be called Memory Modules.Sometimes they are identified by the type of connector: SIMM, DIMM, UDIMM, SODIMM, etc.Memory Modules (memory card)
#2 memory Modules (C)
DIMM stands for Dual Inline Memory Module. DIMM slots are the slots on a motherboard that hold the memory modules.
It can hold the Communicator, the Module, a Controller and Memory Units. It also has a back pocket and that can hold an additional 6 Game Discs or DVDs
32 megabytes.
No. ROM is an acronym for Read Only Memory. ROM can range from computer chips that hold instructions for running the computer to CD-ROMs or DVD-ROMs. The memory that CAN be written to is RAM, which is an acronym for Random Access Memory.
The processor uses temporary storage, called primary storage or memory, to temporarly hold both data and instructions while it is processingthem. Pimary storage is much faster to access than permanent storage. however, when data and instructions are not being used, they must be kept in permanent storage sometimes called secondary storage, such as a hard drive, CD or floppy .
The full form of RAM is random access memory. Ram is volatile. Volatile chips don't hold the same data. Program and data can be written to and erased from RAM as needed. RAM can be found various places in a computer system. RAM's job is to hold programs and data while they are in use. Now a days we also found NVRAM. The full form of NVRAM is non-volatile random access memory. Non-volatile chips can hold the data, even the main power is turned off.
Edited: 10/02/09 12:32 AM PDTThe previous answer here said simply:"8 bits"....which might be correct for the rate of data transfer (per cell), but that doesn't answer the question!The way I finally figured it:A 256MB (mega BYTE) module has 8 cells, (or chips).256/8 = 32MB per cellTo convert BYTES to BITS, multiply by 8; (8 BITS to a BYTE).32MB (x8) = 256Mb (mega BITS) per cell.To convert MEGA bits to BITS*:*(when referring to data storage, as in this case...)1Mb = 1048576 bitsTherefore, the cell being 256Mb = (256 x 1048576) =268,435,456 bits per cellFormula: (256 x 1024 x 1024)References and credits:http://www.bit-calculator.comhttp://forums.techguy.org/hardware/659955-memory-question.htmlHow_many_bits_of_information_does_a_single_cell_of_memory_chip_a_memory_chip_on_a_256MB_PC2700_DDR_module_hold
Memory Hold-the-Door was created in 1940.