Edited: 10/02/09 12:32 AM PDT
The 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 cell
To 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 bits
Therefore, the cell being 256Mb = (256 x 1048576) =
268,435,456 bits per cell
Formula: (256 x 1024 x 1024)
References and credits:
http://www.bit-calculator.com
http://forums.techguy.org/hardware/659955-memory-question.html
How_many_bits_of_information_does_a_single_cell_of_memory_chip_a_memory_chip_on_a_256MB_PC2700_DDR_module_hold
Intelligent RAM or IRAM merges processing and memory into single chip to lower memory latency,increase memory bandwidth,and improve energy efficiency as well as to allow more flexible selection of memory size and organisation.
Many different parts of the brain are involved in memory recall (what people commonly call "remembering"). However, if one had to restrict his/her answer to a single brain structure, the hippocampus would probably be the one at the top of most neuroscientists' lists.
Chunking
The magnification. What really matters about a telescope, the single most important piece of information, is the diameter of the main lens, or main mirror.The magnification. What really matters about a telescope, the single most important piece of information, is the diameter of the main lens, or main mirror.The magnification. What really matters about a telescope, the single most important piece of information, is the diameter of the main lens, or main mirror.The magnification. What really matters about a telescope, the single most important piece of information, is the diameter of the main lens, or main mirror.
I think it is chromosomes.
32 MB
Single in-line memory module and dual in-line memory module.
DIMM- DUAL INLINE MEMORY MODULE RIMM - RAMBUS INLINE MEMORY MODULE SIMM SINGLE INLINE MEMORY MODULE
SIMM (Single inline memory module), DIMM (Dual inline memory module), and RIMM (Rambus inline memory module)
Single Inline Memory Module, used to refer to memory chips prior to the introduction of Dual Inline Memory Module.
32 megabytes.
SIMM (Single Inline Memory Module), is a form of RAM (Random Access Memory) It is a ram chip with memory chips on one side. A DIMM (Dual Inline Memory Module) is like a SIMM, but has memory chips on both sides.
Single Inline Memory Module
single inline memory module
RIMM: Rambhous Inline Memory ModuleSIMM: Single Inline Memory ModuleDIMM: Dual Inline Memory ModuleDDRDIMM: Dual Data Rate Dual Inline Memory Module
SIMM stands for Single Inline Memory Module.
Yes. A SIMM is a single in-line memory module. All this really means is that contacts on both sides of the module are redundant. SIMM was replaced with DIMM (dual in-line memory module).