The amount of data that can be transferred to or from memory per second?
singleAnswer
memory bandwidth
Memory bandwidth
amount of data that can be transferred to memory per second
Memory bandwidth Modem Word (computer architecture) Transfer (computing) Magnetic tape data storage Bit rate Direct memory access Double data rate IOPS DDR3 SDRAM
<b>Memory</b> bandwidth is the rate at which <b>data can</b> be read from or stored into <b>a</b> 
semiconductor <b>memory</b> by <b>a</b> processor. <b>Memory</b> bandwidth is usually expressed 
in units of bytes/<b>second</b>, though this ... Base DRAM clock frequency; <b>Number of</b> 
<b>data transfers per</b> clock: Two, in the case of &quot;double <b>data</b> rate&quot; (DDR, DDR2, 
DDR3,&nbsp;... A modem – a portmanteau of &quot;modulator-demodulator&quot; – is a hardware device 
that converts ... The baud unit denotes symbols <b>per second</b>, or the <b>number</b> of 
times per ... integrated circuit chips and shift register MOS <b>memory</b> led to the 
application of ... By using a modem, a much larger <b>amount</b> of digital <b>data can be</b> 
<b>transmitted</b>&nbsp;... In computing, <b>a</b> word is the natural unit of <b>data</b> used by <b>a</b> particular processor 
design. <b>A</b> word is ... In simple <b>memory</b> subsystems, the word is <b>transferred</b> over 
the <b>memory data</b> bus, which typically has <b>a</b> width of <b>a</b> word or half-word. ... If the 
unit is <b>a</b> word, then <b>a</b> larger <b>amount</b> of <b>memory can</b> be accessed using an 
address of <b>a</b>&nbsp;... 1 MT/s is 10<sup>6</sup> or one million <b>transfers per second</b>; similarly, 1 GT/s means 10<sup>9</sup>, ... 
binary <b>data</b> is being <b>transferred</b>, because they do not specify the <b>number</b> of bits ... 
in each <b>transfer</b> operation; at a <b>transfer</b> rate of 1 GT/s, the <b>data</b> rate <b>would</b> be 8&nbsp;... Magnetic tape <b>data</b> storage is <b>a</b> system <b>for</b> storing digital information on magnetic 
tape using ... Most tape drives <b>could</b> support <b>a</b> maximum reel <b>size</b> of 10.5 inches (
267 mm). ... <b>A</b> large <b>memory</b> buffer <b>can</b> be used to queue the <b>data</b>. In the ... While 
tape <b>can</b> provide fast sequential <b>data transfers</b>, it takes tens of <b>seconds</b> to load <b>a</b>
&nbsp;... In telecommunications and computing, bit rate is the <b>number</b> of bits that are 
conveyed or processed per unit of time. The bit rate is quantified using the bits 
<b>per second</b> unit (symbol: &quot;bit/s&quot;), often ... The file <b>transfer</b> rate in bit/s <b>can</b> be 
calculated as the file <b>size</b> (in bytes) divided by the file <b>transfer</b> time (in seconds) 
and multiplied&nbsp;... Direct <b>memory</b> access (DMA) is <b>a</b> feature of computer systems that allows certain 
hardware ... DMA <b>can</b> also be used <b>for</b> &quot;<b>memory</b> to <b>memory</b>&quot; copying or moving of 
<b>data</b> ... <b>a</b> count of the <b>number</b> of words to <b>transfer</b>, and the <b>memory</b> address to use
. ... This <b>second</b> controller was also integrated in <b>a</b> way capable of performing&nbsp;... In computing, <b>a</b> computer bus operating with double <b>data</b> rate (DDR) <b>transfers</b> 
<b>data</b> on both the rising and falling edges of the clock signal. This is also known as 
double pumped, dual-pumped, and double transition. The term toggle mode is 
used in the context of NAND flash <b>memory</b>. ... Describing the bandwidth of <b>a</b> 
double-pumped bus <b>can</b> be confusing. Input/output operations <b>per second</b> (IOPS, pronounced eye-ops) is an input/
output performance measurement used to characterize computer storage devices 
like hard disk drives (HDD), solid state drives (SSD), and storage area networks (
SAN). Like benchmarks, IOPS <b>numbers</b> published by storage device 
manufacturers ... In isolation, IOPS <b>can</b> be considered analogous to &quot;revolutions 
per minute&quot; of&nbsp;... Double <b>Data</b> Rate 3 Synchronous Dynamic Random-Access <b>Memory</b>, officially 
abbreviated as ... With <b>data</b> being <b>transferred</b> 64 bits at <b>a</b> time <b>per memory</b> 
module, DDR3 SDRAM gives <b>a transfer</b> ... DDR3 modules <b>can transfer data</b> at <b>a</b> 
rate of 800–2133 MT/s using both rising and falling edges of <b>a</b> 400–1066 MHz I/O 
clock.
bitrate
Bit rate