n. An expert in "Difficult Data Retrieval". A tactful form of address for a netrunner. See Deckjockey.
Double Data Rate- Memory access architecture (Hardware)
double data rate memory using synchronous dynamic ram.
Stands for Double Data Rate, and it's used to describe memory that transfers data twice per clock cycle, theoretically yielding twice the data transfer rate of standard SDRAM.
Double Data Rate (referring to the transfer rate of computer memory)
Day Delegate Rate. A rate charged by a venue for usage of conference facilities. It often will include room hire, 2-3 servings of tea / coffee / biscuits, OHP and screen, flipchart, pens and paper and water.
New, high-speed type of memory
DDR (Double Data Rate) is twice as fast as SDRAM doubling the data rate transfer of SDRAM. These will only work in motherboards specifically designed to use DDR.
Double Data Rate memory. Memory chips that are double the speed of standard SDRAM memories. DDR also consumes less power, which makes it well-suited to notebook computers. The various numbers, DDR266/333/400, represent the bus speed of the memories.
Stands for "Double Data Rate." It is an advanced version of SDRAM, a type of ...
Double Data Rate. Any bus or device which is capable of receiving data twice per clock, once on the rising edge and once on the falling edge.
( ouble ata ate) is a technology designed to double the clock speed of the memory. It activates output on both the rising and falling edge of the system clock rather than on just the rising edge, potentially doubling output.
Double Data Rate. A type of SDRAM (as defined below) that delivers data at double the rate for a given clock frequency. The bandwidth in a PC of DDR PC266 parts with 64-bit bus using a 133MHz clock is over 2 GBytes/second.
Double Data Rate, refers to memory speed.
A special RAM module used un Pentium 4 systems supported by VIA
Data Descriptive Record - The first record in a DDF file, it carries the information a DDF-reading program needs to know how to read the following data records.
Double Data Rate. This memory transfers data on both edges of the clock.
DOTS detection rate (i.e.smear-positive case detection rate under DOTS)
A type of RAM that stands for Double Data Rate RAM.
Double Data Rate Synchronous Dynamic RAM (DDR SDRAM) can improve memory clock speed. Sometimes doubling output, it activates output on both the rising and falling edge of the system clock rather than on just the rising edge.
A reverse die which exhibits doubled images in one or more places.
Abbreviation for dual data rate.
Double-data rate. A technology in memory modules that potentially doubles the output.
This is a new type of RAM called Double Data Rate RAM. It is used in some of the newer video cards such as the Nvidia GeForce cards.
Abbreviation for double data rate.
(Double Data Rate) or DDR SDRAM The next generation of the current SDRAM. DDR finds its foundations on the same design core of SDRAM, yet adds advances to enhance its speed capabilities. As a result, DDR allows data to be read on both the rising and the falling edge of the clock, delivering twice the bandwidth of standard SDRAMS. DDR essentially doubles the memory speed from SDRAMs without increasing the clock frequency
Double data rate: a synchronous DRAM (see SDRAM) that transfers data on both edges of the system clock (rather than just one edge), thus doubling the data transfer rate. Cahners In-Stat
ouble ata ate is a memory bus technology used to connect RAM on motherboards.
(Double Data Rate) A fast type of RAM for a PC, originally only used on high performance graphics cards but now being used for general memory in most high-end PCs. DDR2 is a yet faster version.
Double data rate is a type of SDRAM in which data is sent on both the rising and falling edges of clock cycles in a data burst. It is usually referred to as DDR as opposed to DDR SDRAM.
dial-on-demand routing. Also known as direct data routing or dial-up routing (PPP or IP).
Double Data Rate Random Access Memory
Achronym for Double Data Rate, a type of Synchronous DRAM, or SDRAM. DDR SDRAM enables data transfers to occur on both edges of the clock cycle, thus doubling the memory throughput of the chip.
