There are many different kinds of DRAMS that are available in the market:
Page Mode DRAM: This was used in the old 486 PCs. However with the increase in the performance of system this kind of RAM got outdated very rapidly and it was soon replaced by more efficient DRAMs that could add up to efficiency levels of the system.
FPM DRAM: This stands for First Page mode DRAM. This kind of RAM enables the users to allow access if the previous access is similar or synchronized to the previous access. This kind of RAM was manufactured for various video cards but got outdated soon with the newer technology too.
EDO RAM: Extended Data output DRAM suggests another innovation and progression in the RAM scenario as it enables to give an additional push to the system by reducing the latency time in the system., This enables for faster sequential reading. This kind of RAM is suitable for PCs with 66Mhz motherboards.
BEDO RAM: This stands for Burst Extended Data Output DRAM, and it provides increased performance over EDO RAM. It is hard to find as it got quickly over performed by SDRAM.
EDRAM: Enhanced DRAM provides excellent performance over 50MHz bus speeds. By overcoming the DRAM charging time, it improvises on missing latency in the system.
Multibank EDO EDRAM: suggests the progressions from SRAM and MDRAM with progressions in read write capacities as well.
SDRAM: The synchronous DRAM marks the first high performance RAM. Unlike the older RAMs it synchronizes with the clock speed of the system, combined with the low timing rates it performs incredibly well with the speed of SRAM.
ESDRAM: Enhanced Synchronous DRAM. This RAM is capable of reducing the latency periods and cycle by twice the amount, and at the same time offering high bandwidth with RDRAM. It gains in performance owing to the hybrid technology that it uses.
DDR SDRAM: Double Data Rate Synchronous DRAM is a successful progeny of the SDRAM. It doubles the bandwidth by sending data at the swell and plunge of the clock signal
However all said and done the pace at which technology grows suggests the fact that there have been technical advancements that have completely outnumbered the way everything works. Even if you buy the most up to date and innovative PC which have highly advanced features, it would soon get redundant and pave way for the upcoming advancements. This is how everything works and therefore one should be prepared for the changes. In terms of memory and computers; therefore; it is imperative to invest in the kind that is latest amongst all the others. By getting the latest system there is likelihood that the system could be compliant with the newer upcoming technology and if you are dealing with really old ones there is reduced possibility of this thing happening. Therefore; one should exercise their discretion in doing so and invest accordingly!
Page Mode DRAM: This was used in the old 486 PCs. However with the increase in the performance of system this kind of RAM got outdated very rapidly and it was soon replaced by more efficient DRAMs that could add up to efficiency levels of the system.
FPM DRAM: This stands for First Page mode DRAM. This kind of RAM enables the users to allow access if the previous access is similar or synchronized to the previous access. This kind of RAM was manufactured for various video cards but got outdated soon with the newer technology too.
EDO RAM: Extended Data output DRAM suggests another innovation and progression in the RAM scenario as it enables to give an additional push to the system by reducing the latency time in the system., This enables for faster sequential reading. This kind of RAM is suitable for PCs with 66Mhz motherboards.
BEDO RAM: This stands for Burst Extended Data Output DRAM, and it provides increased performance over EDO RAM. It is hard to find as it got quickly over performed by SDRAM.
EDRAM: Enhanced DRAM provides excellent performance over 50MHz bus speeds. By overcoming the DRAM charging time, it improvises on missing latency in the system.
Multibank EDO EDRAM: suggests the progressions from SRAM and MDRAM with progressions in read write capacities as well.
SDRAM: The synchronous DRAM marks the first high performance RAM. Unlike the older RAMs it synchronizes with the clock speed of the system, combined with the low timing rates it performs incredibly well with the speed of SRAM.
ESDRAM: Enhanced Synchronous DRAM. This RAM is capable of reducing the latency periods and cycle by twice the amount, and at the same time offering high bandwidth with RDRAM. It gains in performance owing to the hybrid technology that it uses.
DDR SDRAM: Double Data Rate Synchronous DRAM is a successful progeny of the SDRAM. It doubles the bandwidth by sending data at the swell and plunge of the clock signal
However all said and done the pace at which technology grows suggests the fact that there have been technical advancements that have completely outnumbered the way everything works. Even if you buy the most up to date and innovative PC which have highly advanced features, it would soon get redundant and pave way for the upcoming advancements. This is how everything works and therefore one should be prepared for the changes. In terms of memory and computers; therefore; it is imperative to invest in the kind that is latest amongst all the others. By getting the latest system there is likelihood that the system could be compliant with the newer upcoming technology and if you are dealing with really old ones there is reduced possibility of this thing happening. Therefore; one should exercise their discretion in doing so and invest accordingly!
The author is a writer in the field of the technology and writes for leading DRAM Memory Manufacturer, USB Pen Drive Manufacturers, and Computer RAM Exporter. Presently writing on various topics related to computer hardware and peripherals like Computer RAM, DRAM Memory Components, Memory Cards, Memory Modules and other memory products.
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