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Cellular RAM-An Overview and Significance

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PSRAM is a form of dynamic Random Access Memory that enables it to run like static RAM owing to the fact that it has an inbuilt refresh and address control circuit. PS RAM suggests a high density of DRAM which combines the functionalities of SRAM. It is normally used in devices like the Apple iPhone or other similar embedded system devices. PSRAM/Cellular RAM Manufacturers state that this is a cellular RAM memory that belongs to the group of multi generation RAM that is the pseudo static and uses low powered RAM that can be put into usage for wireless handsets or other portable applications. Therefore this kind of memory states an efficient memory that is for people that are always on the move.
This kind of RAM is capable of providing products that are functionally compatible to multiple sources and are based on a mutually developed condition for Cellular RAM products. There are many companies who are into designing the products with this kind of RAM and each would design the products in accordance to their own requirements and technical understanding of RAM and the utility that it generates. The technology that governs this kind of RAM is based on the fact that there is a growing demand of increased memory and increased bandwidths of system, Cellular RAM in that respect is capable of handling these kind of increased memory requirements by the users. PS RAM offers low cost production, low power consumption devices and also refresh free operation facilities. All these things enable that the users are at the beneficial end all along. One huge benefit that can be enjoyed by the users is that there is backward compatibility with usage of these kinds of RAMS, as they have the same voltage range and same synchronizations. Therefore users can have a smooth transition from SRAM to cellular RAMs for their devices. Being based on DRAM Component technology, the power consumption is appropriately compared to the SRAM devices. This kind of RAM is also capable of supporting innovative burst interface that is highly compatible with the Flash interface that has low power.
Though the kind of utility that has been generated by the cellular RAMS make them appropriate for next generation handsets, however they can be effectively used in cache memory or buffered memory as well. The high powered, high density performance for next generation cellular phones is thereby adequately taken care of by this kind of RAM.

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