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Derek Christ
2022-07-16 18:05:29 +02:00
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inc/1.introduction.tex
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\label{sec:introduction}
%vlt noch warum DRAMs immer mehr eingesetzt werden
Today's computing systems accompany us in almost all areas of life in the form of smart devices, computers, or game consoles.
With the increasing performance requirements on these devices, not only faster processors are needed, but also high-performance memory systems, namely dynamic random access memories, which are supposed to deliver a lot of bandwidth at low latency.
With the increasing performance requirements on these devices, not only faster processors are needed, but also high-performance memory systems, namely dynamic random access memories, which are supposed to deliver a lot of bandwidth at a low latency.
While these storage systems are very complex and offer a lot of room for configuration, e.g., the \revabbr{dynamic random-access memory}{DRAM} standard, the memory controller configuration or the address mapping, there are different requirements for the very different applications\cite{Gomony2012}.
Consequently, system designers are entrusted with the complex task of finding the most effective configurations that match the performance and power contraints with good optimizations applied for the specific use case.