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Names of DRAM configurations were updated to reflect both the channel and device data width. Previous naming format was: <DEVICE_TYPE>_<DATA_RATE>_<CHANNEL_WIDTH> The following nomenclature is now used: <DEVICE_TYPE>_<DATA_RATE>_<n>x<w> where n = The number of devices per rank on the channel x = Device width Total channel width can be calculated by n*w Example: A 64-bit DDR4, 2400 channel consisting of 4-bit devices: n = 16 w = 4 The resulting configuration name is: DDR4_2400_16x4 Updated scripts to match new naming convention. Added unique configurations for DDR4 for: 1) 16x4 2) 8x8 3) 4x16 Change-Id: Ibd7f763b7248835c624309143cb9fc29d56a69d1 Reviewed-by: Radhika Jagtap <radhika.jagtap@arm.com> Reviewed-by: Curtis Dunham <curtis.dunham@arm.com> |
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README |
Learning_gem README ------------------- This directory contains the configuration scripts used in the "Learning gem5" book. The scripts contained in these directories are for educational purposes only and should not be used for architectural research as-is. "Learning gem5" is currently in early development stages. A pre-alpha working version of the book can be found at the following URL. http://lowepower.com/jason/learning_gem5/ This directory is broken into one subdirectory per part of the book. Goals of these scripts ~~~~~~~~~~~~~~~~~~~~~~ These scripts are not necessarily useful outside the scope of the learning gem5 book. The goal is to include the learning gem5 scripts, following the book as closely as possible, so that the regression tester will catch any changes that affect the book. For general users, these are *not* good scripts to use for running complex architectural experiments. These scripts *are* a good starting point example of how to write your own scripts for experiments. Feedback ~~~~~~~~ Send mail to power.jg@gmail.com to provide feedback.