Abstract
Nonvolatile memory technologies have matured to the extent that commercial DIMM memory products are available today, for example Intel Optane DC Persistent Memory. Compared to DRAM, they provide higher density, better scaling potential, lower cost per bit, and are nonvolatile. Just like DRAM, they provide random access, byte addressability, and can be accessed through load/store instructions. However, writes are slow, expensive, and are limited in endurance. Nevertheless, on the whole, nonvolatile main memory (NVMM) is here and will replace or augment DRAM as main memory fabric.
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