Persistent memory (PMEM) from Intel enables memory performance with storage persistence for application data. Learn how you can start coding for this new techology today, even without PMEM hardware.
Thank you for your interest in the Intel® Parallel Studio XE 2019 Beta Program. The Intel® Parallel Studio XE 2018 Beta program is now closed.
PMAN* is a game of Pac-Man* that takes advantage of persistent memory. It demonstrates PMDK features including pools, pointers, and transactions.
This code example uses a sample MariaDB storage engine to show how to create a persistent memory application.
Use memkind to partition and manage Intel® Optane™ DC persistent memory as volatile memory pools.
Code Sample: Create a “Hello World” Program Using the Low Level Persistence Library (LLPL) for Java*This code sample demonstrates heap allocation for persistent memory with Java using the LLPL library.
Highlights tools available to configure, benchmark, and perform analysis of applications on systems using persistent memory technology.
Use Intel® Optane™ DC persistent memory as volatile or persistent memory for your Java* applications. We focus on App Direct mode usage mechanisms.
PMEM-CSI is a storage driver supporting persistent memory filesystem volumes for container orchestrators like Kubernetes*. Includes link to GitHub.
This example application shows how to use the Persistent Memory Development Kit to modify a traditional C++ map application to use persistent memory.