The Storage Performance Development Kit (SPDK) provides a set of tools and libraries for writing high performance, scalable, user-mode storage applications.
SPDK 23.05 performance report document for SPDK Vhost has been published.
Continue...SPDK TCP NVMe-oF 23.05 performance report documents have been published. Report documents contain results of bechmark tests carried out using two different NICs:
Continue...SPDK RDMA NVMe-oF 23.05 performance report document has been published. This report presents performance results using Intel E810-CQDA2 NIC with RoCEv2 protocol enabled in the hardware setup.
Continue...SPDK RDMA NVMe-oF 23.05 performance report documents have been published. Report documents come in different flavors, using different NICs and protocols for NVMe-oF target to NVMe-oF initiator connections:
Continue...SPDK 23.05 performance report document for SPDK NVMe Bdev has been published.
Continue...Welcome to the third and final post in our series on SPDK as IPU firmware! In part 1 we discussed the addition of memory domains and in part 2 we focused on avoiding data copies for crypto and on address translation. So let’s pick up from there.
Continue...On behalf of the SPDK community I’m pleased to announce the release of SPDK v23.05!
Continue...Welcome to the second post in our series on SPDK as IPU firmware. The previous post laid the groundwork for using SPDK on an IPU. Now we’re going to focus on enabling inline, block-level encryption in a more efficient way. If it isn’t fresh in your mind, take a moment to review our example scenario from the last post. We’ll start from there.
Continue...On behalf of the SPDK community I’m pleased to announce the release of SPDK v23.01.1.
Continue...Fuzzing is a software testing technique that incorporates feeding random, unexpected input to a computer program to test unexpected paths of software execution. The SPDK project uses two approaches to fuzz testing:
Continue...