SNIA Developer Conference September 15-17, 2025 | Santa Clara, CA
Best Practices for NVMe/TCP Deployment.
Abstract
NVMe over TCP has emerged to provide a more powerful, and compute resource friendly NVMe-oF technology deployment option. Not only does NVMe over TCP help with lower deployment costs and reducing design complexity, it also enables higher performance with lower latency. In essence, NVMe over TCP extends NVMe across the entire data center (from on-prem core to edge to cloud) using the simple, standard, and efficient well known TCP/IP fabric networks. This panel explores the challenges, issues, and benefits of addressing NVMe over TCP deployments without compromise. The session will explore storage and I/O workload testing techniques, tools, methodology, metrics and approaches to show how NVMe over TCP including TCP/IP and NVMe processing can be accelerated. Likewise, this panel discussion will look at how NVMe over TCP frees up host initiator as well as target resources to improve application performance, and server storage I/O workloads including compression, deduplication, encryption, rebuilds, and tiering among others.
Learning Objectives
Related Sessions
NVMe
Hear from the experts on the latest from NVMe including implementation experiences.
Data Processing Units (DPUs)
The SNIA Technical Council believes that it is important for storage developers to learn about the emerging technology of Data Processing Units (DPUs). We have gathered a panel of leading DPU vendors to provide an overview and answer the following questions.
- What is a DPU?
- Why might storage developers want to adopt DPUs in their products or services?
- What tools and libraries do you provide for developers?
- Which parts are open source?
- What development languages are supported?
Following the panel presentations, we will open the floor to questions from the participants. Don’t miss this great opportunity to learn more about DPUs!
Future Innovations in Software Defined Flash Storage
The data center of today is almost fully software defined, from the software defined network (SDN) to virtualized and containerized computation to the software defined file system (SDFS). But there’s one important part of the stack that’s not yet software defined: flash storage itself. It’s about time to enable flash storage to be software defined, allowing flash to be tailored to the specific needs of any application. This session will center on what software defined flash capabilities are needed by storage developers and how software defined flash APIs could affect how storage applications are written and run in the future.
CXL and Persistent Memory
Emerging workloads such as artificial intelligence, machine learning and deep learning demand new solutions. New ways to attach persistent memory are being developed. Join the chairs of the SNIA Persistent Memory Special Interest Group and SDC speakers including Andy Rudoff of Intel in this live session to ask your questions on Persistent Memory and CXL developments and where the next generation of these technologies are headed.
Security Landscape
Security, unlike most technologies, is driven by changes to the threat landscape as well as the legal/regulatory responses. This BoF provides a forum to explore recent and anticipated developments. It may also serve as a forum to further explore details from the various SDC security and data protection sessions.
SDXI (Smart Data Accelerator Interface) discussion with SDXI TWG members
The SDXI TWG is working on a proposed standard for a memory to memory Data mover and acceleration interface.
SDXI TWG members are working to get its first version of the Smart Data Acceleration Interface Specification out for a public review.
Come join us as we reveal the makings of this specification and what makes it a key technology ingredient for system architecture. Learn the salient features of this specification from key contributors and members in this live BoF and Q&A.
