Media Summary: One of the challenges for computational storage is getting flexible and powerful compute close enough to the storage to make it ... There is an exponential growth of stored data and of applications processing data in the cloud and the edge. These applications ... CXL technology is designed to deliver an open standard that accelerates the next-generation data center performance. This has ...

Snia Pm Cs 22 Gpu - Detailed Analysis & Overview

One of the challenges for computational storage is getting flexible and powerful compute close enough to the storage to make it ... There is an exponential growth of stored data and of applications processing data in the cloud and the edge. These applications ... CXL technology is designed to deliver an open standard that accelerates the next-generation data center performance. This has ... In this presentation, we examine the benefits of using computational storage devices like Xilinx SmartSSD to offload the ... In this talk we will share our thoughts on computational storage and the special considerations for virtualized environments. With more and more fast devices (especially persistent memory, aka. PMEM) equipped in data center, there is great pressure on ...

AI/ML is not new, but innovations in ML models development have made it possible to process data at unprecedented speeds. This keynote will showcase the innovations Samsung is making in storage devices through the SmartSSD concept and share its ... Modern AI/ML and HPC workloads increasingly rely on Learn what is happening in NVMe to support Computational Storage devices. The development is ongoing and not finalized, but ... With its introduction in 2011, the NVMe storage protocol has allowed CPUs to handle more data with less latency. This in turn has ... Phenomenal change is coming to computing architecture. Persistence is moving closer to the processor, eventually to find its way ...

A memory to memory data movement interface is increasingly being seen as an enabler to persistent memory technologies and ...

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SNIA PM+CS'22:  GPU+DPU for Computational Storage
SNIA PM+CS'22: Programming with Computational Storage
SNIA PM+CS'22: Compute Express Link™ (CXL™): Advancing the Next Generation of Data Centers
SNIA PM+CS'22:  File System Acceleration using Computational Storage for Efficient Data Storage
SNIA PM+CS'22: Computational Storage in Virtualized Environments
SNIA PM+CS'22: Accelerating Operations on Persistent Memory Device Via Hardware-based Memory Offload
SNIA PM+CS'22: Evolving Storage for a New Generation of AI/ML
SNIA PM+CS'22: Innovation with SmartSSD for Green Computing
SNIA SDC: StorageAI 2026 - NVMe LBA Access Control for GPU-Direct Storage in AI/HPC Workloads
SNIA PM+CS'22: NVMe Computational Storage – A update on the standard
SNIA SDC 2025  - Why does NVMe Need to Evolve for Efficient Storage Access from GPUs?
SNIA PM+CS'22: Inventing Our Way Around the Memory Wall
View Detailed Profile
SNIA PM+CS'22:  GPU+DPU for Computational Storage

SNIA PM+CS'22: GPU+DPU for Computational Storage

One of the challenges for computational storage is getting flexible and powerful compute close enough to the storage to make it ...

SNIA PM+CS'22: Programming with Computational Storage

SNIA PM+CS'22: Programming with Computational Storage

There is an exponential growth of stored data and of applications processing data in the cloud and the edge. These applications ...

SNIA PM+CS'22: Compute Express Link™ (CXL™): Advancing the Next Generation of Data Centers

SNIA PM+CS'22: Compute Express Link™ (CXL™): Advancing the Next Generation of Data Centers

CXL technology is designed to deliver an open standard that accelerates the next-generation data center performance. This has ...

SNIA PM+CS'22:  File System Acceleration using Computational Storage for Efficient Data Storage

SNIA PM+CS'22: File System Acceleration using Computational Storage for Efficient Data Storage

In this presentation, we examine the benefits of using computational storage devices like Xilinx SmartSSD to offload the ...

SNIA PM+CS'22: Computational Storage in Virtualized Environments

SNIA PM+CS'22: Computational Storage in Virtualized Environments

In this talk we will share our thoughts on computational storage and the special considerations for virtualized environments.

SNIA PM+CS'22: Accelerating Operations on Persistent Memory Device Via Hardware-based Memory Offload

SNIA PM+CS'22: Accelerating Operations on Persistent Memory Device Via Hardware-based Memory Offload

With more and more fast devices (especially persistent memory, aka. PMEM) equipped in data center, there is great pressure on ...

SNIA PM+CS'22: Evolving Storage for a New Generation of AI/ML

SNIA PM+CS'22: Evolving Storage for a New Generation of AI/ML

AI/ML is not new, but innovations in ML models development have made it possible to process data at unprecedented speeds.

SNIA PM+CS'22: Innovation with SmartSSD for Green Computing

SNIA PM+CS'22: Innovation with SmartSSD for Green Computing

This keynote will showcase the innovations Samsung is making in storage devices through the SmartSSD concept and share its ...

SNIA SDC: StorageAI 2026 - NVMe LBA Access Control for GPU-Direct Storage in AI/HPC Workloads

SNIA SDC: StorageAI 2026 - NVMe LBA Access Control for GPU-Direct Storage in AI/HPC Workloads

Modern AI/ML and HPC workloads increasingly rely on

SNIA PM+CS'22: NVMe Computational Storage – A update on the standard

SNIA PM+CS'22: NVMe Computational Storage – A update on the standard

Learn what is happening in NVMe to support Computational Storage devices. The development is ongoing and not finalized, but ...

SNIA SDC 2025  - Why does NVMe Need to Evolve for Efficient Storage Access from GPUs?

SNIA SDC 2025 - Why does NVMe Need to Evolve for Efficient Storage Access from GPUs?

With its introduction in 2011, the NVMe storage protocol has allowed CPUs to handle more data with less latency. This in turn has ...

SNIA PM+CS'22: Inventing Our Way Around the Memory Wall

SNIA PM+CS'22: Inventing Our Way Around the Memory Wall

Phenomenal change is coming to computing architecture. Persistence is moving closer to the processor, eventually to find its way ...

SNIA PM+CS'22: SNIA's SDXI TWG and its forays towards standardizing memory data movement

SNIA PM+CS'22: SNIA's SDXI TWG and its forays towards standardizing memory data movement

A memory to memory data movement interface is increasingly being seen as an enabler to persistent memory technologies and ...