All Episodes

#146: Understanding Compute Express Link

#145: The Future of Accessing Files Remotely from Linux: SMB3.1.1 Client Status Update

#144: Key Value Standardized

#143: Deep Compression at Inline Speed for All-Flash Array

#142: ZNS: Enabling in-place Updates and Transparent High Queue-Depths

#141: Unlocking the New Performance and QoS Capabilities of the Software-Enabled Flash API

#140: Introduction to libnvme

#139: Use Cases for NVMe-oF for Deep Learning Workloads and HCI Pooling

#138: NVMe 2.0 Specification Preview

#137: Caching on PMEM: an Iterative Approach

#136: Introducing SDXI

#135: SmartNICs and SmartSSDs, the Future of Smart Acceleration

#134: Best Practices for OpenZFS L2ARC in the Era of NVMe

#133: NVMe based Video and Storage solutions for Edged based Computational Storage

#132: Emerging Scalable Storage Management Functionality

#131: Redfish Ecosystem for Storage

#130: SNIA Nonvolatile Memory Programming TWG

#129: So, You Want to Build a Storage Performance Testing Lab?

#128: Surfing the World Wide File

#127: Object Storage Workload Testing Tools

#126: Introducing the SNIA Swordfish™ PowerShell Tool Kit and Windows Admin Center Integration

#125: Opening up Linux to the wider world

#124: Standardization for a Key-Value Interface underway at SNIA and NVM Express

#123: The NVRAM Standard

#122: 10 Million I/Ops From a Single Thread

#121: Storage Applications in Blockchain

#120: What Happens when Compute Meets Storage?

#119: Squeezing Compression into SPDK

#118: Linux NVMe and Block Layer Status Update

#117: Developments in LTO Tape Hardware and Software

#116: Persistent Memory Programming Made Easy with pmemkv

#115: Accelerating RocksDB with Eideticom’s NoLoad NVMe-based Computational Storage Processor

#114: NVM Express Specifications: Mastering Today’s Architecture and Preparing for Tomorrow’s

#113: Latency is more than just a number

#112: Computational Storage Architecture Development

#111: SMB3 Landscape and Directions

#110: Datacenter Management of NVMe Drives

#109: Real-world Performance Advantages of NVDIMM and NVMe

#108: SPDK NVMe: An In-depth Look at its Architecture and Design

#107: The Long and Winding Road to Persistent Memories

#106: Container Attached Storage (CAS) with openEBS

#105: Dual-Mode SSD Architecture for Next-Generation Hyperscale Data Centers

#104: Introduction to Open-Channel/Denali Solid State Drives

#103: PCI Express: What’s Next for Storage

#102: Achieving 10-Million IOPS from a single VM on Windows Hyper-V

#101: Introduction to Persistent Memory Configuration and Analysis Tools

#100: A Comparison of In-storage Processing Architectures and Technologies

#99: SNIA Nonvolatile Memory Programming TWG - Remote Persistent Memory

#98: Rethinking Ceph Architecture for Disaggregation Using NVMe-over-Fabrics

#97: Delivering Scalable Distributed Block Storage using NVMe over Fabrics

#96: Solid State Datacenter Transformation

#95: Tunneling through Barriers

#94: Key Value Storage Standardization Progress

#93: Redfish Ecosystem Update

#92: Fibre Channel – The Most Trusted Fabric Delivers NVMe

#91: Memory Class Storage and its Impact

#90: FPGA Accelerator Disaggregation Using NVMe-over-Fabrics

#89: OpenSDS Flash Manageability using Swordfish for Cloud-native Frameworks

#88: Swimming With SNIA Swordfish

#87: Latest developments with NVMe/TCP

#86: Emerging Interconnects: Open Coherent Accelerator Processor Interface (OpenCAPI) and Gen-Z

#85: Bulletproofing Stateful Applications on Kubernetes

#84: Deployment of In-Storage Compute with NVMe Storage at Scale and Capacity

#83: OpenStack Cinder as an SDS API

#82: Eusocial Storage Devices

#81: FPGA-Based ZLIB/GZIP Compression Engine as an NVMe Namespace

#80: Thinking Fast & Slow: Intuition, Reasoning, and Emerging Memory

#79: Various All Flash Solution Architectures

#78: Managing Disk Volumes in Kubernetes

#77: Pocket - Elastic Ephemeral Storage for Serverless Analytics

#76: Accelerating Storage with NVM Express SSDs and P2PDMA

#75: Deep Sea Fishing: A Swordfish Deep-Dive

#74: Dip your Toe in the Water: A Swordfish Introduction

#73: Key Value SSD Explained – Concept, Device, System, and Standard

#72: Innovations, Challenges, and Lessons Learned in HPC Storage Yesterday, Today, and Tomorrow

#71: Self-Optimizing Caches

#70: SPDK Blobstore: A Look Inside the NVM Optimized Allocator

#69: Update on Windows Persistent Memory Support

#68: Andromeda: Building the Next-Generation High-Density Storage Interface for Successful Adoption

#67: p2pmem: Enabling PCIe Peer-2-Peer in Linux

#66: Remote Persistent Memory - With Nothing But Net

#65: Accelerated NVMe over Fabrics Target/Host via SPDK

#64: Past and Present of the Linux NVMe Driver

#63: What’s new with SMB 3?

#62: Getting it Right: Testing Storage Arrays The Way They’ll be Used

#61: Persistent Memory Security

#60: SNIA NVM Programming Model V 1.2 and Beyond

#59: Introducing Fibre Channel NVMe

#58: Providing Efficient Storage Operations for Both Data Centers and Hyperscale Applications

#57: SMB3 in Samba – Multi-Channel and Beyond

#56: Samba and NFS Integration

#55: Low Latency Remote Storage: A Full-stack View

#54: Bridging the Gap Between NVMe SSD Performance and Scale Out Software

#53: Introduction and Overview of Redfish

#52: An Enhanced I/O Model for Modern Storage Devices

#51: USB Cloud Storage Gateway

#50: Introducing the EDA Workload for the SPEC SFS Benchmark

#49: Time to Say Good Bye to Storage Management with Unified Namespace, Write Once and Reuse Everywhere Paradigm

#48: Optimizing Every Operation in a Writeoptimized File System

#47: NVMe – Awakening a New Titan... Deployment, Ecosystem and Market Size

#46: Building on The NVM Programming Model – A Windows Implementation

#45: Data Retention and Preservation: The IT Budget Killer is Tamed

#44: What Can One Billion Hours of Spinning Hard Drives Tell Us?

#43: SNIA Tutorial: Your Cache is Overdue a Revolution: MRCs for Cache Performance and Isolation

#42: The Role of Active Archive in Long-Term Data Preservation

#41: Breaking Barriers: Making Adoption of Persistent Memory Easier

#40: Breaking Through Performance and Scale Out Barriers

#39: SMB3.1.1 and Beyond in the Linux Kernel

#38: SPDK - Building Blocks for Scalable, High Performance Storage Application

#37: NVMe Over Fabrics Support in Linux

#36: Enabling Remote Access to Persistent Memory on an IO Subsystem Using NVM Express

#35: SMB3 and Linux - A Seamless File Sharing Protocol

#34: Hyper-V Windows Server 2016 Storage QoS and Protocol Updates

#33: Modern Erasure Codes for Distributed Storage Systems

#32: Performance Implications Libiscsi RDMA Support

#31: Data Center Workload Analysis

#30: Bridging the Gap Between NVMe SSD Performance and Scale Out Software

#29: Low Latency Remote Storage: A Full-stack View

#28 New Fresh Open Source Object Storage

#27: Standards for Improving SSD Performance and Endurance

#26: Persistent Memory Quick Start Programming Tutorial

#25: The SNIA NVM Programming Model

#24: Swordfish Deep-dive: Scalable Storage Management

#23: Overview of Swordfish: Scalable Storage Management

#22: Hyperscaler Storage

#21: OpenStack Swift On File

#20: SMB3 Multi-Channel in Samba

#19: Multi-vendor Key Management with KMIP

#18: Donard: NVM Express for Peer-2-Peer between SSDs and other PCIe Devices

#17: Solving the Challenges of Persistent Memory Programming

#16: Hackers, Attack Anatomy & Security Trends

#15: Storage Class Memory Support in the Windows Operating System

#14: Instantly finding a Needle of data in a Haystack of large-scale NFS environment

#13: Mobile and Secure - Cloud Encrypted Objects using CDMI

#12: Azure File Service: ‘net use’ the cloud

#11: Remote Access to Ultra-low-latency Storage

#10: Linux SMB3 and pNFS - Shaping the Future of Network File Systems

#9: Using CDMI to Manage Swift, S3, and Ceph Object Repositories

#8: SMB 3.1.1 Update

#7: FS Design Around SMR: Seagate’s Journey and Reference System with EXT4

#6: SMR – The Next Generation of Storage Technology

#5: Object Drives: A new Architectural Partitioning

#4: The NVDIMM Cookbook: A Soup-to-Nuts Primer on Using NVDIMMs to Improve Your Storage Performance

#3: Standardizing Storage Intelligence and the Performance and Endurance Enhancements it Provides

#2: Managing the Next Generation Memory Subsystem

#1: Preparing Applications for Persistent Memory