Samsung and Google ratify new NVMe standard to reshape AI data centre storage

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Samsung helps move SSD virtualization from software workarounds into hardware design

New NVMe standard could transform storage management inside AI data centers

AI infrastructure demands are driving a major shift in SSD architecture

Samsung Semiconductor has confirmed its role in ratifying TP4193, a new NVMe technical standard called PCIe Exported NVM Subsystem Migration.

The company developed this specification alongside Google and other major infrastructure players within the NVM Express organization.

It fundamentally changes how NVMe solid state drives handle virtualization inside large, AI-driven data centers .

A shift from software tricks to hardware-native design

Storage virtualization has traditionally lived above the SSD itself, managed by hypervisor software running on the host server.

That software had to intercept every command from a virtual machine, disguise the drive's true identity, and pass modified instructions along, a method known as trap-and-emulate.

This approach worked reliably but consumed significant processing cycles and introduced latency into every input and output path.

As AI workloads tied to GPU clusters grew more dynamic, these inefficiencies became far more noticeable across large-scale deployments.

TP4193 moves that entire process into the SSD hardware itself, letting drives present virtualized, isolated storage constructs natively.

The host server now functions as an orchestrator rather than an implementer forced to constantly intercept and rewrite commands.

This shift slims down hypervisor complexity considerably while giving virtual machines direct access to administrative queues, cutting latency in the process.

Why this likely keeps SSD prices elevated for AI buyers

The standard introduces two core capabilities: standardized creation of virtual storage objects and controlled masking of a drive's underlying attributes and capabilities.

Together, these functions let a virtual machine migrate between physical SSDs without noticing any change to its underlying hardware environment.

That capability matters enormously for hyperscale data centers running constantly shifting AI training and inference workloads across GPU-heavy infrastructure.

Since TP4193-compliant drives require new hardware capabilities built directly into the SSD controller, older inventory cannot simply receive a software update to comply.

Companies like Google, already named as collaborators on the standard, have clear incentive to refresh storage fleets to gain these efficiency and migration benefits.

Combined with existing NAND supply constraints and rising demand tied to generative AI infrastructure, that refresh cycle adds fresh upward pressure on enterprise SSD pricing.

Multi-tenant environments benefit from secure isolation across multiple GPU attach points, a feature increasingly demanded by AI infrastructure operators managing shared hardware.

Hyperscalers rarely delay adopting standards that reduce hypervisor overhead and simplify live migration across thousands of virtual machines simultaneously.

Whether this translates into an immediate wave of hardware purchases remains uncertain, since standard ratification and actual product rollout rarely happen on the same timeline.

What seems more predictable is that any near-term drop in enterprise SSD prices looks increasingly unlikely, given how directly this standard ties new capability to new hardware.