Chroma — leaderboard

NetApp launches enhanced block storage and AI integration for Google Cloud data center workloads

NetApp has announced expanded collaboration with Google Cloud, introducing new block storage capabilities to Google Cloud NetApp Volumes. The company claims these upgrades are intended to enhance unified storage for data-intensive workloads, including virtualized environments, self-managed databases, and artificial intelligence (AI) workloads.

NetApp reports that the addition of block capabilities means NetApp Volumes now supports both network-attached storage (NAS) protocols, such as Network File System (NFS) and Server Message Block (SMB), and storage area network (SAN) protocols through iSCSI. Enterprises can use the new block support—now generally available upon request—to host virtualized workloads and manage databases within Google Cloud, addressing a broad set of data center requirements.

Technical enhancements include new integrated caching with FlexCache in NetApp Volumes, designed to unify data across on-premises and cloud infrastructures. According to NetApp, this now allows data stored in ONTAP-based storage systems across multiple clouds or data centers to be visible and writeable in NetApp Volumes, while transferring data only when accessed. The platform also now enables migrations and snapshot transfers between environments with SnapMirror, facilitating hybrid cloud use cases like disaster recovery, workload balancing, and cloud migrations.

The service has also launched deeper integration with Google Cloud’s Gemini Enterprise. According to NetApp, this allows AI workloads to natively use data stored in NetApp Volumes without the need for custom code or retrieval-augmented generation (RAG) pipelines. This integration, now available for preview upon request, is aimed at simplifying enterprise AI implementations by enabling direct, context-specific data access for model training or inference.

Addressing unified management, NetApp claims that customers benefit from low-latency performance, advanced data management with features like snapshots and replication, and operational simplicity—managing both file and block storage from a single interface within the NetApp Volumes service.

“With the enhancements to Google Cloud NetApp Volumes, including the addition of block storage capabilities, we’re giving enterprises more flexibility and power, without added complexity,” said Pravjit Tiwana, Senior Vice President and General Manager, Cloud Storage and Services at NetApp. “Our customers will benefit from consistent low-latency performance, enhanced data management with features like snapshots and replication, and the operational simplicity of managing both file and block storage all from the NetApp Volumes service.”

Source: NetApp

Chroma — below posts

Get Data Center Engineering News In Your Inbox:

By subscribing, you agree to our Privacy Policy and Terms of Use. You can unsubscribe at any time.

Chroma — tower

Popular Posts:

Johnson-Controls-has-launched-an-Absorption-Chiller-Reference-Design-Guide-aimed-at-data-centers-running-on-on-site-power-generation
Johnson Controls' new absorption chiller guide targets 44% lower cooling power in AI data centers
trm-DC4-landing-page-banner
CPC says its full-flow AI cooling connectors cut pressure drop up to 90%
39D1CAB6-7D1C-4CA7-A2CF-D0919F6EA523_1_105_c
EdgeSites uses existing buildings to deploy 1 MW immersion-cooled AI compute
Why data center power validation is moving to real-time simulation
Why data center power validation is moving to real-time simulation
5086250-amd-instinct-mi455-beauty-2
AMD Instinct MI400 GPUs launch with HBM4 and ROCm for AI and HPC

Share Your Data Center Engineering News

Do you have a new product announcement, webinar, whitepaper, or article topic? 

TDK — tower ()

Get Data Center Engineering News In Your Inbox:

By subscribing, you agree to our Privacy Policy and Terms of Use. You can unsubscribe at any time.

TDK — leaderboard ()