More about Google Cloud Storage
- Google Cloud Persistent Disk Explainer: Disk Types, Common Functions, and Some Little-Known Tricks
- How to Mount Google Cloud Storage as a Drive for Cloud File Sharing
- How to Deploy Cloud Volumes ONTAP in a Secure GCP Environment
- A Look Under the Hood at Cloud Volumes ONTAP High Availability for GCP
- Google Cloud Containers: Top 3 Options for Containers on GCP
- How to Use Google Filestore with Microservices
- Google Cloud & Microservices: How to Use Google Cloud Storage with Microservices
- High Availability Architecture on GCP with Cloud Volumes ONTAP
- GCP Persistent Disk Deep Dive: Tips, and Tricks
- How to Use the gsutil Command-Line Tool for Google Cloud Storage
- Storage Options in Google Cloud: Block, Network File, and Object Storage
- Provisioned IOPS for Google Cloud Persistent Disk
- How to Use Multiple Persistent Disks with the Same Google Cloud Compute Engine Instance
- Google Cloud Website Hosting with Google Cloud Storage
- Google Cloud Persistent Disk: How to Create a Google Cloud Virtual Image
- Google Cloud Storage Encryption: Key Management in Google Cloud
- How To Resize a Google Cloud Persistent Disk Attached to a Linux Instance
- How to Add and Manage Lifecycle Rules in Google Cloud Storage Buckets
- How to Switch Between Classes in Google Storage Service
- Cloud File Sharing Services: Google Cloud File Storage
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No matter which cloud storage you use - AWS, Azure, or Google Cloud Storage, your file service needs to account for a large number of factors.
Can your shares stay available without disruption? How accessible are they to all clients, even those using both Linux and Windows machines? Are there proper data protection features in place to prevent data loss? What about performance: do you have a way to scale up with demand spikes? How can you manage the required backup and archive data for your share? And a very important question: how are you going to limit the costs of storing a large amount of data?
While this is just a sketch of the kind of issues that cloud admins need to address with their cloud file service, most of the major cloud providers have attempted to meet these requirements. How do they each stack up? In this series we’ve taken a close look at each of the fully managed cloud file services available today, and the solutions they offer. In this post we’re taking a look at the cloud file sharing options on Google Cloud.
First, we’ll see the new fully managed cloud file share service from Google Cloud named Cloud Filestore. We’ll also take a glance at NetApp’s Cloud Volumes ONTAP, now available for use as Google Cloud file storage.
Google Cloud Filestore
On Google Cloud, cloud file sharing is handled by Cloud Filestore. Cloud Filestore is a fully managed, high performance file system for NFS. Users have two performance options available to best match their workload: Standard with 5,000 IOPS, and Premium with a max of 30,000 IOPS.
When it comes to the size of the file share, Cloud Filestore requires a minimum size of 1 TB with a maximum size ceiling of 63.9 TB. An instance of Cloud Filestore is available in only one Google Cloud zone and does not include any way to failover if the zone where it resides becomes unavailable. That means, should there be an outage, users can expect downtime. Backups would need to be performed by the user, as Cloud Filestore has no snapshot feature currently. However, average availability for users on either service option stands at a solid 99.9%.
The GA release of the service took place in April 2019, which makes this the newest of the major public cloud file services available, which may be a factor to consider when looking to deploy an enterprise-level workload. Full integration with other Google Cloud services may make it attractive to users who are already in that cloud.
- Managed service by Google Cloud
- Ready-to-use NFSv3-based NAS storage in the cloud
- Standard and Premium performance options
- Size limited to 63.9 TB
- Backup facility is completely manual
- No guaranteed SLAs
- Backup method or snapshot functionality
- CIFS/ SMB file sharing
Cloud File Sharing from NetApp: Cloud Volumes ONTAP
Once again users are faced with the dilemma: What if I have to use Windows machines and Google Cloud Filestore can only deal out NFS? The solution is NetApp’s Cloud Volume ONTAP, now available in AWS, Azure, and Google Cloud.
Cloud Volumes ONTAP is the cloud version of the trusted ONTAP software that enterprises have relied on for file services for decades. It can run on the cloud provider of your choice using their compute and storage services, with a maximum storage capacity of 368 TB. That outclasses what the public cloud’s file services make available in terms of size, but size isn’t all that Cloud Volumes ONTAP offers.
There are data protection features that make sure your file share is never at risk of losing data. NetApp Snapshot technology creates point-in-time copies of your file data. These snapshots are efficiently created using the WAFL layout, and update incrementally so transfer and storage costs are kept low.
Another big advantage is multiprotocol access. File sharing with Cloud Volumes ONTAPgives users the ability to configure multiprotocol access for volumes. Even single volumes can be set up to access both SMB/ CIFS and NFS at the same time. This makes shared access easier for all users, and on all devices. See how to set up multiprotocol access for Cloud Volumes ONTAP here.
Another major value add to using Cloud Volumes ONTAP is the storage efficiency. With a full complement of cost-saving features, Cloud Volumes ONTAP is able to condense file data, cutting down the expense of cloud storage for file shares. And with the ability to deploy in Google Cloud as well as AWS and Azure, users have a clear path to avoiding vendor lock-in.
- Support for CIFS/ SMB file sharing as well as NFS.
- NetApp Snapshots™ for point-in-time recovery and archiving.
- Multicloud and hybrid cloud integration.
- Comprehensive data management suite, offering clone, replication, migration and other capabilities.
- Cost-saving storage efficiency features.
- Available for use with AWS, Azure and Google Cloud.