Azure Performance Test - Benchmarking Azure NetApp Files

Products
- Cloud storage
- Azure NetApp Files
- Cloud Volumes Service for AWS
- Cloud Volumes Service for Google Cloud
- Cloud Volumes ONTAP
- data services
- Cloud Sync
- Cloud Compliance
- Cloud Tiering
- SaaS Backup
- Cloud Backup Service
- Cloud Secure
- Cloud Controls
- NetApp Kubernetes
  Service
- Cloud Manager
- Fabric Orchestrator
- cloud analytics
- Cloud Insights
Use Cases
- Data Migration
- Cloud Native Applications
- Data Protection
- File Services
- Databases
- HPC & Analytics
- Block Storage
Clouds
- Azure NetApp Files
- Cloud Volumes ONTAP
- NetApp Kubernetes Service
- Cloud Insights
- SaaS Backup
- Cloud Sync
- Cloud Secure
- Fabric Orchestrator
- Cloud Volumes Service for Google Cloud
- Cloud Volumes ONTAP
- Cloud Sync
- NetApp Kubernetes Service
- Cloud Insights
- Cloud Secure
- Fabric Orchestrator
- Cloud Volumes Service for AWS
- Cloud Volumes ONTAP
- NetApp Kubernetes Service
- Cloud Backup Service
- Cloud Sync
- Cloud Insights
- SaaS Backup
- Cloud Secure
- Fabric Orchestrator
Partners
- Cloud First Partners
- Technology Partners
- Become a Partner
Resources
- LEARN
- Resources Library
- Help Center
- Cloud File Sharing Hub
- Kubernetes Hub
- API
- Analyze
- ANF Benchmarks
- AWS Benchmarks
- Google Cloud Benchmarks
- Cloud Assessments
- Cloud Advisor
- TCO Azure Calculator
- TCO AWS Calculator
- EXPLORE
- Webinars
- NetApp Community
- Success Stories
- Global Availability Map
- OTHER
- Services Status
- Highly Available Storage
Blog

Linux
Oracle

Linux

Linux Workload - IOPS

Our test indicates that the maximum I/O that a customer can drive from multiple clients, against a single Azure NetApp Files volume is around ~317K 8KiB IOPS.

Linux Workload – Throughput

Our sequential test was done using the exact same tests and procedures. In this case the maximum amount of I/O that can be driven to a single volume is right around ~4,5GiBps reads for 64KiB.

Up to ~319,000 IOPS at 1.5ms latency

Our tests show that Azure NetApp Files performs at minimal latency regardless of whether the Azure virtual machines are in the same Azure Data Center or Campus as the ANF storage system or not (i.e adjacent or non-adjacnet). An Azure NetApp Files volume is able to generate ~319,000 IOPS at only 1.5ms latency for adjacent virtual machines and ~290,000 IOPS below the 2ms latency mark for non-adjacent virtual machines.

Read this blog for more information on the performance customers can get with Azure NetApp Files.

These tests were created using VDBENCH: A workload was driven from one client against one volume and additional
clients added until it was impossible to drive any more I/O. Then more clients were added again.

Oracle

Oracle IOPS with Azure NetApp Files

The graph shows Oracle database performance when using Azure NetApp Files on the Oracle SLOB benchmark. Running a mixed read/write Oracle workload in a single Standard D64s_v3 Linux VM instance is able to drive 71,000 file system IOPS at sub-0.5 msec latency in a single NFS volume, and up to 218,000 IOPS while still below 2.5 msec. Adding a 2nd Azure NetApp Files data volume enables scaling performance even higher to 310,000 IOPS and beyond while latency remains well below 2 msec.