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Oracle ZFS Storage Appliance is a unified storage system that allows customers to consolidate file, block, and object storage on a single platform. It combines high all-flash performance with petabytes of storage capacity, allowing customers to run all workloads at peak speed. Built-in Oracle Database integrations, including automated prioritization of database IOs, enable IT departments to optimize workload performance and reduce administration to achieve low total cost of ownership (TCO).
Oracle Intelligent Storage Protocol (OISP) enables ZFS Storage Appliance to automate storage setup and tuning based on database-specific information, reducing storage administrator workloads by up to 70%, as described in the DSC analysis.
ZFS Storage Appliance uses OISP to prioritize Oracle Database IOs, accelerating customer workloads by up to 19% as tested by Oracle storage development.
Automatic management of storage caches using OISP-provided information enables ZFS Storage Appliance to reduce backup windows for customer databases by up to 33%, as tested by Oracle storage development.
Oracle Database Hybrid Columnar Compression (HCC) reduces storage capacity and load times for typical customer data warehouses by more than 90%, as discussed in the Oracle technical analysis.
ZFS Storage Appliance integrates the same object storage format as Oracle Cloud Infrastructure (OCI) and makes it easy for storage administrators to create snapshots in the cloud, reducing storage complexity and simplifying data migrations.
A scalable design with large DRAM and flash caches enables ZFS Storage Appliance to sustain high IO per second (IOPS) rates so customer applications run at peak speed while IT teams achieve up to 8:1 storage consolidation, as discussed in Oracle IT’s case study.
High-throughput CPUs combined with 3TB of DRAM cache enable customers to reduce data center complexity and administrative costs by supporting thousands of virtual machines per storage system, as discussed in the Oracle technical brief.
A highly-parallel hardware and software architecture with high-speed networking enables customers to sustain over 18 GB/sec of throughput for data-intensive applications, as tested by Oracle storage development.
Built-in optimizations recognize data protection workloads and reduce data movement, enabling IT teams to accelerate data protection with up to 30 TB/hour of backup and 37 TB/hour of restore throughput, as discussed in Oracle’s technical brief.
Configurations with to 8.8 PB of high-performance, all-flash storage allow customer applications to consistently run at the highest possible speed.
Point-and-click management enables storage administrators to rapidly provision, manage, and troubleshoot storage systems.
Integrated real-time monitoring and visualization enables administrators to quickly resolve storage issues so customer applications achieve peak performance.
Flexible, automated, and secure replication of data to ZFS Storage Appliances or Oracle Cloud Infrastructure makes it easy for storage administrators to protect customer data or provision it in remote locations.
Support for Oracle Enterprise Manager and industry-standard Representational State Transfer (REST) APIs enable IT teams to easily integrate ZFS Storage Appliance management with existing data center management frameworks.
Automated monitoring and service notifications, including alerting of Oracle Service when issues arise, simplify storage administrator workloads while minimizing storage downtime for the organization.
Up to 3TB of high-performance DRAM cache enables customer applications to run quickly by eliminating up to 90% of read requests from permanent storage, as discussed in the ZFS Storage Appliance architecture overview.
Up to 8 PB of high-performance flash storage is accelerated with DRAM cache enable high-throughput and latency-sensitive customer applications to consistently run at top speed.
Up to 16 PB of high-capacity disk storage with up to 3TB of DRAM cache and 1.4 PB of flash cache, gives customers with flash-like performance at much lower costs.
Up to 96 Intel® Xeon® processor cores enable ZFS Storage Appliance to support thousands of concurrent IO requests so customer workloads with diverse requirements run at peak speed.
ZFS Storage Appliance uses a highly-parallel operating system to process more IO requests at the same time, eliminating IO bottlenecks for customer applications.
A complete set of network file protocols, including NFS, SMB, and FTP, eliminate complexity in customer data centers by enabling diverse applications to use the same storage.
Swift, S3, and OCI object storage services make it easy for IT teams to migrate data between an on-premises and cloud object storage.
ISCSI, Fibre Channel, and RDMA over InfiniBand support allow customer applications to access high-performance block storage.
Integrated NDMP v3/v4 and ZFS NDMP backup protocols enable storage administrators to easily protect customer data on backup devices.
Integrated network directory services, including NIS, LDAP, and Active Directory, make it easy for IT teams to secure connectivity to shared storage.
Oracle ZFS Storage Appliance make it easy for customers to support Microsoft environments with a full set of integrations, including Active Directory (AD), Microsoft Exchange Server, and Microsoft SQL Server backups.
Support for 100Gb Ethernet, 16/32 Gb Fibre Channel and 40 Gb InfiniBand connectivity enables customers using Oracle Exadata, servers, and backup devices to rapidly access data.
Customers around the world meet the storage needs of business-critical workloads with low latency, high throughput, and management automation using Oracle ZFS Storage Appliance.
Accelerate data-intensive workloads by up to 13X and lower costs by 20% compared to competitive solutions.
Support thousands of virtual machines in secure cloud environments with integrated support for Oracle Database, Oracle Private Cloud Appliance, and granular encryption.
Reduce the amount of time needed to protect all types of customer data, including Oracle databases running on Oracle Exadata, with high backup and restore performance.