Oracle has highlighted the advantages of Oracle’s Sun ZFS Storage Appliances for Oracle’s new SPARC T5 and M5 servers running Oracle Solaris.
Oracle’s new SPARC T5 midrange servers are based on the SPARC T5, the world’s fastest microprocessor.
Engineered together, Sun ZFS Storage Appliances complement Oracle’s new SPARC T5 and M5 servers with the high throughput, high performance storage required by Oracle Database and other heavy I/O enterprise applications.
With Sun ZFS Storage Appliances, SPARC T5 and M5 server customers can:
* Service thousands of I/O requests in parallel with up to 80 CPU cores, five times more than the NetApp FAS 3250;
* Accelerate data transfer through the system and to clients with up to 200Gbps memory bandwidth, nine times the NetApp FAS 3250;
* Speed data delivery and lower latency for databases and applications with 40Gb/s InfiniBand client networking, four times more than NetApp;
Oracle’s new SPARC T5 midrange servers are based on the SPARC T5, the world’s fastest microprocessor.
Engineered together, Sun ZFS Storage Appliances complement Oracle’s new SPARC T5 and M5 servers with the high throughput, high performance storage required by Oracle Database and other heavy I/O enterprise applications.
With Sun ZFS Storage Appliances, SPARC T5 and M5 server customers can:
* Service thousands of I/O requests in parallel with up to 80 CPU cores, five times more than the NetApp FAS 3250;
* Accelerate data transfer through the system and to clients with up to 200Gbps memory bandwidth, nine times the NetApp FAS 3250;
* Speed data delivery and lower latency for databases and applications with 40Gb/s InfiniBand client networking, four times more than NetApp;
* Access big data faster with up to 2Tb of memory, 50 times more than the NetApp FAS 3250;
* Accelerate I/Os with 14,5Tb of total Flash cache, seven times greater than NetApp FAS 3250;
* Achieve high levels of business continuance and application availability with automated multi-site clustering, available only through the combination of the Sun ZFS Storage Appliance, SPARC servers running Oracle Solaris, and Oracle Solaris Cluster; and
* Leverage the operational and business benefits of a single point of contact for service and support of their complete solution.
Oracle’s Sun ZFS Storage Appliances provide deep integration with Oracle Database, help reduce overall storage footprint and accelerate access to data sets processed on SPARC T5 and M5 servers with Oracle Solaris.
Oracle’s Sun ZFS Storage Appliance, SPARC T5 servers and Oracle Solaris also form the foundation for Oracle Optimized Solutions, including the Oracle Optimized Solution for Oracle Database which enables customers to clone production database systems up to 50 times faster than traditional manual methods.
Hybrid Columnar Compression shrinks the size of historical data in data warehouses and can reduce load time by 80%.
Engineered for the Sun ZFS Storage Appliance, Oracle Snap Management Utility for Oracle Database allows Oracle Database administrators to directly manage snapshots, clones and restores on the Sun ZFS Storage Appliance.
I/O Stack optimisation with Oracle Database accelerates access to data by using Oracle Database Direct NFS (dNFS), InfiniBand Remote Direct Memory Access (RDMA), and Zero-Copy optimisations that enable the Oracle Database to write directly to optimized software in the Sun ZFS Storage Appliance.
“Oracle’s Sun ZFS Storage Appliances are engineered with Oracle SPARC T5 and M5 servers and Oracle Database to deliver industry-leading performance for business-critical enterprise applications. No other storage system has this degree of integration with Oracle hardware and software,” says Phil Bullinger, senior VP, Storage, Oracle.
“The performance and flexibility of these systems enable customers to deploy a single operational environment that easily supports everything from business analytics to customer order processing and customer relationship management, so their data center can adapt to dynamic workloads.”
* Accelerate I/Os with 14,5Tb of total Flash cache, seven times greater than NetApp FAS 3250;
* Achieve high levels of business continuance and application availability with automated multi-site clustering, available only through the combination of the Sun ZFS Storage Appliance, SPARC servers running Oracle Solaris, and Oracle Solaris Cluster; and
* Leverage the operational and business benefits of a single point of contact for service and support of their complete solution.
Oracle’s Sun ZFS Storage Appliances provide deep integration with Oracle Database, help reduce overall storage footprint and accelerate access to data sets processed on SPARC T5 and M5 servers with Oracle Solaris.
Oracle’s Sun ZFS Storage Appliance, SPARC T5 servers and Oracle Solaris also form the foundation for Oracle Optimized Solutions, including the Oracle Optimized Solution for Oracle Database which enables customers to clone production database systems up to 50 times faster than traditional manual methods.
Hybrid Columnar Compression shrinks the size of historical data in data warehouses and can reduce load time by 80%.
Engineered for the Sun ZFS Storage Appliance, Oracle Snap Management Utility for Oracle Database allows Oracle Database administrators to directly manage snapshots, clones and restores on the Sun ZFS Storage Appliance.
I/O Stack optimisation with Oracle Database accelerates access to data by using Oracle Database Direct NFS (dNFS), InfiniBand Remote Direct Memory Access (RDMA), and Zero-Copy optimisations that enable the Oracle Database to write directly to optimized software in the Sun ZFS Storage Appliance.
“Oracle’s Sun ZFS Storage Appliances are engineered with Oracle SPARC T5 and M5 servers and Oracle Database to deliver industry-leading performance for business-critical enterprise applications. No other storage system has this degree of integration with Oracle hardware and software,” says Phil Bullinger, senior VP, Storage, Oracle.
“The performance and flexibility of these systems enable customers to deploy a single operational environment that easily supports everything from business analytics to customer order processing and customer relationship management, so their data center can adapt to dynamic workloads.”