Engineered for information security, Oracle’s SPARC S7-2 Server provides extreme per-core efficiency for cloud applications, plus dramatic acceleration of data analytics implemented in its scale-out infrastructure.
Core architecture optimized for Java and database, integrated memory, and I/O interfaces, providing higher bandwidth with lower latency
SPARC S7 systems deliver up to 1.7x better per core performance compared to x86 systems, leading to lower deployment costs and faster time to results.
Compact footprint, configurable and designed for scale-out applications
Optimal building block for efficient datacenters with high compute density.
Fastest cryptographic acceleration in the industry—up to 8x faster per core than competitors
Delivers end-to-end data encryption and secure transactions with near-zero performance impact, and at no additional hardware cost. Encryption can be used for secure live migration of workloads between systems.
Oracle’s Silicon Secured Memory helps keep your data secure
Prevents malicious memory attacks, helps ensure the integrity of the application data, and improves developer efficiency by verifying access to data in memory through hardware.
Integrated on-chip engines greatly accelerate data analytics while offloading cores to execute OLTP transactions simultaneously
Acceleration of database queries, fast decompression of data sets, and simultaneous processing and analytics enable quick insights for real-time business decisions.
Engineered for Oracle workloads
Complete integration across the entire stack, delivering extreme performance for Oracle Database and Java workloads with outstanding value and business agility.
Built-in, no-cost virtualization for mission-critical cloud infrastructures
Enables you to consolidate workloads and simplify IT infrastructures, bringing new levels of efficiency, manageability, and agility to the data center.
Single-step patching, immutable virtual machines, and easy security updates with Oracle Solaris 11.3
Easily deploy security patches and help ensure security compliance.