Sun-Oracle ServersSPARC Servers - Solaris - Oracle - Fujitsu
NEW: Oracle has announced two significant enhancements to the T8 and M8 servers.
- The introduction of 128GB DIMMs increases memory capacity to 2TB per socket, or 64GB per core, double the capacity previously available with 64GB DIMMs. 128GB GB DIMMs are available immediately for the T8 line, coming soon in the M8
- A Dual Port 100 Gb Ethernet Adapter, previously only available in Engineered systems like Exadata, is now an option in T8 and M8 servers. Network speed can be increased 2.5X versus the previous maximum 40 Gb ethernet.
SPARC Servers Running Solaris from Oracle and Fujitsu Feature the Most Advanced Engineering of any Open System Platform
Fujitsu SPARC Servers
- Fujitsu M12-1 Server
- Fujitsu M12-2 Server
- Fujitsu M12-2S Server
- Fujitsu M10-1 Server
- Fujitsu M10-4S Server
Oracle’s Fujitsu SPARC M12-1 is a high-performance 1U entry server with up to six cores and 1 TB of memory. The server scales CPU resources one core at a time and is ideal for small to midrange enterprise applications.
Oracle’s highly flexible Fujitsu SPARC M12-2 is a high-performance midrange server with up to 24 cores, providing high availability for mission-critical enterprise workloads and cloud computing.
Oracle’s highly flexible Fujitsu SPARC M12-2S combines server building blocks to scale from 1 to 32 processors, delivering high performance and availability for mission-critical enterprise workloads and cloud computing.
The Fujitsu M10-1 server is a space-saving, entry-level server with high performance, high reliability, and no-cost virtualization—ideal for data-center integration and virtualization.
The Fujitsu M10-4S server is a modular system that combines building blocks for creating a scale-up server with up to 64 processors and up to 64 TB of memory, or for deployment in a scale-out configuration.
- SPARC T8-1 Server
- SPARC T8-2 Server
- SPARC T8-4 Server
- SPARC S7-2 Server
- Netra SPARC S7-2 Server
- SPARC S7-2L Server
- SPARC T7-1 Server
- SPARC T7-2 Server
- SPARC T7-4 Server
- SPARC M8-8 Server (New!)
- SPARC M7-8 Server
- SPARC M7-16 Server
Oracle’s SPARC T8-1 Server is coengineered with Oracle Database, Java, and enterprise applications for maximum efficiency. Unique, built-in security technology helps protect data against intrusions by malware and security breaches.
Oracle’s SPARC T8-2 Server is coengineered with Oracle Database, Java, and enterprise applications for maximum efficiency. Unique, built-in security technology helps protect data against intrusions by malware and security breaches.
Oracle’s SPARC T8-4 Server is a breakthrough four-socket server coengineered with Oracle Database, Java, and enterprise applications for maximum efficiency. Unique, built-in security technology helps protect data against intrusions by malware and security breaches.
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.
Oracle’s compact, 2RU Netra SPARC S7-2 server provides acceleration capabilities, integrated near-zero overhead security, and ease of management for telecommunications, embedded industrial, public sector, cloud, and on-premises infrastructures.
Oracle’s SPARC S7-2L server addresses the requirements of scale-out and secure cloud infrastructure and offers unmatched efficiency for workloads with demanding local storage and connectivity requirements.
Oracle’s SPARC T7-1 Server secures and accelerates your cloud infrastructure, including Oracle Database, Java, and enterprise applications. Unique, built-in security technology helps protect data against intrusions by malware and security breaches.
Oracle’s SPARC T7-2 Server secures and accelerates your cloud infrastructure, including Oracle Database, Java, and enterprise applications. Unique built-in security technology helps protect data against intrusions by malware and security breaches.
This breakthrough four-socket server secures and accelerates your cloud infrastructure, including Oracle Database, Java, and enterprise applications. Unique, built-in security technology helps protect data against intrusions by malware and security breaches.
Designed for maintaining maximum uptime in mission-critical infrastructure, Oracle’s SPARC M8-8 Server makes it simpler to achieve maximum performance in Oracle Database, Oracle WebLogic Server, and Java ,and Enterprise applications while reducing deployment risk.
Designed for maximum uptime, Oracle’s SPARC M7-8 Server is coengineered with Oracle software and delivers the highest performance in mission-critical infrastructures while reducing the risks of deploying enterprise workloads.
Oracle’s SPARC M7-16 Server ensures maximum uptime in mission-critical infrastructures, simplifies achieving maximum performance running Oracle database and applications, and reduces the risks of deploying enterprise workloads.
Oracle Server X7-2 is engineered for Oracle Database and applications in SAN/NAS deployments, and for delivering infrastructure as a service (IaaS) in cloud and virtualized environments requiring optimal core density, memory footprint, and I/O bandwidth
Oracle Server X7-2L delivers best-in-class database reliability and security in single-node configurations. The server is optimized for simultaneous compute, memory, I/O, and storage density to accelerate Oracle Database, and NoSQL and Hadoop applications.
Oracle’s most powerful x86 server engineered for in-memory databases and scale-up applications. Available in eight-socket and dual four-socket formats optimized for enterprise workloads requiring extreme I/O bandwidth, memory, and core count.
End of Life
- Fujitsu M10-4 Server
- SPARC T5-2 Server
- SPARC T5-4 Server
- SPARC T5-8 Server
- SPARC T4-1 Server
- SPARC T5-1B Server Module
- SPARC T3-1 Server
- Netra SPARC T3-1 Server
- SPARC M5-32 Server
- SPARC M6-32 Server
- SPARC M4000 Server
- SPARC M5000 Server
- Oracle Server X6-2
- Oracle Server X6-2L
- Oracle Server X5-4
- Oracle Server X5-8
- Oracle Netra Server X5-2
Mainframe Reliability with Industry-Leading Virtualization
The Fujitsu M10-4 server is a compact, high-performance, 64-core, midrange server with no-cost virtualization that is ideal for deploying mission-critical applications.
Secure, Fast, and Built for Your Enterprise Cloud
Oracle’s SPARC T5-2 server reduces operational cost and complexity, while delivering faster application response times and better overall service availability, security, and compliance.
Accelerates Database and Enterprise Applications
Oracle’s four socket SPARC T5-4 server provides a cost-effective, highly efficient, and secure cloud infrastructure platform for Oracle Applications, Database, and Java middleware deployments.
Extreme Performance and Scalability in a Compact, High-End Server
Oracle’s SPARC T5-8 server is the world’s fastest single server engineered for Oracle Database. Optimized to accelerate Oracle Database and enterprise applications, the high-end server delivers extreme performance, security, and outstanding virtualization capabilities in a compact design.
Oracle’s SPARC T4-1 server running Oracle Solaris delivers high performance in a compact and secure single-socket server. It provides a highly integrated platform with maximum security and speed for a wide range of single and multi-threaded enterprise and mission-critical applications.
Oracle’s SPARC T5-1B Server Module and Oracle’s Sun Blade 6000 chassis are designed to work together to create a powerful integrated platform for data-intensive and enterprise workloads. Based on the new SPARC T5 processor, the world’s fastest microprocessor, it delivers 2.3x the performance of previous-generation systems.
Please contact us for availability and more information.
Oracle’s SPARC M5-32 server is a massively scalable symmetric multiprocessor (SMP) data center server with the highest availability features. It is designed specifically for very large mission-critical, 24/7, enterprise workloads, and for server consolidation. The SPARC M5-32 server is powered by the 6-core, 8 threads-per-core SPARC M5 processor with a large 48 MB shared level 3 cache. It delivers high performance per processor core and extreme system throughput with up to 1,536 total processor threads and up to 32 TB of shared system memory in a 32-processor configuration. Combined with Oracle Solaris, the SPARC M5-32 server delivers leading performance and unmatched reliability, availability, and serviceability (RAS) with the most comprehensive virtualization capabilities offered in an enterprise-class server.
Powered by the SPARC M6 processors, the SPARC M6-32 server is Oracle’s big memory machine. With up to 32 terabytes of memory for running workloads completely in-memory, the SPARC M6-32 server delivers extreme performance for the largest mission-critical workloads. Unlike competitive large servers the SPARC M6-32 has the same price/performance as entry-level servers meaning no price premium for the benefits of a large server.
Most Secure Two-Socket x86 System for Oracle Databases with SAN/NAS Environments
Oracle Server X6-2 provides maximum security, reliability, and performance for running clustered databases with your installed SAN/NAS infrastructure, and is optimized for virtualized enterprise applications.
Most Secure 2U x86 Platform for Database and Enterprise Storage Solutions
Oracle Server X6-2L is the most secure, reliable, and highest-performing 2U x86 server for running databases with large amounts of direct attached storage. Combine the security features of Oracle Solaris with the scalability of its file system to build premier enterprise storage solutions.
Designed for Oracle Database and Scale-Up Enterprise Applications
Oracle’s most flexible eight-socket x86 server engineered for Oracle software and featuring the unique ability to dynamically repurpose processor resources to maximize performance of scale-up enterprise workloads and memory-optimized databases.
Unmatched Reliability and Performance
Oracle’s Netra Server X5-2 provides high performance for communications and cloud infrastructures requiring continuous availability. Preinstalled virtualization and OS reduce costs and ensure fast deployment. Redundant, hot-swappable AC or DC power supplies and hot-pluggable disks maximize uptime.