Oracle's Fujitsu M10-4S Server—Features
Unmatched Scalability and Mainframe Reliability in a Modular System
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.
Up to 64 3.7 Ghz, 16-core, SPARC64 X+ processors with supercomputer technology for superior performance on enterprise workloads such as ERP, BIDW, SCM, CRM, and more.
Software-on-Chip instructions in SPARC64 X+ processor hardware accelerate key software functions.
High scalability with the ability to gradually add resources such as CPU/memory/PCI slots by installing additional building blocks and connecting them using Fujitsu’s high-speed interconnect.
CPU activation for adding processor cores when more capacity is needed.
Features
Benefits
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SPARC64 X+ 3.7 Ghz 16-core processor with 24 MB of level 2 cache, SPARC64 X 3.2 Ghz 16-core processor with 24 MB of level 2 cache
- Maximum performance and scalability for even the largest workloads
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Oracle Solaris 100% binary compatibility guarantee
- Application investment protection
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“Software on Chip” in the SPARC64 X+ and SPARC64 X processors
- Software instructions embedded into the processor accelerate key software functions
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Fujitsu’s high-speed interconnect
- Enables linear and dynamic scaling from 1 building block and 4 processors up to 16 building blocks with 64 processors and 1,024 cores
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No-cost physical partitions, Oracle Solaris Zones, and Oracle VM Server for SPARC
- Enables massive server consolidation and virtualization, maximizes system utilization, and reduces costs
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Core-based CPU activation (capacity on demand)
- Increase capacity two cores at a time for fast and economical capacity increases
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Mainframe-class RAS features including automatic recovery with instruction retry, up to 64 TB of system memory with error-correcting code (ECC) protection and extended ECC support, guaranteed data-path integrity, and configurable memory mirroring
- Delivers high availability to support the most demanding mission-critical applications