• The High density compact 1U chassis provides high performance through system on chip technology
• With midrange class performance, the Fujitsu M10-1 allows businesses to downsize from mid-range servers
• Maintenance efforts and costs are reduced through a improved processor and memory functions
• Significant reductions in energy consumption are reflected in dramatically reduced datacenter costs
• The new SPARC64™ X+ chip allows for exceptionally high processor and memory reliability
• SPARC64™ X+ processor protects all application assets in former SPARC servers due to conformity to SPARC V9 architecture

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Performance

• Increase in parallelism through rich computational resources within each processor
• Significant reductions in memory access time by integrating memory access controllers within the processor
• Large reductions in I/O access time by integrating system controllers and PCI Express Bridges inside the processor

Green Performance

• The 1U server's simple design greatly reduces power consumption and space
• Superior power supply efficiency of PSU with 80 PLUS Premium certified
• Control of power consumption easily by capping and real-time monitoring of power consumption
• Integrate the power consumption of all server parts to holistically monitor overall power

Virtualization

• Built-in, no-cost Oracle VM Server for SPARC and Oracle Solaris Zones provide the flexibility and power of up to 32 virtual systems in a single Fujitsu M10-1 server
• Cost efficiencies through a high level of virtualization granularity, where one VM can be created per thread of CPU and memory resources can be shared between VMs
• CPU resources can be bound to VM
• Resource utilization can be changed dynamically to eliminate any single point of failure, I/O domains can be made redundant
• To eliminate any single point of failure, I/O domains can be made redundant

Eliminate Downtime

• Hardware availability is fully assured through data protection and component redundancy
• Error Checking and Correction (ECC) protection has been built into CPU to assure address and data bus traffic between LSI
• Hardware-level memory patrol contributes to early detection of memory errors
• All major components including HDD, Power Supply Units and fans can be configured redundantly, and are hot-swappable
• Total system redundancy, including server, storage and network using PRIMECLUSTER

Investment Protection

• The combination of SPARC processors and Oracle Solaris OS provides certainly protection of system assets and a mission critical service
• Lowering operational costs including electricity and license charges can increase investment efficiency
• Oracle Solaris with UNIX OS
• Application binary compatibility ensures applications will run without change or complication
• SPARC64™ X+ and Oracle Solaris conform to the same SPARC V9 open processor architecture as all other SPARC processors and operating system versions. This provides the most stable roadmap into the future