Multi-Core processing | Multiplies server performance by doubling processing ability on a single chip, without increasing power consumption. |
Dual independent bus architecture | Enables dedicated data flow to each processor, maximizing system performance. |
Fully buffered DIMM memory | Increases capacity and memory bandwidth to keep pace with the processor and I/O performance enhancements. |
Intel? Extended Memory 64 Technology1 | Extends the amount of available server memory. |
Intel? I/O Acceleration Technology (Intel? I/OAT) | A platform innovation that helps get network data to and from server applications faster, while consuming far fewer CPU cycles. |
Intel? Virtualization Technology2 | Turns a physical server into multiple systems (virtual machines) allowing multiple operating systems and applications to run inside a single platform. |
Execute Disable Bit3 | Reduces exposure to viruses and prevents harmful software from executing on the server or network. |
Enhanced Intel? SpeedStep? Technology | Allows processors to adjust their operating speeds to meet varying performance needs, while balancing power consumption. |
Product specifications
Features and Benefits
The 2U system (Intel? Server System SR2500AL) can handle more demanding departmental database, datacenter and other high-transaction applications.
The 1U systems (Intel? Server Systems SR1500AL, SR1550AL) are designed for organizations running front-end Internet, Web-hosting and HPC applications.
Intel? Server Systems SR1500AL, SR1550AL, and SR2500AL are intended to provide different levels of power and cooling redundancy and flexible storage solutions including 2.5"/3.5" SATA or SAS drives, as well as support for both tape drives and optical drives. These systems designed for space-constrained environments are optimized in either a 1U, 1U with redundant power or a 2U form-factor.
These systems designed for space-constrained environments are optimized in either a 1U, 1U with redundant power |
Multi-Core processing Multiplies server performance by doubling processing ability on a single chip, without increasing power consumption. Dual independent bus architecture Enables dedicated data flow to each processor, maximizing system performance. Fully buffered DIMM memory ...
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