$1,123.00
The innovative modular architecture helps pack in more cores, making it the natural choice for heavy-threaded cloud computing environments and enterprise applications that demand outstanding performance and scalability.
The AMD Opteron 6000 Series platform offering the industry’s only twelve-core x86 processor. Built to excel when the workload gets tough. Match tough workloads with the right fit server platform and realize superior performance in memory and compute intensive workloads.
We are not only looking to sell you only one time we look to build long business relation with you.
We offer manufacture warranty plus our ICT warranty.
If you need any technical assistant, our expert technicians are always available to help you without any additional cost.
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Processor | |
Processor family | Intel Xeon |
Processor frequency | 2.5 GHz |
Processor cores | 6 |
Processor front side bus | - |
Processor socket | Socket R (LGA 2011) |
Component for | Server/Workstation |
Processor lithography | 32 nm |
Processor model | E5-2640 |
Processor threads | 12 |
System bus rate | 7.20 GT/s |
Processor operating modes | 64-bit |
L3 cache | 15 MB |
CPU multiplier (bus/core ratio) | 30 |
Box | No |
Processor boost frequency | 3 GHz |
Memory | |
Maximum RAM supported | 750 GB |
Supported memory clock speeds | 800, 1066, 1333 MHz |
Memory bandwidth (max) | 42.6 GB/s |
ECC | Yes |
Memory channels | Quad |
Power | |
Thermal power | 95 W |
VID Voltage Range | 0.6 - 1.35 V |
Operational conditions | |
Maximum operating temperature | 77.4 °C |
Other features | |
Advanced processor features | AES New Instructions,Enhanced Intel SpeedStep Technology,Execute Disable Bit,Idle States,Intel 64,Intel Hyper-Threading,Intel Trusted Execution,Intel Turbo Boost,Intel VT,Thermal Monitoring Technologies,Virtualization Technology |
The AMD Opteron 6000 Series platform offering the industry’s only twelve-core x86 processor. Built to excel when the workload gets tough. Match tough workloads with the right fit server platform and realize superior performance in memory and compute intensive workloads.
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