| AMD (Advanced Micro Devices) are a Processor Design and Manufacturing company, they are most well known for their ranges of Desktop PC Processors but also supply Mobile and Server Processors. The latter being primarily for cloud computing and virtualization environments. AMD devices are used everywhere from the smallest PC to state of the art Super Computers. Their purchase of ATI in 2006 has led to AMD developing CPU's that not only do normal processing functions but also graphics processing functions within a single chip.
|
| Processor Type |
AMD FX Series |
| Model Number |
FX-8100 |
| OEM Part Number |
FD8100WMW8KGU |
| Retail Boxed Part Number |
FD8100WMGUSBX |
| Motherboard Socket |
AM3+ |
| CPU Package |
938 pin micro PGA |
| For Use In |
Desktop/Tower PC |
| Data Width 32 Bit |
Yes |
| Data Width 64 Bit |
Yes |
| Actual Speed (MHz) |
2800 |
| Boost Speed (MHz) |
3100 (6 cores) 3700 (3 cores) |
| CPU Build Type |
AMD Bulldozer |
| CPU Core |
Zambezi |
| Number of Cores |
8 |
| Core Revision Number |
B2 |
| CMOS |
32nm SOI |
| Max Supported CPU's |
1 |
| L1 Cache Size (KB) |
48 |
| L1 Cache Quantity |
8 |
| L2 Cache Size (KB) |
1024 |
| L2 Cache Quantity |
8 |
| L3 Cache Size (KB) |
8192 |
| Operating Voltage |
- |
| Max Operating Temp (C) |
70C |
| Power Consumption |
95W |
| Cool'n'Quiet Version |
3.0 |
| SSE |
Yes |
| SSE2 |
Yes |
| SSE3 |
Yes |
| SSE4 |
Yes |
| SSE4a |
Yes |
| MMX Technology |
Yes |
| 3DNow! |
- |
| AMD64 Technology |
Yes |
| Enhanced Virus Protection |
Yes |
| Virtualization Technology |
Yes |
| Advanced Bit Manipulation |
Yes |
| DDR2 Memory Controller |
- |
| DDR3 Memory Controller |
Yes |
| HyperTransport Technology |
Yes |
| Turbo Core Technology |
Yes |
| Advanced Vector Extensions |
Yes |
| AES Instructions |
Yes |
| Packaging |
80/100 |
| CPU Performance |
86/100 |
| Gaming |
87/100 |
| Multi Tasking |
86/100 |
| Total |
84.75/100 |
*Note: CPU Benchmarks are performed across a single range, scores reflect the CPU's capabilities compared to other AM3+ CPU's in the range. The scores should be treated as a guide only as performance can vary greatly dependant on other system components.
