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Second-Generation AMD Opteron™ processors are identified by a four digit model number, ZYXX, where:
Z—indicates
the maximum scalability of the processor.
1000 Series = 1-way servers and workstations
2000 Series = Up to 2-way servers and workstations
8000 Series = Up to 8-way servers and workstations
Y—indicates socket generation. This digit is always ‘2’ for AMD Opteron processors for Socket F
(1207) and Socket AM2.
1000 Series in Socket AM2 = Models 12XX
2000 Series in Socket F (1207) = Model 22XX
8000 Series in Socket F (1207) = Model 82XX
XX—indicates relative performance within the series.
An AMD Opteron Processor Model 2350 is higher performing than an AMD Opteron™ Processor Model 2347, etc.
XX values above 40 indicate a Third-Generation Quad-Core AMD Opteron processor
XX values 40 and below indicate a Third-Generation Dual-Core AMD Opteron processor (available in 1H’08)
HE—indicates a 68W low-power AMD Opteron™ processor. Performance of a low-power AMD
Opteron processor HE model number, ZYXX, is equal to the performance of the same model number standard-power version. For example, an AMD
Opteron processor Model 2216 HE offers the same performance as a standard wattage AMD Opteron processor Model 2216.
SE—indicates a higher power, frequency-optimized AMD Opteron™ processor. Performance
of an AMD Opteron™ processor SE model number, XYZZ, is equal to the performance of the same model number standard-power version. For
example, an AMD Opteron processor Model 2220 SE offers the same performance as a standard wattage AMD Opteron™ processor Model 2220 --
however Model 2220 SE will be available at an earlier date than the standard power model.
The chart below further explains the differences
between AMD Opteron™ processor and Model Numbers.
| Series |
1000
Series |
2000
Series |
8000
Series |
| Scalability |
1-way |
Up to 2-way |
Up to 8-way |
| Socket |
Socket AM2 |
Socket F (1207) |
Socket F (1207) |
| Performance |
|
|
8000 Series
Benchmarks |
| Standard Power Models |
|
| Maximum CPU Power |
103W |
95W |
95W |
| Frequency |
Model Numbers |
| Second-Generation 1.8GHz |
Model 1210 |
Model 2210 |
- |
| Second-Generation 2.0GHz |
Model 1212 |
Model 2212 |
Model 8212 |
| Second-Generation 2.2GHz |
Model 1214 |
Model 2214 |
Model 8214 |
| Second-Generation 2.4 GHz |
Model 1216 |
Model 2216 |
Model 8216 |
| Second-Generation 2.6GHz |
Model 1218 |
Model 2218 |
Model 8218 |
| Second-Generation 2.8GHz |
Model 1220 |
Model 2220 |
Model 8220 |
| Second-Generation 3.0GHz |
Model 1222 |
Model 2222 |
Model 8222 |
| Low-Power Models HE |
|
| Maximum CPU Power |
68W |
68W |
68W |
HE Frequency |
Model Numbers |
Second-Generation 1.8GHz |
Model 1210 HE |
Model 2210 HE |
- |
Second-Generation 2.0GHz |
Model 1212 HE |
Model 2212 HE |
Model 8212 HE |
| Second-Generation 2.2GHz |
Model 1214 HE |
Model 2214 HE |
Model 8214 HE |
| Second-Generation 2.4 GHz |
Model 1216 HE |
Model 2216 HE |
Model 8216 HE |
| Second-Generation 2.6 GHz |
Model 1218 HE |
Model 2218 HE |
Model 8218 HE |
| Performance-Optimized Models SE |
|
| Maximum CPU Power |
125W |
120W |
120W |
| SE Frequency |
Model Numbers |
| Second-Generation 2.8 GHz |
Model 1220 SE |
Model 2220 SE |
Model 8220 SE |
| Second-Generation 3.0 GHz |
Model 1222 SE |
Model 2222 SE |
Model 8222 SE |
| Second-Generation 3.2 GHz |
- |
Model 2224 SE |
Model 8224 SE |
| AMD Virtualization™ (AMD-V™) |
Yes |
Yes |
Yes |
| Tagged TLB support |
Yes |
Yes |
Yes |
| Virtualization-aware memory controller |
Yes |
Yes |
Yes |
| AMD PowerNow!™ technology with OPM |
Yes |
Yes |
Yes |
| Supported power states |
Up to 5 |
Up to 5 |
Up to 5 |
| Direct Connect Architecture |
Yes |
Yes |
Yes |
| Integrated DDR2 memory controller |
Yes |
Yes |
Yes |
| DDR2 Memory type supported |
Unbuffered |
Registered |
Registered |
| DDR2 Memory controller width |
128-bit |
128-bit |
128-bit |
| DDR2 Memory Max Frequency |
DDR2-800 |
DDR2-667 |
DDR2-667 |
| DDR2 Memory Max DIMM support/CPU |
4 @ DDR2-667 |
8 @ DDR2-533 |
8 @ DDR2-533 |
| On-Line spare RAS support |
Yes |
Yes |
Yes |
| ECC DRAM protection |
Yes |
Yes |
Yes |
| HyperTransport™ technology |
Yes |
Yes |
Yes |
| HyperTransport technology links (total/coherent) |
1/0 |
3/1 |
3/3 |
| HyperTransport technology link width |
16 bits x 16 bits |
16 bits x 16 bits |
16 bits x 16 bits |
| HyperTransport bus frequency |
1GHz |
1GHz |
1GHz |
| AMD64 |
Yes |
Yes |
Yes |
| Simultaneous 32 & 64-bit computing |
Yes |
Yes |
Yes |
| L1 Cache Size (data/instruction) |
64KB/64KB |
64KB/64KB |
64KB/64KB |
| L2 Cache Size |
1MB |
1MB |
1MB |
| Pipeline stages (integer/floating point) |
12/17 |
12/17 |
12/17 |
| L1/L2 data cache protection |
ECC |
ECC |
ECC |
| L1/L2 instruction cache protection |
Parity |
Parity |
Parity |
| Global History Counter Entries |
16K |
16K |
16K |
| L1 TLB entries (data/instruction) |
40/40 |
40/40 |
40/40 |
| L1 TLB associativity (data/instruction) |
Full/Full |
Full/Full |
Full/Full |
| L2 TLB entries (data/instruction) |
512/512 |
512/512 |
512/512 |
| L2 associativity (data/instruction) |
4-way/4-way |
4-way/4-way |
4-way/4-way |
| SIMD Instruction Support |
SSE, SSE2, SSE3 |
SSE, SSE2, SSE3 |
SSE, SSE2, SSE3 |
| Process |
90 nanometer SOI |
90 nanometer SOI |
90 nanometer SOI |
| Manufactured In |
Fab 30, Dresden, Germany |
Fab 30, Dresden, Germany |
Fab 30, Dresden, Germany |
|