Opteron 100 Serie
Logo
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Prozessorkern
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Sledge-/Clawhammer (130 nm)
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| Entwicklungsgeneration |
K8 |
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| Kernproduktion |
FAB 30, Dresden, Deutschland |
| Test, Montage, Beschriftung |
Penang, Malaysia |
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| Transistoren |
105,9 Millionen (Sledge-/Clawhammer) |
| Fertigungstechnik |
9 Lagen, CMOS (Complementary Metal-Oxide
Semiconductor), SOI (Silicon On Insulator), 6 Layer low-K Dielektrika,
Copper Interconnects |
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| Level 1 Daten Cache |
64 KiB |
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2-Way Associative |
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8-Way Bank-Interleave |
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2*64 Bit Zugriffe pro Takt, lesen oder
schreiben in verschiedenen Banken |
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3 Takte Latenz |
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ECC Cache Protection (8 KiB) |
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40 TLB (Translation Look aside Buffers)
Einträge (32* 4k page translations, 8* 2/4 M page translations) |
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| Level 1 Befehls Cache |
64 KiB |
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2-Way Associative |
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128 Bit Lese- und Schreib-Port |
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Parity Protection (1 Bit pro 16 Bit) |
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40 ITLB (Instruction Translation Look aside
Buffers) Einträge (32* 4k page translations, 8* 2/4 M page translations) |
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| Level 2 Cache |
256/512/1024 KiB |
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16-Way Associative |
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Exclusive Architektur |
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16 Takte Latenz (+ 3 Takte L1) |
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ECC Cache Protection |
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128 Bit Anbindung |
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512 DTLB (Data Translation Look aside Buffers,
4-Way set-asociative virtual to physical address translation) |
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512 ITLB (Instruction Translation Look aside
Buffers, 4-Way set-asociative virtual to physical address translation) |
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| Integer Core |
12 stufige Pipeline |
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3 ALU (Arithmetic Logic Unit) |
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3 AGU (Address Generator Unit) |
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64 Bit Integer Register |
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48 Bit virtueller Adressraum, 40 Bit
physikalischer Adressraum |
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16 General Purpose Register |
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| Floating Point Core |
17 stufige Pipeline |
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1*FMUL |
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1*FADD |
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1*FSTORE |
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80 Bit Floating Point Register |
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| Flags |
fpu vme de pse tsc msr pae mce cx8 apic sep
mtrr pge mca cmov pat nx pse36 clflush mmx fxsr sse sse2 syscall mmxext
lm 3dnowext 3dnow |
Opteron 100 Serie
(Die "Thermal Desing Power" Angaben beim P-Max Modus basieren teilweise auf Messwerte verschiedener Quellen, alle anderen Zahlen sind die theoretischen Maxima)
| Modellnummer |
146 |
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| OPN |
OSA146FIK5BB |
| Taktfrequenz (P-Max) |
2000 MHz |
| L2 Cache |
1024 KiB |
| CPUID |
? |
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| Kernspannung |
1,40 V |
| Thermal Desing Power |
35-45 W (67 W) |
| maximaler Strom |
44,9 Ampere |
| maximale Temperatur |
65°C |
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| Prozessorkern |
Venus |
| Stepping |
D4 |
| Kerngröße |
? mm² |
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| Typ |
Workstation/Server |
| Gehäuse |
keramisches PGA |
| Pins |
940 |
| Fertigungsprozess |
90 nm |
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| Speicheranbindung |
2*64 Bit (8 Bit ECC) |
| Unterstützter Speicher |
Registered PC1600, PC2100, PC2700, PC3200 |
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| SMP |
nein |
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| I/O |
3*16 Bit HT, Full duplex |
| HyperTransport |
800 MHz - 3*6,4 GiB/s |
| Modellnummer |
140 |
146 |
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| OPN |
OSB140CSP5AT |
OSK146CMP5AT |
Taktfrequenz
(P-Max) |
1400 MHz |
2000 MHz |
| L2 Cache |
1024 KiB |
1024 KiB |
| CPUID |
00000F5Ah |
00000F5Ah |
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| Kernspannung |
1,15 V |
1,30 V |
Thermal Desing
Power |
30 W |
55 W |
| maximaler Strom |
22,5 Ampere |
39,2 Ampere |
maximale
Temperatur |
70°C |
70°C |
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| Prozessorkern |
Sledgehammer |
Sledgehammer |
| Stepping |
SH7-CG |
SH7-CG |
| Kerngröße |
193 mm² |
193 mm² |
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| Typ |
Low-Power Workstation/Server |
Medium-Power
Workstation/Server |
| Gehäuse |
keramisches PGA |
keramisches PGA |
| Pins |
940 |
940 |
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| Speicheranbindung |
2*64 Bit (8 Bit ECC) |
2*64 Bit (8 Bit ECC) |
Unterstützter
Speicher |
Registered PC1600, PC2100,
PC2700, PC3200 |
Registered PC1600, PC2100,
PC2700, PC3200 |
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| SMP |
nein |
nein |
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| I/O |
3*16 Bit HT, Full duplex |
3*16 Bit HT, Full duplex |
| HyperTransport |
800 MHz - 3*6,4 GiB/s |
800 MHz - 3*6,4 GiB/s |
| Modellnummer |
150 |
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| OPN |
OSA150CEP5AT |
Taktfrequenz
(P-Max) |
2400 MHz |
| L2 Cache |
1024 KiB |
| CPUID |
00000F5Ah |
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| Kernspannung |
1,50 V |
Thermal Desing
Power |
66-89 W |
| maximaler Strom |
56,5 Ampere |
maximale
Temperatur |
70°C |
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| Prozessorkern |
Sledgehammer |
| Stepping |
SH7-CG |
| Kerngröße |
193 mm² |
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| Typ |
Workstation/Server |
| Gehäuse |
keramisches PGA |
| Pins |
940 |
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| Speicheranbindung |
2*64 Bit (8 Bit
ECC) |
Unterstützter
Speicher |
Registered PC1600, PC2100,
PC2700, PC3200 |
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| SMP |
nein |
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| I/O |
3*16 Bit HT, Full duplex |
| HyperTransport |
800 MHz - 3*6,4 GiB/s |
| Modellnummer |
148 |
148 |
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| OPN |
OSA148CEP5AK |
OSA148CEP5AT |
Taktfrequenz
(P-Max) |
2200 MHz |
2200 MHz |
| L2 Cache |
1024 KiB |
1024 KiB |
| CPUID |
00000F58h |
00000F5Ah |
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| Kernspannung |
1,50 V |
1,50 V |
Thermal Desing
Power |
64-89 W |
64-89 W |
| maximaler Strom |
56,5 Ampere |
56,5 Ampere |
maximale
Temperatur |
70°C |
70°C |
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| Prozessorkern |
Sledgehammer |
Sledgehammer |
| Stepping |
SH7-C0 |
SH7-CG |
| Kerngröße |
193 mm² |
193 mm² |
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| Typ |
Workstation/Server |
Workstation/Server |
| Gehäuse |
keramisches PGA |
keramisches PGA |
| Pins |
940 |
940 |
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| Speicheranbindung |
2*64 Bit (8 Bit ECC) |
2*64 Bit (8 Bit ECC) |
Unterstützter
Speicher |
Registered PC1600, PC2100,
PC2700, PC3200 |
Registered PC1600, PC2100,
PC2700, PC3200 |
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| SMP |
nein |
nein |
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| I/O |
3*16 Bit HT, Full duplex |
3*16 Bit HT, Full duplex |
| HyperTransport |
800 MHz - 3*6,4 GiB/s |
800 MHz - 3*6,4 GiB/s |
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