AMD Opteron Processor Power and Thermal Data Sheet
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- Arline Riley
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1 PID: 3047 Rev 3. - May 2006 Power and Thermal Data Sheet Power and Thermal Data Sheet Publication # 3047 Revision: 3. Issue Date: May 2006 Advanced Micro Devices
2 PID: 3047 Rev 3. - May 2006 Power and Thermal Data Sheet Trademarks AMD, the AMD Arrow logo, AMD Athlon, AMD Opteron and combinations thereof are trademarks of Advanced Micro Devices, Inc. HyperTransport is a licensed trademark of the HyperTransport Technology Consortium. Other product names used in this publication are for identification purposes only and may be trademarks of their respective companies. Disclaimer The contents of this document are provided in connection with Advanced Micro Devices, Inc. ( AMD ) products. AMD makes no representations or warranties with respect to the accuracy or completeness of the contents of this publication and reserves the right to make changes to specifications and product descriptions at any time without notice. The information contained herein may be of a preliminary or advance nature and is subject to change without notice. No license, whether express, implied, arising by estoppel or otherwise, to any intellectual property rights is granted by this publication. Except as set forth in AMD s Standard Terms and Conditions of Sale, AMD assumes no liability whatsoever, and disclaims any express or implied warranty, relating to its products including, but not limited to, the implied warranty of merchantability, fitness for a particular purpose, or infringement of any intellectual property right. AMD s products are not designed, intended, authorized or warranted for use as components in systems intended for surgical implant into the body, or in other applications intended to support or sustain life, or in any other application in which the failure of AMD s product could create a situation where personal injury, death, or severe property or environmental damage may occur. AMD reserves the right to discontinue or make changes to its products at any time without notice. 2005, 2006 Advanced Micro Devices, Inc. All rights reserved. Advanced Micro Devices
3 PID: 3047 Rev 3.- May 2006 Power and Thermal Data Sheet Table of Contents Ordering Part Number Description Thermal/Power Specifications MTOPS Table of Contents 3
4 PID: 3047 Rev 3. - May 2006 Power and Thermal Data Sheet List of Figures Figure. Ordering Part Number Example List of Figures 4
5 PID: 3047 Rev 3. - May 2006 Power and Thermal Data Sheet List of Tables Table : Revision History Table 2: Part Definition Options Table 3: L2 Cache Size Options Table 4: Temperature Options Table 5: Operating Voltage Table 6: Package Options Table 7: Model Number Options Table 8: Power Limit Table 9: Thermal Profile Table 0: BIOS Specifications - Rev CG Table : BIOS Specifications - Rev E Single Core Table 2: BIOS Specifications - Rev E Dual-Core Table 3: Thermal/Power Specifications - Rev B Table 4: Thermal/Power Specifications - Rev C Table 5: Thermal/Power Specifications - Rev CG Table 6: Thermal/Power Specifications - Rev E Single-Core Table 7: Thermal/Power Specifications - Rev E Dual-Core Table 8: Composite Theoretical Performance (CTP) Calculations List of Tables 5
6 Table : Revision History Date Revision Description May Added Rev. E single-core parts. November Added Rev. E single-core and dual-core OPNs. Added MTOPS chapter. May Added Rev CG OPNs for models X40, X42, X44, X46, X48, and X50. Corrected note for S3 state. March Added 55W and 30W OPNs for models X46 and X40. November Initial public release. 6
7 The following sections contain thermal/power and related BIOS specifications for AMD Opteron processors. Each column in the BIOS and thermal/power tables represents a specific Ordering Part Number (OPN). Section. provides an example of the OPN structure for this processor family. Availability of processors corresponding to certain OPNs is limited. Refer to the AMD Opteron Product Data Sheet, order #23932 for all other electrical specifications for the processor. Refer to the BIOS and Kernel Developer s Guide for AMD Athlon 64 and s, order #26094 for power management BIOS requirements.. Ordering Part Number Description OS A 244 C C O 5 AH Part Definition: AH= CPUID Model 5, Dual Processor, Rev C0 (see Table 2) L2 Cache Size: 5= Megabyte (see Table 3) Case Temperature: O= 69 o C (see Table 4) Operating Voltage: C=.55 V (see Table 5) Package: C= 940 pin lidded CμPGA (see Table 6) Model Number: 244=, Single Core (see Table 7) Power Limit: A= Standard Power (see Table 8) Brand: AMD Opteron Server Figure. Ordering Part Number Example Table 2: Part Definition Options Part Definition Link Coherency Revision Package Drawing AH 2P Rev B3 Ceramic AL 2P Rev C0 Ceramic AU 2P Rev CG Ceramic BC 2P Rev D0 Organic BL 2P Rev E4 Organic CB 2P Rev E6 Organic AG P Rev B3 Ceramic 7
8 Table 2: Part Definition Options Part Definition Link Coherency Revision Package Drawing AK P Rev C0 Ceramic AT P Rev CG Ceramic BB P Rev D0 Organic BK P Rev E4 Organic BN P Rev E4 Organic CA P Rev E6 Organic CD P Rev E6 D AI 8P Rev B3 Ceramic AM 8P Rev C0 Ceramic AV 8P Rev CG Ceramic BD 8P Rev D0 Organic BS 8P Rev E Organic BM 8P Rev E4 Organic CC 8P Rev E6 Organic Table 3: L2 Cache Size Options OPN Character Cache Size 6 2 MB 5 MB Table 4: Temperature Options OPN Character A K M O P Q T U Temperature Variable 65 o C 67 o C 69 o C 70 o C 7 o C 78 o C 83 o C 8
9 Table 5: Operating Voltage OPN Character A C E I K M O Q S Operating Voltage Variable.55 V.50 V.40 V.35 V.30 V.25 V.20 V.5 V Table 6: Package Options OPN Character C F D Package 940 Pin Lidded CμPGA 940 Pin Lidded OμPGA 939 Pin Lidded OμPGA Table 7: Model Number Options Uni-Processor, Single-Core Dual-Processor, Single-Core Multi-Processor, Single-Core 40: 400 MHz 240: 400 MHz 840: 400 MHz 42: 600 MHz 242: 600 MHz 842: 600 MHz 44: 244: 844: 46: 246: 846: 48: 248: 848: 50: 2400 MHz 250: 2400 MHz 850: 2400 MHz 52: 2600 MHz 252: 2600 MHz 852: 2600 MHz 54: 2800 MHz 254: 2800 MHz 854: 2800 MHz 56: 3000 MHz 256: 3000 MHz 856: 3000 MHz 260: 600 MHz 860: 600 MHz 65: 265: 865: 70: 270: 870: 75: 875: 80: 2400 MHz 280: 2400 MHz 880: 2400 MHz 9
10 Table 8: Power Limit OPN Character A K B Power Limit Standard Power 55 W 30 W Table 9: Thermal Profile Thermal Profile A B C Thermal Resistance (case to ambient) Local Ambient Temperature 0.34 C/W 0.27 C/W 0.53 C/W 42 C 42 C 42 C Tcase Max Power (Thermal Profile A) Power (Thermal Profile B) Power (Thermal Profile C) 49 C 20.6 W 25.9 W 3.2 W 5 C 26.5 W 33.3 W 7.0 W 53 C 32.4 W 40.7 W 20.8 W 55 C 38.2 W 48. W 24.5 W 57 C 44. W 55.6 W 28.3 W 59 C 50.0 W 63.0 W 32. W 6 C 55.9 W 70.4 W 35.8 W 63 C 6.8 W 77.8 W 39.6 W 65 C 67.6 W 85.2 W 43.4 W 67 C 73.5 W 92.6 W 47.2 W 69 C 79.4 W 50.9 W 7 C 85.3 W 54.7 W 0
11 Thermal Profile D E F Thermal Resistance (case to ambient) Local Ambient Temperature 0.34 C/W 0.95 C/W 0.25 C/W 42 C 42 C 42 C Tcase Max Power (Thermal Profile D) Power (Thermal Profile E) Power (Thermal Profile F) 49 C 20.6 W 7.4 W 28.0 W 5 C 26.5 W 9.5 W 36.0 W 53 C 32.4 W.6 W 44.0 W 55 C 38.2 W 3.7 W 52.0 W 57 C 44. W 5.8 W 60.0 W 59 C 50.0 W 7.9 W 68.0 W 6 C 55.9 W 20.0 W 76.0 W 63 C 6.8 W 22. W 84.0 W 65 C 67.0 W 24.2 W 92.0 W 67 C 26.3 W 95.0 W 69 C 28.4 W 7 C 30.0 W Thermal Profile G H I Thermal Resistance (case to ambient) Local Ambient Temperature 0.5 C/W 0.22 C/W 0.20 C/W 42 C 42 C 42 C Tcase Max Power (Thermal Profile G) Power (Thermal Profile H) Power (Thermal Profile I) 49 C 3.7 W 3.8 W 35.0 W 5 C 7.6 W 40.9 W 45.0 W 53 C 2.6 W 50.0 W 55.0 W 55 C 25.5 W 59. W 65.0 W 57 C 29.4 W 68.2 W 75.0 W 59 C 33.3 W 77.3 W 85.0 W 6 C 37.3 W 86.4 W 95.0 W 63 C 4.2 W 95.5 W 05.0 W 65 C 45. W 04.0 W 0.0 W 67 C 49.0 W 69 C 52.9 W 7 C 55.0 W Note: The thermal profile is used to define the relationship between Tcase max and devicespecific Thermal Design Power for Rev. E and later processors with Variable indicated by the Case Temperature OPN character.
12 Table 0: BIOS Specifications - Rev CG Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2 FID/VID Status StartVID Field 2 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / VID Code / The notes for this table appear on page 26. OSA40CEP5AT OSA240CEP5AU OSA840CEP5AV Ch 0h 4h 00000F5Ah OSA42CEP5AT OSA242CEP5AU OSA842CEP5AV 00000F5Ah OSA44CEP5AT OSA244CEP5AU OSA844CEP5AV 00000F5Ah MB MB MB 06h 08h 0Ah 06h 08h 0Ah 400 MHz 600 MHz 00h 00h 00h 02h 02h 02h 02h 02h 02h.500 V.500 V.500 V 82. W 82. W 82. W Ch 0h 4h Ch 0h 4h 0Eh.200 V 28.0 W 2
13 Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2 FID/VID Status StartVID Field 2 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / VID Code / The notes for this table appear on page 26. OSA46CEP5AT OSA48CEP5AT OSA50CEP5AT OSA246CEP5AU OSA248CEP5AU OSA250CEP5AU OSA846CEP5AV OSA848CEP5AV OSA850CEP5AV Ch 0h 4h 0Ch 0h 4h 0Ch 0h 4h 00000F5Ah 00000F5Ah 00000F5Ah MB MB MB 0Ch 0Eh 0h 0Ch 0Eh 0h 2400 MHz 00h 00h 00h 02h 02h 02h 02h 02h 02h.500 V.500 V.500 V 89.0 W 89.0 W 89.0 W 06h.400 V 06h.400 V 06h.400 V 66.0 W 70.0 W 83.0 W 0Ah.300 V 0Ah.300 V 47.0 W 55.0 W 0Ch.250 V 42.0 W 0Eh.200 V 0Eh.200 V 0Eh.200 V 28.0 W 28.0 W 28.0 W 3
14 Table : BIOS Specifications - Rev E Single Core Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / Intermediate P-State #4 6 VID Code / Intermediate P-State #5 6 VID Code / Intermediate P-State #6 6 VID Code / VID Code / OSA52FAA5BK OSA254FAA5BL OSA252FAA5BL OSA854FAA5BM OSA852FAA5BM Ch 0h 4h 00020F5h 0h 4h 00020F5h MB MB 2h 4h 2h 4h 2600 MHz 2800 MHz 06h 04h 06h 04h 08h 06h 08h 06h 08h 06h 08h 06h.350 V.400 V.350 V.400 V 92.6 W 92.6 W 2400 MHz 2600 MHz 08h.350 V 08h.350 V 90.0 W 90.2 W 2400 MHz 0Ah.300 V 0Ah.300 V 76.6 W 77.0 W 0Ch.250 V 0Ch.250 V 65. W 65.7 W 0Eh.200 V 0Eh.200 V 55.2 W 55.9 W 0h.50 V 47.6 W 2h.00 V 2h.00 V 32.0 W 36. W The notes for this table appear on page 26. 4
15 OSA242FAA5BL OSA842FAA5BM OSA244FAA5BL OSA844FAA5BM OSA246FAA5BL OSA846FAA5BM Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / Intermediate P-State #4 6 VID Code / Intermediate P-State #5 6 VID Code / Intermediate P-State #6 6 VID Code / VID Code / h 4h 00020F5h 0h 4h 0h 4h 00020F5h MB MB MB 08h 0Ah 0Ch 08h 0Ah 0Ch 600 MHz 06h 04h 06h 04h 06h 04h 08h 06h 08h 06h 08h 06h 08h 06h 08h 06h 08h 06h.350 V.400 V.350 V.400 V.350 V.400 V 85.3 W 85.3 W 85.3 W 08h.350 V 82.7 W 00020F5h 2h.00 V 2h.00 V 37.8 W 36.6 W The notes for this table appear on page 26. 5
16 OSA248FAA5BL OSA250FAA5BL OSA848FAA5BM OSA850FAA5BM Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / Intermediate P-State #4 6 VID Code / Intermediate P-State #5 6 VID Code / Intermediate P-State #6 6 VID Code / VID Code / h 4h 00020F5h h 4h MB MB 0Eh 0h 0Eh 0h 2400 MHz 06h 04h 06h 04h 08h 06h 08h 06h 08h 06h 08h 06h.350 V.400 V.350 V.400 V 85.3 W 85.3 W 08h.350 V 08h.350 V 82.7 W 82.7 W 0Ah.300 V 0Ah.300 V 70.0 W 70.2 W 0Ch.250 V 59.5 W 00020F5h 2h.00 V 2h.00 V 36.6 W 30. W The notes for this table appear on page 26. 6
17 OSK246FAA5BL OSK250FAA5BL OSK848FAA5BM OSK846FAA5BM OSK850FAA5BM Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / Intermediate P-State #4 6 VID Code / Intermediate P-State #5 6 VID Code / Intermediate P-State #6 6 VID Code / VID Code / 2h.00 V 2h.00 V 2h.00 V 22.3 W 2. W 9.9 W The notes for this table appear on page h 6h 0Eh 2h 6h 2h 6h 00020F5h 00020F5h 00020F5h MB MB MB 0Ch 0Eh 0h 0Ch 0Eh 0h 2400 MHz 06h 04h 06h 04h 06h 04h 08h 06h 08h 06h 08h 06h 08h 06h 08h 06h 08h 06h.350 V.400 V.350 V.400 V.350 V.400 V 54.7 W 54.7 W 54.7 W 08h.350 V 08h.350 V 08h.350 V 46. W 52. W 52. W 0Ah.300 V 0Ah.300 V 45.9 W 44.0 W 0Ch.250 V 37.9 W 7
18 OSA44DAA5BN OSA48DAA5BN Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / Intermediate P-State #4 6 VID Code / Intermediate P-State #5 6 VID Code / Intermediate P-State #6 6 VID Code / VID Code / Ch 0Ch 00020F7h 00020F7h MB MB 0Ah 0Eh 0Ah 0Eh 06h 04h 06h 04h 08h 06h 08h 06h 08h 06h 08h 06h.350 V.400 V.350 V.400 V 67.0 W 85.3 W 08h.350 V 83.0 W 0Ah.300 V 70.4 W 2h.00 V 2h.00 V 29.6 W 36. W The notes for this table appear on page 26. 8
19 OSA52DAA5BN Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / Intermediate P-State #4 6 VID Code / Intermediate P-State #5 6 VID Code / Intermediate P-State #6 6 VID Code / VID Code / 52 0Ch 00020F7h MB 2h 2h 2600 MHz 06h 04h 08h 06h 08h 06h.350 V.400 V 04.0 W 2400 MHz 08h.350 V 0.6 W 0Ah.300 V 86.3 W 0Ch.250 V 73.2 W 0Eh.200 V 62. W 2h.00 V 4.9 W The notes for this table appear on page 26. 9
20 OSA46DAA5BN OSA50DAA5BN OSA54DAA5BN Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / Intermediate P-State #4 6 VID Code / Intermediate P-State #5 6 VID Code / Intermediate P-State #6 6 VID Code / VID Code / 46 0Ch 00020F7h 50 0Ch 00020F7h MB MB MB 0Ch 0h 4h 0Ch 0h 4h 2400 MHz 2800 MHz 06h 04h 06h 04h 06h 04h 08h 06h 08h 06h 08h 06h 08h 06h 08h 06h 08h 06h.350 V.400 V.350 V.400 V.350 V.400 V 67.0 W 85.3 W 04.0 W 2600 MHz 08h.350 V 08h.350 V 08h.350 V 64.7 W 83.0 W 0.7 W 2400 MHz 0Ah.300 V 0Ah.300 V 70.6 W 86.8 W 0Ch.250 V 0Ch.250 V 59.6 W 74.0 W 0Eh.200 V 63.0 W 0h.50 V 53.7 W 2h.00 V 2h.00 V 28.6 W 35.0 W 54 0Ch 00020F7h 2h.00 V 4.6 W The notes for this table appear on page
21 Table 2: BIOS Specifications - Rev E Dual-Core OSA865FAA6CC OSA870FAA6CC OSA875FAA6CC Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 Max HyperTransport Frequency FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code, 8 Intermediate P-State # 6 VID Code /, 8 Intermediate P-State #2 6 VID Code /, 8 Intermediate P-State #3 6 VID Code /, 8 Intermediate P-State #4 6 VID Code /, 8 Intermediate P-State #5 6 VID Code /, 8 Intermediate P-State #6 6 VID Code /, 8 VID Code /, Ch 30h 34h 30h 34h 30h 34h 00020F2h 00020F2h 00020F2h 2 MB 2 MB 2 MB 0Ah 0Ch 0Eh 0Ah 0Ch 0Eh 800 MHz 800 MHz 800 MHz 08h 06h 08h 06h 08h 06h 0Ah 08h 0Ah 08h 0Ah 08h 0Ah 08h 0Ah 08h 0Ah 08h.350 V V.350 V V.350 V V 95.0 W 95.0 W 95.0 W 0Ah.300 V 0Ah.300 V 90.3 W 90.3 W 0Ch.250 V 75.9 W 2h.00 V 2h.00 V 2h.00 V 40.6 W 38.3 W 36. W The notes for this table appear on page 26. 2
22 OSA280FAA6CB OSA880FAA6CC Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 Max HyperTransport Frequency FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code, 8 Intermediate P-State # 6 VID Code /, 8 Intermediate P-State #2 6 VID Code /, 8 Intermediate P-State #3 6 VID Code /, 8 Intermediate P-State #4 6 VID Code /, 8 Intermediate P-State #5 6 VID Code /, 8 Intermediate P-State #6 6 VID Code /, 8 VID Code /, h 34h 00020F2h 2 MB 0h 0h 800 MHz 08h 06h 0Ah 08h 0Ah 08h.350 V.400 V 92.6 W 2400 MHz 0Ah.350 V 90.0 W 0Ch.300 V 76.6 W 0Eh.250 V 65. W.200 V 55.2 W 2h.00 V 32.0 W The notes for this table appear on page
23 OSA65DAA6CD OSA70DAA6CD OSA75DAA6CD Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / Intermediate P-State #4 6 VID Code / Intermediate P-State #5 6 VID Code / Intermediate P-State #6 6 VID Code / VID Code / 65 2Ch 00020F32h 70 2Ch 2 MB 2 MB 2 MB 0Ah 0Ch 0Eh 0Ah 0Ch 0Eh 08h 06h 08h 06h 08h 06h 0Ah 08h 0Ah 08h 0Ah 08h 0Ah 08h 0Ah 08h 0Ah 08h.300 V.350 V.300 V.350 V.300 V.350 V 0.0 W 0.0 W 0.0 W 0Ah.300 V 0Ah.300 V 05.6 W 05.6 W 0Ch.250 V 89. W 00020F32h 2h.00 V 2h.00 V 5.6 W 5.4 W 75 2Ch 00020F32h 2h.00 V 49.0 W The notes for this table appear on page
24 OSK260FAA6CB OSK860FAA6CC OSK265FAA6CB OSK865FAA6CC OSK270FAA6CB OSK870FAA6CC Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 Max HyperTransport Frequency FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code, 8 Intermediate P-State # 6 VID Code /, 8 Intermediate P-State #2 6 VID Code /, 8 Intermediate P-State #3 6 VID Code /, 8 Intermediate P-State #4 6 VID Code /, 8 Intermediate P-State #5 6 VID Code /, 8 Intermediate P-State #6 6 VID Code /, 8 VID Code / 2h.00 V 2h.00 V, W 33.5 W The notes for this table appear on page h 36h 2Eh 32h 36h 32h 36h 00020F2h 00020F2h 00020F2h 2 MB 2 MB 2 MB 08h 0Ah 0Ch 08h 0Ah 0Ch 800 MHz 800 MHz 800 MHz 600 MHz 0Eh 0Ch 0Eh 0Ch 0Eh 0Ch 0h 0Eh 0h 0Eh 0h 0Eh 0h 0Eh 0h 0Eh 0h 0Eh.50 V.200 V.50 V.200 V.50 V.200 V 55.0 W 55.0 W 55.0 W 0h.50 V 52.0 W 24
25 OSA80DAA6CD Model Number CPUID 8000_000h EBX [:6] (BrandID) CPUID 8000_000h EAX [3:0] (CPUID) L2 Cache Size FID/VID Status MaxFID Field 2 FID/VID Status StartFID Field 2 FID/VID Status MaxVID Field 2, 3 FID/VID Status StartVID Field 2, 3 VID Code Intermediate P-State # 6 VID Code / Intermediate P-State #2 6 VID Code / Intermediate P-State #3 6 VID Code / Intermediate P-State #4 6 VID Code / Intermediate P-State #5 6 VID Code / Intermediate P-State #6 6 VID Code / VID Code / The notes for this table appear on page Ch 00020F32h 2 MB 0h 0h 2400 MHz 08h 06h 0Ah 08h 0Ah 08h.300 V.350 V 0.0 W 0Ah.300 V 05.6 W 0Ch.250 V 89. W 0Eh.200 V 74.8 W 2h.00 V 46.6 W 25
26 :. CPUID extended function 8000_000h fields are used by BIOS in uniquely associating a given processor to the P- states that are valid for that processor. Refer to the BIOS and Kernel Developer s Guide for AMD Athlon 64 and s, order# FIDVID Status Register, MSR C00_0042h. 3. StartVID and MaxVID are programmed during device manufacturing with part-specific values for Rev E and later processors with 'Variable' indicated by the Operating Voltage OPN character, and can have one or more valid options. All valid options for StartVID, MaxVID, and VID_VDD will be specified for the corresponding OPN. For information on the relationship of StartVID and MaxVID to VID_VDD refer to the BIOS and Kernel Developer s Guide for AMD Athlon 64 and s, order# The VID_VDD voltage is the VID[4:0] requested VDD supply level. Refer to the appropriate functional data sheet for details. 5. Thermal Design Power (TDP) is measured under the conditions of Tcase Max and VDD=VID_VDD, and include all power dissipated on-die from VDD, VDDIO, VLDT, VTT, and VDDA. Contact your Field Application Engineer for more information on TDP specifications. 6. Implementation of this P-state is optional in BIOS. 7. Limited availability. 8. Thermal Design Power (TDP) specifications for dual core processors assume equivalent P-states (Voltage and frequency) and equivalent Tcase conditions for both cores. Refer to the BIOS and Kernel Developer s Guide for AMD Athlon 64 and s, order# 26094, for details on P-state operation for dual core processors. 26
27 .2 Thermal/Power Specifications The tables in this section contain the power and thermal specifications for this processor family. Each column in the thermal/power specification tables represents a specific Ordering Part Number (OPN). Section. provides an example of the OPN structure for this processor family. Table 3: Thermal/Power Specifications - Rev B3 Model Number L2 Cache Size Tcase Max Tcontrol Max 3 Tambient Max Frequency Thermal Resistance (case to ambient) Halt/Stop Grant 7 IDDC Max I/O Power 0 S3 9 I/O Power 9, OSA40CCO5AG OSA42CCO5AG OSA44CCO5AG OSA240CCO5AH OSA242CCO5AH OSA244CCO5AH OSA840CCO5AI OSA842CCO5AI OSA844CCO5AI MB MB MB 69 C 69 C 69 C 42 C 42 C 42 C 400 MHz 600 MHz.550 V.550 V.550 V 52.0 A 52.0 A 52.0 A 84.7 W 84.7 W 84.7 W 0.32 C/W 0.32 C/W 0.32 C/W 39.7 A 39.7 A 39.7 A 4. W 4. W 4. W.4 W.4 W.4 W The notes for this table appear on page
28 Table 4: Thermal/Power Specifications - Rev C0 Model Number L2 Cache Size Tcase Max Tcontrol Max 3 Tambient Max Frequency Thermal Resistance (case to ambient) Halt/Stop Grant 7 IDDC Max I/O Power 0 S3 9 I/O Power 9, OSA40CEP5AK OSA240CEP5AL OSA840CEP5AM The notes for this table appear on page MB MB MB 42 C 42 C 42 C 400 MHz 600 MHz.500 V.500 V.500 V 52.0 A 52.0 A 52.0 A 82. W 82. W 82. W 0.34 C/W 32.5 A 32.5 A 32.5 A 4. W 4. W 4. W.4 W OSA42CEP5AK OSA242CEP5AL OSA842CEP5AM 0.34 C/W OSA44CEP5AK OSA244CEP5AL OSA844CEP5AM 0.34 C/W.4 W.4 W OSA46CEP5AK OSA246CEP5AL OSA846CEP5AM Model Number L2 Cache Size MB MB 848 Tcase Max Tcontrol Max 3 Tambient Max Frequency 42 C.500 V 42 C.500 V 56.5 A 56.5 A Thermal Resistance (case to ambient) 89.0 W 0.3 C/W 89.0 W 0.3 C/W Halt/Stop Grant 7 IDDC Max 32.5 A 32.5 A I/O Power 0 4. W 4. W S3 9 I/O Power 9,.4 W.4 W The notes for this table appear on page 44. OSA48CEP5AK OSA248CEP5AL OSA848CEP5AM 28
29 Table 5: Thermal/Power Specifications - Rev CG Tcase Max Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Intermediate P-State # 2 Intermediate P-State #2 2 Intermediate P-State #3 2 Halt/Stop Grant IDDC 7 IDDC 8 I/O Power 0 S3 9 I/O Power 9, The notes for this table appear on page 44. OSA40CEP5AT OSA42CEP5AT OSA44CEP5AT OSA240CEP5AU OSA242CEP5AU OSA244CEP5AU OSA840CEP5AV OSA842CEP5AV OSA844CEP5AV 42 C 42 C 42 C 0.34 C/W 400 MHz.500 V 52.0 A 82. W 32.5 A 4. W 0.34 C/W 600 MHz.500 V 52.0 A 82. W 32.5 A 4. W 0.34 C/W.500 V 52.0 A 82. W.200 V 9.9 A 28.0 W 32.5 A 8.2 A 4. W 750 mw 750 mw 750 mw 29
30 Tcase Max Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Intermediate P-State # 2 Intermediate P-State #2 2 Intermediate P-State #3 2 Halt/Stop Grant IDDC 7 IDDC 8 I/O Power 0 S3 9 I/O Power 9, The notes for this table appear on page 44. OSA46CEP5AT OSA246CEP5AU OSA846CEP5AV 42 C 0.3 C/W.500 V 56.5 A 89.0 W.400 V 44.2 A 66.0 W.200 V 9.9 A 28.0 W 32.5 A 8.2 A 4. W 750 mw OSA48CEP5AT OSA248CEP5AU OSA848CEP5AV 42 C 0.3 C/W.500 V 56.5 A 89.0 W.400 V 47. A 70.0 W.300 V 33.0 A 47.0 W.200 V 9.9 A 28.0 W 32.5 A 8.2 A 4. W 750 mw OSA50CEP5AT OSA250CEP5AU OSA850CEP5AV 42 C 0.3 C/W 2400 MHz.500 V 56.5 A 89.0 W.400 V 56.4 A 83.0 W.300 V 39.2 A 55.0 W.250 V 30.3 A 42.0 W.200 V 9.9 A 28.0 W 32.5 A 8.2 A 4. W 750 mw 30
31 Model Number L2 Cache Size Tcase Max Tcontrol Max 3 Tambient Max Frequency Thermal Resistance (case to ambient) Halt/Stop Grant 7 IDDC Max I/O Power 0 S3 9 I/O Power 9, OSK46CMP5AT OSK246CMP5AU OSK846CMP5AV MB 42 C.300 V 39.2 A 55.0 W 0.50 C/W 9.0 A 4. W 750 mw The notes for this table appear on page 44. OSB40CSP5AT OSB240CSP5AU OSB840CSP5AV Model Number L2 Cache Size MB Tcase Max Tcontrol Max 3 Tambient 42 C Max Frequency 400 MHz.50 V 22.5 A 30.0 W Thermal Resistance (case to ambient) 0.92 C/W Halt/Stop Grant 7 IDDC Max 3.0 A I/O Power 0 4. W S3 9 I/O Power 9, 750 mw The notes for this table appear on page 44. 3
32 Table 6: Thermal/Power Specifications - Rev E Single-Core Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6 6, 6 Intermediate P-State # 2 Intermediate P-State #2 2 Intermediate P-State #3 2 Intermediate P-State #4 2 Intermediate P-State #5 2 Intermediate P-State #6 2 Halt/Stop Grant IDDC 7 IDDC 8 I/O Power 0 S3 9 I/O Power 9, OSA52FAA5BK OSA254FAA5BL OSA252FAA5BL OSA854FAA5BM OSA852FAA5BM 49 C to 67 C 42 C 0.27 C/W B 2600 MHz.350 V.400 V 66. A 92.6 W 2400 MHz.350 V 64.2 A 90.0 W.300 V 56.4 A 76.6 W.250 V 49.4 A 65. W.200 V 43.3 A 55.2 W.00 V 26. A 32.0 W 38. A 7.8 A 3.3 W 49 C to 67 C 42 C 0.27 C/W B 2800 MHz.350 V.400 V 66. A 92.6 W 2600 MHz.350 V 64.4 A 90.2 W 2400 MHz.300 V 56.7 A 77.0 W.250 V 49.9 A 65.7 W.200 V 43.8 A 55.9 W.50 V 38.5 A 47.6 W.00 V 29.8 A 36. W 38. A 7.8 A 3.3 W 750 mw 750 mw The notes for this table appear on page
33 OSA242FAA5BL OSA842FAA5BM OSA244FAA5BL OSA844FAA5BM OSA246FAA5BL OSA846FAA5BM Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6 6, 6 Intermediate P-State # 2 Intermediate P-State #2 2 Intermediate P-State #3 2 Intermediate P-State #4 2 Intermediate P-State #5 2 Intermediate P-State #6 2 Halt/Stop Grant IDDC 7 IDDC 8 I/O Power 0 S3 9 I/O Power 9, 49 C to 7 C 42 C 0.34 C/W A 600 MHz.350 V.400 V 60.0 A 85.3 W 35. A 3.3 W 49 C to 7 C 42 C 0.34 C/W A.350 V.400 V 60.0 A 85.3 W.00 V 3.4 A 37.8 W 35. A 7.5 A 3.3 W 49 C to 7 C 42 C 0.34 C/W A.350 V.400 V 60.0 A 85.3 W.350 V 58.8 A 82.7 W.00 V 30.3 A 36.6 W 35. A 7.5 A 3.3 W 750 mw 750 mw 750 mw The notes for this table appear on page
34 OSA248FAA5BL OSA848FAA5BM OSA250FAA5BL OSA850FAA5BM Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6, 6 Intermediate P-State # 2 Intermediate P-State #2 2 Intermediate P-State #3 2 Intermediate P-State #4 2 Intermediate P-State #5 2 Intermediate P-State #6 2 Halt/Stop Grant IDDC 7 IDDC 8 I/O Power 0 S3 9 I/O Power 9, 49 C to 7 C 42 C 0.34 C/W A.350 V.400 V 60.0 A 85.3 W.350 V 58.8 A 82.7 W.300 V 5.3 A 70.0 W.00 V 30.3 A 36.6 W 35. A 7.5 A 3.3 W 750 mw 49 C to 7 C 42 C 0.34 C/W A 2400 MHz.350 V.400 V 60.0 A 85.3 W.350 V 58.8 A 82.7 W.300 V 5.5 A 70.2 W.250 V 45.0 A 59.5 W.00 V 24.4 A 30. W 35. A 7.5 A 3.3 W 750 mw The notes for this table appear on page
35 OSK246FAA5BL OSK846FAA5BM OSK848FAA5BM OSK250FAA5BL OSK850FAA5BM Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6 6, 6 Intermediate P-State # 2 Intermediate P-State #2 2 Intermediate P-State #3 2 Intermediate P-State #4 2 Intermediate P-State #5 2 Intermediate P-State #6 2 Halt/Stop Grant IDDC 7 IDDC 8 I/O Power 0 S3 9 I/O Power 9, 49 C to 7 C 49 C to 7 C 49 C to 7 C 42 C 42 C 42 C 0.53 C/W 0.53 C/W 0.53 C/W C C C 2400 MHz.350 V.400 V.350 V.400 V.350 V.400 V 38. A 38. A 38. A 54.7 W 54.7 W 54.7 W.350 V.350 V.350 V 3.7 A 36. A 36. A 46. W 52. W 52. W.300 V.300 V 32.8 A 3.3 A 45.9 W 44.0 W.250 V 27.7 A 37.9 W.00 V.00 V.00 V 7.3 A 6.2 A 5. A 22.3 W 2. W 9.9 W 9.3 A 9.3 A 9.3 A 4.2 A 4.2 A 4.2 A 3.3 W 3.3 W 3.3 W 750 mw 750 mw 750 mw The notes for this table appear on page
36 OSA44DAA5BN OSA48DAA5BN Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6 6, 6 Intermediate P-State # 2 Intermediate P-State #2 2 Intermediate P-State #3 2 Intermediate P-State #4 2 Intermediate P-State #5 2 Intermediate P-State #6 2 Halt/Stop Grant IDDC 7 IDDC 8 I/O Power 0 S3 9 I/O Power 9, 49 C to 7 C 49 C to 7 C 42 C 42 C 0.34 C/W D.350 V.400 V 47.5 A 67.0 W.00 V 24.3 A 29.6 W 9.3 A 4.2 A 2.9 W 500 mw 0.34 C/W A.350 V.400 V 60.0 A 85.3 W.350 V 59.3 A 83.0 W.300 V 5.9 A 70.4 W.00 V 30.2 A 36. W 34.8 A 7. A 2.9 W 500 mw The notes for this table appear on page
37 OSA52DAA5BN Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6 6, 6 Intermediate P-State # 2 Intermediate P-State #2 2 Intermediate P-State #3 2 Intermediate P-State #4 2 Intermediate P-State #5 2 Intermediate P-State #6 2 Halt/Stop Grant IDDC 7 IDDC 8 I/O Power 0 S3 9 I/O Power 9, 49 C to 65 C 42 C 0.22 C/W H 2600 MHz.350 V.400 V 74.9 A 04.0 W 2400 MHz.350 V 73. A 0.6 W.300 V 64.2 A 86.3 W.250 V 56.2 A 73.2 W.200 V 49.3 A 62. W.00 V 35.5 A 4.9 W 38. A 7.8 A 2.9 W 500 mw The notes for this table appear on page
38 OSA46DAA5BN OSA50DAA5BN OSA54DAA5BN Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6 6, 6 Intermediate P-State # 2 Intermediate P-State #2 2 Intermediate P-State #3 2 Intermediate P-State #4 2 Intermediate P-State #5 2 Intermediate P-State #6 2 Halt/Stop Grant IDDC 7 IDDC 8 I/O Power 0 S3 9 I/O Power 9, 49 C to 65 C 49 C to 7 C 49 C to 65 C 42 C 42 C 42 C 0.34 C/W 0.34 C/W.00 V 29.2 A 35.0 W 34.8 A 7. A 2.9 W 500 mw 0.22 C/W D A H 2400 MHz 2800 MHz.350 V.400 V.350 V.400 V.350 V.400 V 47.5 A 60.0 A 74.9 A 67.0 W.350 V 45.8 A 85.3 W.350 V 59.3 A 04.0 W 2600 MHz.350 V 73.2 A 64.7 W 83.0 W.300 V 52. A 0.7 W 2400 MHz.300 V 64.5 A 70.6 W.250 V 45.4 A 86.8 W.250 V 56.9 A 59.6 W 74.0 W.200 V 50. A 63.0 W.50 V 44.2 A 53.7 W.00 V 23.4 A 28.6 W 9.3 A 4.2 A 2.9 W 500 mw.00 V 35.2 A 4.6 W 48.0 A 9.7 A 2.9 W 500 mw The notes for this table appear on page
39 Table 7: Thermal/Power Specifications - Rev E Dual-Core OSA865FAA6CC OSA870FAA6CC OSA875FAA6CC Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6 6, 6, 4 Intermediate P-State # 2, 4 Intermediate P-State #2 2, 4 Intermediate P-State #3 2, 4 Intermediate P-State #4 2, 4 Intermediate P-State #5 2 Intermediate P-State #6 2, 4, 4 Halt/Stop Grant IDDC 7, 5 IDDC 8, 5 I/O Power 0 S3 9 I/O Power 9, 49 C to 67 C 49 C to 67 C 49 C to 67 C 42 C 42 C 42 C 0.25 C/W 0.25 C/W 0.25 C/W F F F.300 V.350 V.300 V.350 V.300 V.350 V 70.5 A 70.5 A 70.5 A 95.0 W 95.0 W 95.0 W.300 V.300 V 66.9 A 66.9 A 90.3 W 90.3 W.250 V 58. A 75.9 W.00 V.00 V.00 V 33.9 A 3.8 A 29.8 A 40.6 W 38.3 W 36. W 37.7 A 37.7 A 37.7 A 9.3 A 9.3 A 9.3 A 3.3 W 3.3 W 3.3 W 750 mw 750 mw 750 mw The notes for this table appear on page
40 OSA280FAA6CB OSA880FAA6CC Tcase Max, 2 Tcontrol Max 3 Tambient 0 Thermal Resistance (case to ambient) 0 Thermal Profile 0 6, 6, 4 Intermediate P-State # 2 0, 4 Intermediate P-State #2 2 0, 4 Intermediate P-State #3 2 0, 4 Intermediate P-State #4 2 0, 4 Intermediate P-State #5 2 0 Intermediate P-State #6 2 0, 4 0 0, 4 Halt/Stop Grant 0 IDDC 7, 5 IDDC 8, 5 I/O Power 0 S3 9 I/O Power 9, The notes for this table appear on page C to 67 C 42 C 0.25 C/W F 2400 MHz.300 V.350 V 70.5 A 95.0 W.300 V 66.9 A 90.3 W.250 V 58.2 A 76. W.200 V 50.3 A 63.7 W.00 V 29.8 A 36. W 37.7 A 9.3 A 3.3 W 750 mw 40
41 OSA65DAA6CD OSA70DAA6CD OSA75DAA6CD Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6 6, 6, 4 Intermediate P-State # 2, 4 Intermediate P-State #2 2, 4 Intermediate P-State #3 2, 4 Intermediate P-State #4 2, 4 Intermediate P-State #5 2 Intermediate P-State #6 2, 4, 4 Halt/Stop Grant IDDC 7, 5 IDDC 8, 5 I/O Power 0 S3 9 I/O Power 9, 49 C to 65 C 49 C to 65 C 49 C to 65 C 42 C 42 C 42 C 0.20 C/W.00 V 44.3 A 5.6 W 44.5 A 0.9 A 2.9 W 500 mw 0.20 C/W I I I.300 V.350 V.300 V.350 V.300 V.350 V 80.0 A 80.0 A 0.0 W 0.0 W.300 V 79.0 A 05.6 W.00 V 44.3 A 5.6 W 44.5 A 0.9 A 2.9 W 500 mw 0.20 C/W 80.0 A 0.0 W.300 V 79.0 A 05.6 W.250 V 69.0 A 89. W.00 V 4.9 A 49.0 W 44.5 A 0.9 A 2.9 W 500 mw The notes for this table appear on page 44. 4
42 OSK260FAA6CB OSK860FAA6CC OSK265FAA6CB OSK865FAA6CC OSK270FAA6CB OSK870FAA6CC Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6 6, 6, 4 Intermediate P-State # 2, 6, 4 Intermediate P-State #2 2, 6, 4 Intermediate P-State #3 2, 6, 4 Intermediate P-State #4 2, 6, 4 Intermediate P-State #5 2, 6, 4 Intermediate P-State #6 2, 6, 4, 6, 4 Halt/Stop Grant IDDC 7, 5 IDDC 8, 5 I/O Power 0 S3 9 I/O Power 9, 49 C to 7 C 49 C to 7 C 49 C to 7 C 42 C 42 C 42 C 0.5 C/W 0.5 C/W 0.5 C/W G G G 600 MHz.50 V.200 V.50 V.200 V.50 V.200 V 45.0 A 45.0 A 45.0 A 55.0 W 55.0 W 55.0 W.50 V 42.3 A 52.0 W.00 V.00 V 30.2 A 27.5 A 36.5 W 33.5 W 30.2 A 30.2 A 30.2 A 7.5 A 7.5 A 3.3 W 3.3 W 3.3 W 750 mw 750 mw 750 mw The notes for this table appear on page
43 OSA80DAA6CD Tcase Max, 2 Tcontrol Max 3 Tambient Thermal Resistance (case to ambient) Thermal Profile 6 6, 6, 4 Intermediate P-State # 2, 4 Intermediate P-State #2 2, 4 Intermediate P-State #3 2, 4 Intermediate P-State #4 2, 4 Intermediate P-State #5 2 Intermediate P-State #6 2, 4, 4 Halt/Stop Grant IDDC 7, 5 IDDC 8, 5 I/O Power 0 S3 9 I/O Power 9, The notes for this table appear on page C to 65 C 42 C 0.20 C/W I 2400 MHz.300 V.350 V 80.0 A 0.0 W.300 V 79.0 A 05.6 W.250 V 69.0 A 89. W.200 V 59.9 A 74.8 W.00 V 39.7 A 46.6 W 44.5 A 0.9 A 2.9 W 500 mw 43
44 :. Tcase max is the maximum case temperature specification which is a physical value in degrees Celsius. This value is programmed into Rev D and later processors. Refer to the AMD Functional Data Sheet, 940 Pin Package, order# 342, and the THERMTRIP Status Register in the BIOS and Kernel Developer s Guide for AMD Athlon 64 and s, order# Tcase max is programmed during device manufacturing with part-specific values for Rev E and later processors with 'Variable' indicated by the Case Temperature OPN character, and can be any valid Tcase max value in the range specified for the corresponding OPN. 3. Tcontrol max (maximum control temperature) is a non physical temperature on an arbitrary scale that can be used for system thermal management policies. Tcontrol max represents the value at which the processor has reached Tcase max when measuring the thermal diode with a dual sourcing current temperature sensor. Refer to the AMD Functional Data Sheet, 940 Pin Package, order# 342, and the THERMTRIP Status Register in the BIOS and Kernel Developer s Guide for AMD Athlon 64 and s, order# Temperature is in degrees Celsius on the Tcontrol scale. 4. The VID_VDD voltage is the VID[4:0] requested VDD supply level. Refer to the appropriate functional data sheet for details. 5. Thermal Design Power (TDP) is measured under the conditions of Tcase Max and VDD=VID_VDD, and include all power dissipated on-die from VDD, VDDIO, VLDT, VTT, and VDDA. Contact your Field Application Engineer for more information on TDP specifications. 6. Thermal Design Power (TDP) and IDD max for Rev E and later processors with 'Variable' indicated by the Operating Voltage and Case Temperature OPN characters are the limits at the highest Tcase max in the specified range for the corresponding OPN. Products will conform to the TDP and limits at all valid voltages. The relationship of Tcase max and Thermal Profile to TDP for a specific device is defined in 7. Assumes Tcase max, VID_VDD, clock divider set to Assumes 50 C, min P-state VID_VDD, clock divider set to Assumes 35 C, VDD, VDDA, and VLDT supplies are off, VDDIO and VTT are powered, memory in selfrefresh mode and DDR SDRAM interface tri-stated except CKE pins. 0. Thermal Design Power dissipated by the processor VDDIO, VTT, VLDT, and VDDA power planes only.. Thermal Design Power dissipated by the processor VDDIO, VTT planes only. 2. Implementation of this P-state is optional in BIOS. 3. Limited availability. 4. Thermal Design Power (TDP) specifications for dual core processors assume equivalent P-states (Voltage and frequency) and equivalent Tcase conditions for both cores. Refer to the BIOS and Kernel Developer s Guide for AMD Athlon 64 and s, order# 26094, for details on P-state operation for dual core processors. 5. IDDC specifications for dual core processors assume equivalent Voltage, clock divisor, and Tcase conditions for both cores. 44
45 2 MTOPS Table 8 shows the Composite Theoretical Performance (CTP) calculations ("Calculations") for AMD Opteron microprocessors. The Calculations are stated in Millions of Theoretical Operations Per Second (MTOPS) and are based upon a formula in the United States Department of Commerce Export Administration Regulations 5 CFR 774 (Advisory Note 4 for Category 4). All Calculations contained herein are subject to change without notice. AMD makes no representation or warranty as to the accuracy or reliability of such Calculations. THESE CALCULATIONS ARE PROVIDED "AS IS" WITH NO WARRANTIES WHATSOEVER, EXPRESS OR IMPLIED, INCLUDING ANY WARRANTY OF MERCHANTABILITY, NONINFRINGEMENT, FITNESS FOR ANY PARTICULAR PURPOSE OR ANY WARRANTY OTHERWISE ARISING OUT OF AMD PROVIDING OR ANY PARTY'S USE OF THE CALCULATIONS. Furthermore, AMD shall have no liability for any losses or damages including direct, indirect, special or consequential, such as but not limited to, loss of anticipated profits or other economic loss occurring in connection with use of the Calculations. No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted herein. Table 8: Composite Theoretical Performance (CTP) Calculations MTOPS Single-Core Dual-Core Platform Frequency Processor P 2P 4P 8P 800 2,467 2,467 4,667 9,067 7, ,084 3,084 5,834,334 22, ,700 3,700 7,000 3,600 26, ,37 4,37 8,67 5,867 3, ,934 4,934 9,334 8,34 35, ,550 5,550 0,500 20,400 40, ,67 6,67,667 22,667 44, ,784 6,784 2,834 24,934 49, ,400 7,400 4,000 27,200 53, ,07 8,07 5,67 29,467 58, ,634 8,634 6,334 3,734 62, ,250 9,250 7,500 34,000 67, ,667 4,667 9,067 7,867 35, ,834 5,834,334 22,334 44, ,000 7,000 3,600 26,800 53, ,67 8,67 5,867 3,267 62, ,334 9,334 8,34 35,734 70, ,500 0,500 20,400 40,200 79, ,667,667 22,667 44,667 88, ,834 2,834 24,934 49,34 97, ,000 4,000 27,200 53,600 06, ,67 5,67 29,467 58,067 5, ,334 6,334 3,734 62,534 24, ,500 7,500 34,000 67,000 33,000 MTOPS 45
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