20800592 tabela geral de processadores temperaturas voltagens
TRANSCRIPT
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensProcessor Electrical Specifications486, Pentium, Pentium II/III, Athlon | Athlon 64, Pentium 4, Itanium, Core 2
AMD | Intel
All of the information contained on this page came directly from the various datasheets provided online. Links to the datasheets are provided at the bottom of the page. Please note that the 'Max. Case Temp.' is the maximum temperature allowable as measured on the exterior of the processor package in the middle directly above the chip die (under the heatsink). It is not the maximum internal ambient temperature of the system enclosure. The term 'case' refers to the processor's package, not the system case.
AMD
AMD Athlon 64Athlon 64 (Clawhammer) Socket 754 Athlon 64(800MHz) Core Voltage Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.3V(?V~?V)
?V ?V ?V ?V ?V ?V ?V
25.2A 18A 45.6A 36.8A 48.4A 47.7A 57.8A
35W 22W 66W 50W 70W 69W 89W
70 C 70 C 70 C 70 C 70 C 70 C 70 CPgina 1 de 82
Athlon 64(1.0GHz - rev. CG)
1.1V(?V~?V)
Athlon 64(1.8GHz)
1.4V(?V~?V)
Athlon 64(1.8GHz - rev. CG)
1.3V(?V~?V)
Athlon 64(2.0GHz - rev. C0)
1.4V(?V~?V)
Athlon 64(2.0GHz - rev. CG)
1.4V(?V~?V)
Athlon 64 2800+(1.8GHz - 512KB)
1.5V(?V~?V)
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TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensAthlon 64 3000+(2.0GHz - 512KB)
1.5V(?V~?V)
?V ?V ?V ?V ?V
57.8A 57.8A 57.8A 57.8A 57.8A
89W 89W 89W 89W 89W
70 C 70 C 70 C 70 C 70 C
Athlon 64 3200+(2.2GHz - 512KB)
1.5V(?V~?V)
Athlon 64 3200+(2.0GHz - 1MB)
1.5V(?V~?V)
Athlon 64 3400+(2.2GHz - 1MB)
1.5V(?V~?V)
Athlon 64 3700+(2.4GHz - 1MB)
1.5V(?V~?V)
Athlon 64 (Newcastle) Socket 754 Athlon 64 2800+(1.8GHz - 512KB)
Core Voltage
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.5V(?V~?V)
?V ?V ?V ?V
?A ?A ?A ?A
89W 89W 89W 89W
70 C 70 C 70 C 70 C
Athlon 64 3000+(2.0GHz - 512KB)
1.5V(?V~?V)
Athlon 64 3200+(2.2GHz - 512KB)
1.5V(?V~?V)
Athlon 64 3400+(2.4GHz - 512KB)
1.5V(?V~?V) Core Voltage
Athlon 64 (Newcastle) Socket 939 Athlon 64(1.0GHz - 512KB)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.1V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?V
17.4A 30.1A 36.2A 38.5A 47.2A 49.4A 57.4A 57.4A
22W 39W 50W 53W 69W 72W 89W 89W
70 C 70 C 70 C 70 C 70 C 70 C 70 C 70 CPgina 2 de 82
Athlon 64(1.8GHz - 512KB)
1.2V(?V~?V)
Athlon 64(1.8GHz - 512KB)
1.3V(?V~?V)
Athlon 64(2.0GHz - 512KB)
1.3V(?V~?V)
Athlon 64(2.0GHz - 512KB)
1.4V(?V~?V)
Athlon 64(2.2GHz - 512KB)
1.4V(?V~?V)
Athlon 64 3500+(2.2GHz - 512KB)
1.5V(?V~?V)
Athlon 64 3800+(2.4GHz - 512KB)
1.5V(?V~?V)
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensAthlon 64 (Sledgehammer) Socket 939 Athlon 64(1.0GHz - 1MB) Core Voltage Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.1V(?V~?V)
?V ?V ?V ?V
17.4A 30.1A 49.4A 57.4A
22W 39W 72W 89W
70 C 70 C 70 C 70 C
Athlon 64(1.8GHz - 1MB)
1.2V(?V~?V)
Athlon 64(2.2GHz - 1MB)
1.4V(?V~?V)
Athlon 64 4000+(2.4GHz - 1MB)
1.5V(?V~?V) Core Voltage
Athlon 64 (San Diego) Socket 939 Athlon 64 4000+(2.4GHz)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.4V(?V~?V) Core Voltage
?V
?A
104W
63 C
Athlon 64 (Winchester) Socket 939 Athlon 64 3000+(1.8GHz - 512KB)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.4V(?V~?V)
?V ?V ?V
?A ?A ?A
67W 67W 67W
65 C 65 C 65 C
Athlon 64 3200+(2.0GHz - 512KB)
1.4V(?V~?V)
Athlon 64 3500+(2.2GHz - 512KB)
1.4V(?V~?V) Core Voltage
Athlon 64 (Venice) Socket 939 Athlon 64 3000+(1.8GHz - 512KB)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
?V(?V~?V)
?V ?V ?V ?V
?A ?A ?A ?A
67W 67W 67W 89W
65 C 65 C 65 C 65 C
Athlon 64 3200+(2.0GHz - 512KB)
?V(?V~?V)
Athlon 64 3500+(2.2GHz - 512KB)
?V(?V~?V)
Athlon 64 3800+(2.4GHz - 512KB)
?V(?V~?V) Core Voltage
Athlon 64 (Orleans) Socket AM2 Athlon 64 LE 1600(2.2GHz - 1MB - rev. F3)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.4V(?V~?V)
?V
?A
45W
69 CPgina 3 de 82
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TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensAthlon 64 LE 1620(2.4GHz - 1MB - rev. F3)
1.4V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?V ?V
?A ?A ?A ?A ?A ?A ?A ?A ?A
45W 45W 45W 62W 62W 35W 62W 62W 62W
69 C 65 C 65 C 69 C 69 C 70 C 69 C 69 C 69 C
Athlon 64 LE 1640 Athlon 64 LE 1660 Athlon 64 3000+(1.8GHz - 512KB)
1.4V 1.4V 1.4V(?V~?V)
(2.7GHz - 512KB - rev. G2) (?V~?V) (2.8GHz - 512KB - rev. G2) (?V~?V)
Athlon 64 3200+(2.0GHz - 512KB)
1.4V(?V~?V)
Athlon 64 3500+(2.2GHz - 512KB)
1.25V(?V~?V)
Athlon 64 3500+(2.2GHz - 512KB)
1.4V(?V~?V)
Athlon 64 3800+(2.4GHz - 512KB)
1.4V(?V~?V)
Athlon 64 4000+ Athlon 64 (Lima) Socket AM2 Athlon 64 3500+ EE Athlon 64 3800+ EE
1.4V
(2.6GHz - 512KB - rev. F3) (?V~?V) Core Voltage
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.35V 1.4V
(2.2GHz - 512KB - rev. G1) (?V~?V) (2.4GHz - 512KB - rev. G1) (?V~?V)
?V ?V
?A ?A
45W 45W
65 C 65 C
AMD Athlon 64 X2Athlon 64 X2 (Manchester) Socket 939 Athlon 64 X2 3800+(dual 2.0GHz - 2x 512KB) Core Voltage Core Voltage Upper Limit Maximum Thermal Max. Core Design Case Amperage Power Temp.
1.4V(?V~?V)
?V ?V ?VCore Voltage Upper Limit
?A ?A ?A
89W 89W 110W
65 C 65 C 65 C
Athlon 64 X2 4200+(dual 2.2GHz - 2x 512KB)
1.4V(?V~?V)
Athlon 64 X2 4600+(dual 2.4GHz - 2x 512KB)
1.4V(?V~?V) Core Voltage
Athlon 64 X2 (Toledo) Socket 939
Maximum Thermal Max. Core Design Case Amperage Power Temp.
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TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensAthlon 64 X2 4400+(dual 2.2GHz - 2x 1MB)
1.4V(?V~?V)
?V ?VCore Voltage Upper Limit
?A ?A
110W 110W
65 C 65 C
Athlon 64 X2 4800+(dual 2.4GHz - 2x 1MB - rev. E6)
1.4V(?V~?V) Core Voltage
Athlon 64 X2 (Windsor) Socket AM2 Athlon 64 X2 3800+(dual 2.0GHz - 2x 512KB - rev. F2)
Maximum Thermal Max. Core Design Case Amperage Power Temp.
1.075V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V
?A ?A ?A ?A ?A ?A ?A ?A ?A ?A ?A ?A ?A ?A ?A ?A
35W 65W 65W 89W 65W 89W 62W 65W 89W 65W 89W 65W 89W 65W 89W 65W
78 C 72 C 72 C 70 C 72 C 70 C 69 C 72 C 70 C 72 C 70 C 72 C 70 C 72 C 70 C 72
Athlon 64 X2 3800+(dual 2.0GHz - 2x 512KB - rev. F2)
1.25V(?V~?V)
Athlon 64 X2 3800+(dual 2.0GHz - 2x 512KB - rev. F3)
1.25V(?V~?V)
Athlon 64 X2 3800+(dual 2.0GHz - 2x 512KB - rev. F2)
1.35V(?V~?V)
Athlon 64 X2 4000+(dual 2.0GHz - 2x 1MB - rev. F2)
1.25V(?V~?V)
Athlon 64 X2 4000+(dual 2.0GHz - 2x 1MB - rev. F2)
1.35V(?V~?V)
Athlon 64 X2 4000+(dual 2.0GHz - 2x 1MB - rev. F3)
1.4V(?V~?V)
Athlon 64 X2 4200+(dual 2.2GHz - 2x 512KB - rev. F2)
1.25V(?V~?V)
Athlon 64 X2 4200+(dual 2.2GHz - 2x 512KB - rev. F2)
1.35V(?V~?V)
Athlon 64 X2 4400+(dual 2.2GHz - 2x 1MB - rev. F2)
1.25V(?V~?V)
Athlon 64 X2 4400+(dual 2.2GHz - 2x 1MB - rev. F2)
1.35V(?V~?V)
Athlon 64 X2 4600+(dual 2.4GHz - 2x 512KB - rev. F3)
1.25V(?V~?V)
Athlon 64 X2 4600+(dual 2.4GHz - 2x 512KB - rev. F2)
1.35V(?V~?V)
Athlon 64 X2 4800+(dual 2.4GHz - 2x 1MB - rev. F3)
1.25V(?V~?V)
Athlon 64 X2 4800+(dual 2.4GHz - 2x 1MB - rev. F2)
1.35V(?V~?V)
Athlon 64 X2 5000+
1.25V
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TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(dual 2.6GHz - 2x 512KB - rev. F3) (?V~?V)
C ?V ?V ?V ?V ?V ?V ?VCore Voltage Upper Limit
Athlon 64 X2 5000+(dual 2.6GHz - 2x 512KB - rev. F2)
1.35V(?V~?V)
?A ?A ?A ?A ?A 90.4A 90.4A
89W 65W 89W 89W 89W 125W 125W
70 C 72 C 70 C 70 C 70 C 63 C 63 C
Athlon 64 X2 5200+(dual 2.6GHz - 2x 1MB - rev. F3)
1.25V(?V~?V)
Athlon 64 X2 5200+(dual 2.6GHz - 2x 1MB - rev. F2)
1.35V(?V~?V)
Athlon 64 X2 5400+(dual 2.8GHz - 2x 512KB - rev. F3)
1.35V(?V~?V)
Athlon 64 X2 5600+(dual 2.8GHz - 2x 1MB - rev. F3)
1.35V(?V~?V)
Athlon 64 X2 6000+(dual 3.0GHz - 2x 1MB - rev. F3)
1.4V(?V~?V)
Athlon 64 X2 6400+(dual 3.2GHz - 2x 1MB - rev. F3)
1.4V(?V~?V) Core Voltage
Athlon 64 X2 (Brisbane) Socket AM2 Athlon X2 BE-2300(dual 1.9GHz - 2x 512KB - rev. G1)
Maximum Thermal Max. Core Design Case Amperage Power Temp.
1.25V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?V ?V ?V
?A ?A ?A ?A ?A 36.5A ?A ?A 36.5A ?A
45W 45W 45W 65W 65W 45W 65W 65W 45W 65W
78 C 78 C 78 C 72 C 72 C 78 C 72 C 68 C 78 C 68 C
Athlon X2 BE-2350(dual 2.1GHz - 2x 512KB - rev. G1)
1.25V(?V~?V)
Athlon X2 BE-2400(dual 2.3GHz - 2x 512KB - rev. G1)
1.25V(?V~?V)
Athlon 64 X2 3600+(dual 1.9GHz - 2x 512KB - rev. G1)
1.35V(?V~?V)
Athlon 64 X2 4000+(dual 2.1GHz - 2x 512KB - rev. G1)
1.35V(?V~?V)
Athlon 64 X2 4050e(dual 2.1GHz - 2x 512KB - rev. G2)
1.25V(?V~?V)
Athlon 64 X2 4400+(dual 2.3GHz - 2x 512KB - rev. G1)
1.35V(?V~?V)
Athlon 64 X2 4400+(dual 2.3GHz - 2x 512KB - rev. G2)
1.375V(?V~?V)
Athlon 64 X2 4450e(dual 2.3GHz - 2x 512KB - rev. G2)
1.25V(?V~?V)
Athlon 64 X2 4600+(dual 2.4GHz - 2x 512KB - rev. G2)
1.375V(?V~?V)
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TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensAthlon 64 X2 4800+(dual 2.5GHz - 2x 512KB - rev. G1)
1.35V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?VCore Voltage Upper Limit
?A 36.5A ?A 36.5A ?A ?A ?A ?A
65W 45W 65W 45W 65W 65W 89W 89W
72 C 78 C 72 C 78 C 68 C 68 C ? C 62 C
Athlon 64 X2 4850e(dual 2.5GHz - 2x 512KB - rev. G2)
1.25V(?V~?V)
Athlon 64 X2 5000+(dual 2.6GHz - 2x 512KB - rev. G1)
1.35V(?V~?V)
Athlon 64 X2 5050e(dual 2.6GHz - 2x 512KB - rev. G2)
1.25V(?V~?V)
Athlon 64 X2 5200+(dual 2.7GHz - 2x 512KB - rev. G2)
1.375V(?V~?V)
Athlon 64 X2 5400+(dual 2.8GHz - 2x 512KB - rev. G2)
1.35V(?V~?V)
Athlon 64 X2 5800+(dual 3.0GHz - 2x 512KB - rev. G2)
1.35V(?V~?V)
Athlon 64 X2 6000+(dual 3.1GHz - 2x 512KB - rev. G2)
1.4V(?V~?V) Core Voltage
Athlon X2 (Kuma) Socket AM2 Athlon X2 7450(dual 2.4GHz - 2x 512KB - 2MB L3 rev. B3)
Maximum Thermal Max. Core Design Case Amperage Power Temp.
1.25V(1.1V~1.25V)
?V
?A
95W
70 C 70 C 70 C 73 C
Athlon X2 7550(dual 2.5GHz - 2x 512KB - 2MB L3 rev. B3)
1.25V
?V (1.1V~1.25V) 1.25V(1.1V~1.25V)
?A
95W
Athlon X2 7750(dual 2.7GHz - 2x 512KB - 2MB L3 rev. B3)
?V
?A
95W
Athlon X2 7850(dual 2.7GHz - 2x 512KB - 2MB L3 rev. B3)
1.25V(1.2V~1.25V)
?V
?A
95W
AMD PhenomPhenom (Agena) Socket AM2, AM2+ Phenom 9500(quad 2.2GHz - 4x 512KB - 2MB L3) Core Voltage Core Voltage Upper Limit Maximum Thermal Max. Core Design Case Amperage Power Temp.
1.25V(?V~?V)
?V ?V
?A ?A
95W 95W
70 C 70
Phenom 9600
1.25V
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TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(quad 2.3GHz - 4x 512KB - 2MB L3) (?V~?V) Core Voltage Upper Limit
CMaximum Thermal Max. Core Design Case Amperage Power Temp.
Phenom X3 (Toliman) Socket AM2, AM2+ Phenom X3 8400(tri 2.1GHz - 3x 512KB - 2MB L3)
Core Voltage
1.25V(?V~?V)
?V ?V ?V ?V
?A ?A ?A ?A
95W 95W 95W 95W
70 C 70 C 70 C 70 C 70 C
Phenom X3 8450(tri 2.1GHz - 3x 512KB - 2MB L3 rev. B3)
1.25V(?V~?V)
Phenom X3 8600(tri 2.3GHz - 3x 512KB - 2MB L3)
1.25V(?V~?V)
Phenom X3 8650(tri 2.3GHz - 3x 512KB - 2MB L3 rev. B3)
1.25V(?V~?V)
Phenom X3 8750(tri 2.4GHz - 3x 512KB - 2MB L3 rev. B3)
1.25V(?V~?V)
?VCore Voltage Upper Limit
?A
95W
Phenom X4 (Agena) Socket AM2, AM2+ Phenom X4 9100e(quad 1.8GHz - 4x 512KB - 2MB L3)
Core Voltage
Maximum Thermal Max. Core Design Case Amperage Power Temp.
1.15V(?V~?V)
?V
?A
65W
61 C 70 C 70 C 70 C 70 C 70 C 61 C 61
Phenom X4 9150e(quad 1.8GHz - 4x 512KB - 2MB L3)
1.125V(1.0V~1.125V)
?V
?A
65W
Phenom X4 9350e(quad 2.0GHz - 4x 512KB - 2MB L3)
1.125V(1.0V~1.125V)
?V
?A
65W
Phenom X4 9550
(quad 2.2GHz - 4x 512KB - 2MB L3 (?V~?V) - rev. B3)
1.25V
?V
?A
95W
Phenom X4 9650
(quad 2.3GHz - 4x 512KB - 2MB L3 (?V~?V) - rev. B3)
1.25V
?V
?A
95W
Phenom X4 9750
(quad 2.4GHz - 4x 512KB - 2MB L3 (1.1V~1.25V) - rev. B3)
1.25V
?V
?A
95W
Phenom X4 9750
(quad 2.4GHz - 4x 512KB - 2MB L3 (?V~?V) - rev. B3)
1.3V
?V ?V
?A ?A
125W 125W
Phenom X4 9850
1.25V
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TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(quad 2.5GHz - 4x 512KB - 2MB L3 (?V~?V) - rev. B3)
C 64 C
Phenom X4 9950
(quad 2.6GHz - 4x 512KB - 2MB L3 (1.05V~1.3V) - rev. B3)
1.3V
?VCore Voltage Upper Limit
?A
140W
Phenom II X3 (Heka) Socket AM2+, AM3 Phenom II X3 710(tri 2.6GHz - 3x 512KB - 6MB L3)
Core Voltage
Maximum Thermal Max. Core Design Case Amperage Power Temp.
?V(0.875V~1.425V)
?V ?VCore Voltage Upper Limit
?A ?A
95W 95W
73 C 73 C
Phenom II X3 720(tri 2.8GHz - 3x 512KB - 6MB L3)
?V(0.85V~1.425V) Core Voltage
Phenom II X4 (Deneb) Socket AM2+ Phenom II X4 920(quad 2.8GHz - 4x 512KB - 6MB L3)
Maximum Thermal Max. Core Design Case Amperage Power Temp.
?V(0.875V~1.5V)
?V
?A
125W
62 C 62 C
Phenom II X4 940(quad 3.0GHz - 4x 512KB - 6MB L3)
?V(0.875V~1.5V)
?VCore Voltage Upper Limit
?A
125W
Phenom II X4 (Deneb) Socket AM2+, AM3 Phenom II X4 805(quad 2.5GHz - 4x 512KB - 4MB L3)
Core Voltage
Maximum Thermal Max. Core Design Case Amperage Power Temp.
?V(0.875V~1.425V)
?V
?A
95W
71 C 71 C 71 C 62 C 62 C
Phenom II X4 810(quad 2.6GHz - 4x 512KB - 4MB L3)
?V(0.875V~1.425V)
?V
?A
95W
Phenom II X4 910(quad 2.6GHz - 4x 512KB - 6MB L3)
?V(0.875V~1.425V)
?V
?A
95W
Phenom II X4 945(quad 3.0GHz - 4x 512KB - 6MB L3)
?V(0.875V~1.5V)
?V
?A
125W
Phenom II X4 955(quad 3.2GHz - 4x 512KB - 6MB L3)
?V(0.875V~1.5V)
?V
?A
125W
AMD Business-Class Athlon / PhenomPgina 9 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensAthlon (Brisbane) Socket AM2, AM2+ Athlon 1640B(2.7GHz - 512KB - rev. G2) Core Voltage Core Voltage Upper Limit Maximum Thermal Max. Core Design Case Amperage Power Temp.
1.4V(?V~?V) Core Voltage
?VCore Voltage Upper Limit
?A
45W
65 C
Athlon X2 (Brisbane) Socket AM2, AM2+ Athlon X2 4450B(dual 2.3GHz - 2x 512KB - rev. G2)
Maximum Thermal Max. Core Design Case Amperage Power Temp.
1.25V(?V~?V)
?V ?V
?A ?A ?A ?A ?A ?A
45W 45W 65W 65W 65W 65W
78 C 72 C 68 C 68 C 68 C 72 C
Athlon X2 4850B(dual 2.5GHz - 2x 512KB - rev. G2)
1.35V(?V~?V) (?V~?V)
Athlon X2 5000B(dual 2.6GHz - 2x 512KB - rev. G2)
1.375V ?V 1.375V ?V (?V~?V) 1.35V(?V~?V)
Athlon X2 5200B(dual 2.7GHz - 2x 512KB - rev. G2)
Athlon X2 5400B(dual 2.8GHz - 2x 512KB - rev. G2)
?V ?VCore Voltage Upper Limit
Athlon X2 5600B(dual 2.9GHz - 2x 512KB - rev. G2)
1.35V(?V~?V) Core Voltage
Phenom X3 (Toliman) Socket AM2, AM2+ Phenom X3 8600B Phenom X3 8750B Phenom X4 (Agena) Socket AM2, AM2+ Phenom X4 9600B(quad 2.3GHz - 4x 512KB - 2MB L3 - rev. B3)
Maximum Thermal Max. Core Design Case Amperage Power Temp.
1.25V 1.25V
(tri 2.3GHz - 3x 512KB - 2MB L3 - rev. B3) (?V~?V) (tri 2.4GHz - 3x 512KB - 2MB L3 - rev. B3) (?V~?V) Core Voltage
?V ?VCore Voltage Upper Limit
?A ?A
95W 95W
70 C 70 C
Maximum Thermal Max. Core Design Case Amperage Power Temp.
1.25V(?V~?V)
?V
?A
95W
70 C
Phenom X4 9750B(quad 2.4GHz - 4x 512KB - 2MB L3 - rev. B3)
1.25V(?V~?V)
?V
?A
95W
70 C
AMD SempronSempronCore Voltage Core Voltage Maximum Thermal Core Design Max. Case
Pgina 10 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(Paris) Socket 754 Sempron(1.0GHz - 256KB) Upper Limit Amperage Power Temp.
1.1V(?V~?V)
?V ?V ?V
16.2A ?A 42.7A
20W 62W 62W
70 C 70 C 70 C
Sempron 3000+(1.8GHz - 128KB)
1.4V(?V~?V)
Sempron 3100+(1.8GHz - 256KB)
1.5V(?V~?V) Core Voltage
Sempron (Palermo) Socket 754 Sempron 2500+(1.4GHz - 256KB)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.4V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?V
?A ?A ?A ?A ?A ?A ?A ?A
62W 62W 62W 62W 62W 62W 62W 62W
69 C 69 C 69 C 70 C 69 C 69 C 69 C 69 C
Sempron 2600+(1.6GHz - 128KB)
1.4V(?V~?V)
Sempron 2800+(1.6GHz - 256KB)
1.4V(?V~?V)
Sempron 2800+ Sempron 3000+(1.8GHz - 128KB)
1.4V 1.4V(?V~?V)
(1.6GHz - 256KB - rev. D0) (?V~?V)
Sempron 3100+(1.8GHz - 256KB)
1.4V(?V~?V)
Sempron 3300+(2.0GHz - 128KB)
1.4V(?V~?V)
Sempron 3400+(2.0GHz - 256KB)
1.4V(?V~?V) Core Voltage
Sempron (Palermo) Socket 939 Sempron 3000+(1.8GHz - 128KB)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.4V(?V~?V)
?V ?V ?V ?V
?A ?A ?A ?A
?W ?W ?W ?W
? C ? C ? C ? C
Sempron 3200+(1.8GHz - 256KB)
1.4V(?V~?V)
Sempron 3400+(2.0GHz - 128KB)
1.4V(?V~?V)
Sempron 3500+(2.0GHz - 256KB)
1.4V(?V~?V) Core Voltage
Sempron (Manila)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
Pgina 11 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensSocket AM2 Sempron 2800+(1.6GHz - 128KB)
1.25V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V
?A ?A ?A ?A ?A ?A ?A ?A ?A ?A ?A
62W 35W 62W 35W 62W 35W 62W 35W 62W 62W 62W
69 C 78 C 69 C 78 C 69 C 78 C 69 C 78 C 69 C 69 C 69 C
Sempron 3000+(1.6GHz - 256KB)
1.25V(?V~?V)
Sempron 3000+(1.6GHz - 256KB)
1.4V(?V~?V)
Sempron 3200+(1.8GHz - 128KB)
1.25V(?V~?V)
Sempron 3200+(1.8GHz - 128KB)
1.4V(?V~?V)
Sempron 3400+(1.8GHz - 256KB)
1.25V(?V~?V)
Sempron 3400+(1.8GHz - 256KB)
1.4V(?V~?V)
Sempron 3500+(2.0GHz - 128KB)
1.25V(?V~?V)
Sempron 3500+(2.0GHz - 128KB)
1.4V(?V~?V)
Sempron 3600+(2.0GHz - 256KB)
1.4V(?V~?V)
Sempron 3800+(2.2GHz - 256KB)
1.4V(?V~?V) Core Voltage
Sempron (Sparta) Socket AM2 Sempron LE 1100 Sempron LE 1150 Sempron LE 1200 Sempron LE 1250 Sempron LE 1300
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.4V 1.4V 1.4V 1.4V 1.4V
(1.9GHz - 256KB - rev. G1) (?V~?V) (2.0GHz - 256KB - rev. G1) (?V~?V) (2.1GHz - 512KB - rev. G1) (?V~?V) (2.2GHz - 512KB - rev. G2) (?V~?V) (2.3GHz - 512KB - rev. G2) (?V~?V)
?V ?V ?V ?V ?V
?A ?A ?A ?A ?A
45W 45W 45W 45W 45W
65 C 75 C 65 C 75 C 75 C
AMD Athlon 64 FXAthlon 64 FXCore Voltage Core Voltage Maximum Thermal Core Design Max. Case
Pgina 12 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(Sledgehammer) Socket 940 Athlon 64 FX(1.2GHz) Upper Limit Amperage Power Temp.
1.1V(?V~?V)
?V ?V ?V
20.1A 57.8A 57.4A
25W 89W 89W
70 C 70 C 70 C
Athlon 64 FX-51(2.2GHz)
1.5V(?V~?V)
Athlon 64 FX-53(2.4GHz)
1.5V(?V~?V) Core Voltage
Athlon 64 FX (Sledgehammer) Socket 939 Athlon 64 FX-53(2.4GHz)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.5V(?V~?V)
?V ?V
57.4A ?A
89W 104W
70 C 63 C
Athlon 64 FX-55(2.6GHz)
1.5V(?V~?V) Core Voltage
Athlon 64 FX (San Diego) Socket 939 Athlon 64 FX-57(2.8GHz)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.4V(?V~?V) Core Voltage
?V
74.9A
104W
63 C
Athlon 64 FX (Toledo) Socket 940 Athlon 64 FX-62(dual 2.8GHz - 2x 1MB)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.4V(?V~?V) Core Voltage
?V
?A
125W
63 C
Athlon 64 FX (Toledo) Socket 939 Athlon 64 FX-60(dual 2.6GHz - 2x 1MB)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
1.35V(?V~?V)
?V ?V
?A ?A
110W 125W
65 C 63 C
Athlon 64 FX-62(dual 2.8GHz - 2x 1MB)
1.4V(?V~?V) Core Voltage
Athlon 64 FX (Windsor) Socket F Athlon 64 FX-70 Athlon 64 FX-72 Athlon 64 FX-74
Core Maximum Total Max. Voltage Core Thermal Case Upper Limit Amperage Power Temp.
1.4V 1.4V 1.4V
(dual 2.6GHz - 2x 1MB - rev. F3) (1.35V~1.4V) (dual 2.8GHz - 2x 1MB - rev. F3) (1.35V~1.4V)
?V ?V ?V
95A 95A 95A
125W 125W 125W
63 C 63 C 56 C
Pgina 13 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(dual 3.0GHz - 2x 1MB - rev. F3) (1.35V~1.4V)
Athlon 64 Notes: Thermal Design Power (TDP) is measured under the conditions of TcaseMax, IDDMax, and VDD=VID_VDD, and include all power dissipated on-die from VDD, VDDIO, VLDT, VTT, and VDDA. For more on the specifics of the Intermediate P-States, see the Power and Thermal Datasheet.
AMD mobile Athlon 64mobile Athlon 64 (Clawhammer) mAthlon 64(800MHz - 512KB) Core Voltage Core Maximum Thermal Voltage Core Design Upper Limit Amperage Power Max. Case Temp.
1.1V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V
17.1A 15.3A 32A 32.2A 39.1A 34.5A 42A 41.3A 52.9A 52.9A 44.9A 44.1A 57.8A
21W 19W 44W 44W 57W 47W 61W 60W 81.5W 81.5W 65W 64W 89W
100 C 95 C 95 C 95 C 95 C 95 C 95 C 95 C 95 C 95 C 95 C 95 C 100 CPgina 14 de 82
mAthlon 64(800MHz - 1MB)
1.1V(?V~?V)
mAthlon 64(1.6GHz - 1MB)
1.3V(?V~?V)
mAthlon 64 mAthlon 64(1.6GHz - 1MB)
1.3V 1.4V(?V~?V)
(1.6GHz - 1MB - rev. CG) (?V~?V)
mAthlon 64 mAthlon 64(1.8GHz - 1MB)
1.3V 1.4V(?V~?V)
(1.8GHz - 1MB - rev. CG) (?V~?V)
mAthlon 64 mAthlon 64(1.8GHz - 1MB)
1.4V 1.5V(?V~?V)
(1.8GHz - 1MB - rev. CG) (?V~?V)
mAthlon 64(2.0GHz - 1MB)
1.5V(?V~?V)
mAthlon 64(2.0GHz - 1MB)
1.4V(?V~?V)
mAthlon 64 mAthlon 64 2700+(1.6GHz - 512KB)
1.4V 1.5V(?V~?V)
(2.0GHz - 1MB - rev. CG) (?V~?V)
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensmAthlon 64 2800+(1.6GHz - 1MB)
1.4V(?V~?V)
?V ?V ?V ?V ?V
42.7A 42.7A 52.9A 52.9A 52.9A
62W 62W 81.5W 81.5W 81.5W
95 C 95 C 95 C 95 C 95 CMax. Case Temp.
mAthlon 64 3000+(1.8GHz - 1MB)
1.4V(?V~?V)
mAthlon 64 3000+(1.8GHz - 1MB)
1.5V(?V~?V)
mAthlon 64 3200+(2.0GHz - 1MB)
1.5V(?V~?V)
mAthlon 64 3400+(2.2GHz - 1MB)
1.5V(?V~?V) Core Voltage
mobile Athlon 64 (Oakville) mAthlon 64 2700+(1.6GHz - 512KB)
Core Maximum Thermal Voltage Core Design Upper Limit Amperage Power
?V(?V~?V)
?V ?V ?V
?A ?A ?A
35W 35W 35W
? C ? C ? C
mAthlon 64 2800+(1.8GHz - 512KB)
?V(?V~?V)
mAthlon 64 3000+(2.0GHz - 512KB)
?V(?V~?V)
AMD mobile Athlon XP-Mmobile Athlon XP-M (?)(1600MHz - 128KB) (1600MHz - 256KB) Core Voltage Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
mAthlon XP M 2800+ 1.4V(?V~?V) (?V~?V)
?V ?V
42.7A 42.7A
62W 62W
95 C 95 C
mAthlon XP M 3000+ 1.4V
AMD mobile Sempronmobile Sempron (Paris) mSempron(800MHz - 128KB) Core Voltage Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
0.95V(?V~?V)
?V ?V ?V ?V
11.4A 11.4A 31.4A 42.7A
13W 13W 43W 62W
95 C 95 C 95 C 95 CPgina 15 de 82
mSempron(800MHz - 256KB)
0.95V(?V~?V)
mSempron(1.6GHz - 128KB)
1.3V(?V~?V)
mSempron 2600+(1.6GHz - 128KB)
1.4V(?V~?V)
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensmSempron 2800+(1.6GHz - 256KB)
1.4V(?V~?V)
?V ?V ?V ?V ?V ?V
42.7A 42.7A 7.1A 7.1A 18.7A 18.7A
62W 62W 9W 9W 25W 25W
95 C 95 C 95 C 95 C 95 C 95 C
mSempron 3000+(1.8GHz - 128KB)
1.4V(?V~?V)
mSempron LA(800MHz - 128KB)
0.96V(?V~?V)
mSempron LA(800MHz - 256KB) (1.6GHz - 128KB) (1.6GHz - 256KB)
0.96V(?V~?V) (?V~?V) (?V~?V) Core Voltage
mSempron 2600+ LA 1.22V mSempron 2800+ LA 1.22V mobile Sempron (Roma) mSempron 3200+(1.6GHz - 512KB)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
?V(?V~?V)
?V ?V ?V ?V ?V
?A ?A ?A ?A ?A
25W 25W 25W 25W 25W
? C ? C ? C ? C ? C
mSempron 3400+(1.8GHz - 256KB)
?V(?V~?V)
mSempron 3500+(1.8GHz - 512KB)
?V(?V~?V)
mSempron 3600+(2.0GHz - 256KB)
?V(?V~?V)
mSempron 3800+(2.2GHz - 256KB)
?V(?V~?V) Core Voltage
mobile Sempron (Sherman) mSempron 3600+(2.0GHz - 256KB)
Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
?V(?V~?V)
?V ?V ?V
?A ?A ?A
25W 31W 31W
? C ? C ? C
mSempron 3800+(2.2GHz - 256KB)
?V(?V~?V)
mSempron 4000+(2.2GHz - 512KB)
?V(?V~?V)
mobile Athlon 64 Notes: Thermal Design Power (TDP) is measured under the conditions of TcaseMax, IDDMax, and VDD=VID_VDD, and include all power dissipated on-die from VDD, VDDIO, VLDT, VTT, and VDDA. For more on the specifics of the Intermediate P-States, see the Power and Thermal Datasheet.Pgina 16 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens
AMD Opteron (Registered DDR)Opteron (Sledgehammer) Socket 940 Opteron 140EE(1.4GHz) Core Voltage Core Voltage Upper Limit Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
1.15V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V
22.5A 52A 52A 52A 52A 52A 52A 39.2A 56.5A 56.5A 56.5A 22.5A 52A 52A 52A 52A 52A
?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W
30W 82.1W 84.7W 82.1W 84.7W 82.1W 84.7W 55W 89W 89W 89W 30W 82.1W 84.7W 82.1W 84.7W 82.1W
70 C 70 C 69 C 70 C 69 C 70 C 69 C 70 C 70 C 70 C 70 C 70 C 70 C 69 C 70 C 69 C 70 C
Opteron 140(1.4GHz)
1.5V(?V~?V)
Opteron 140(1.4GHz)
1.55V(?V~?V)
Opteron 142(1.6GHz)
1.5V(?V~?V)
Opteron 142(1.6GHz)
1.55V(?V~?V)
Opteron 144(1.8GHz)
1.5V(?V~?V)
Opteron 144(1.8GHz)
1.55V(?V~?V)
Opteron 146HE(2.0GHz)
1.3V(?V~?V)
Opteron 146(2.0GHz)
1.5V(?V~?V)
Opteron 148(2.2GHz)
1.5V(?V~?V)
Opteron 150(2.4GHz)
1.5V(?V~?V)
Opteron 240EE(1.4GHz)
1.15V(?V~?V)
Opteron 240(1.4GHz)
1.5V(?V~?V)
Opteron 240(1.4GHz)
1.55V(?V~?V)
Opteron 242(1.6GHz)
1.5V(?V~?V)
Opteron 242(1.6GHz)
1.55V(?V~?V)
Opteron 244
1.5V
Pgina 17 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(1.8GHz) (?V~?V)
Opteron 244(1.8GHz)
1.55V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?V ?VCore Voltage Upper Limit
52A 39.2A 39.2A 56.5A 56.5A 56.5A 22.5A 52A 52A 52A 52A 52A 52A 39.2A 56.5A 56.5A 56.5A
?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W
84.7W 89W 55W 89W 89W 89W 30W 82.1W 84.7W 82.1W 84.7W 82.1W 84.7W 55W 89W 89W 89W
69 C 70 C 70 C 70 C 70 C 70 C 70 C 70 C 69 C 70 C 69 C 70 C 69 C 70 C 70 C 70 C 70 C
Opteron 246(2.0GHz)
1.3V(?V~?V)
Opteron 246HE(2.0GHz)
1.3V(?V~?V)
Opteron 246(2.0GHz)
1.5V(?V~?V)
Opteron 248(2.2GHz)
1.5V(?V~?V)
Opteron 250(2.4GHz)
1.5V(?V~?V)
Opteron 840EE(1.4GHz)
1.15V(?V~?V)
Opteron 840(1.4GHz)
1.5V(?V~?V)
Opteron 840(1.4GHz)
1.55V(?V~?V)
Opteron 842(1.6GHz)
1.5V(?V~?V)
Opteron 842(1.6GHz)
1.55V(?V~?V)
Opteron 844(1.8GHz)
1.5V(?V~?V)
Opteron 844(1.8GHz)
1.55V(?V~?V)
Opteron 846HE(2.0GHz)
1.3V(?V~?V)
Opteron 846(2.0GHz)
1.5V(?V~?V)
Opteron 848(2.2GHz)
1.5V(?V~?V)
Opteron 850(2.4GHz)
1.5V(?V~?V) Core Voltage
Opteron (Venus) Socket 940 Opteron 146(2.0GHz - rev. D4)
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
?V(?V~?V)
1.4V
44.9A
?W
67W
65 C
Pgina 18 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensOpteron 148HE(2.2GHz - rev. E4)
1.3V(?V~?V)
1.4V 1.4V 1.4V 1.4VCore Voltage Upper Limit
?A ?A ?A ?A
?W ?W ?W ?W
55W ?W ?W ?W
? C ? C ? C ? C
Opteron 152(2.6GHz - rev. E4)
1.3V(?V~?V)
Opteron 154(2.8GHz - rev. E4)
1.3V(?V~?V)
Opteron 156(3.0GHz - rev. E4)
1.3V(?V~?V) Core Voltage
Opteron (Troy) Socket 940 Opteron 242(1.6GHz - rev. E4)
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
?V(?V~?V)
1.35V 1.35V 1.35V 1.4V 1.35V 1.4V 1.4V 1.35V 1.35V 1.35V 1.35VCore Voltage Upper Limit
60A 60A 60A 44.9A 60A 44.9A ?A 60A 66.1A 66.1A ?A
?W ?W ?W ?W ?W ?W ?W ?W ?W ?W ?W
85.3W 85.3W 85.3W 67W 85.3W 67W 55W 85.3W 92.6W 92.6W ?W
71 C 71 C 71 C 65 C 71 C 65 C ? C 71 C 67 C 67 C ? C
Opteron 244(1.8GHz - rev. E4)
?V(?V~?V)
Opteron 246(2.0GHz - rev. E4)
?V(?V~?V)
Opteron 246(2.0GHz - rev. D4)
?V(?V~?V)
Opteron 248(2.2GHz - rev. E4)
?V(?V~?V)
Opteron 248(2.2GHz - rev. D4)
?V(?V~?V)
Opteron 248HE(2.2GHz - rev. E4)
1.3V(?V~?V)
Opteron 250(2.4GHz - rev. E4)
?V(?V~?V)
Opteron 252(2.6GHz - rev. E4)
?V(?V~?V)
Opteron 254(2.8GHz - rev. E4)
?V(?V~?V)
Opteron 256(3.0GHz - rev. E4)
?V(?V~?V) Core Voltage
Opteron (Athens) Socket 940 Opteron 842(1.6GHz - rev. E4)
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
?V(?V~?V)
1.35V 1.35V
60A 60A
?W ?W
85.3W 85.3W
71 C 71 C
Opteron 844(1.8GHz - rev. E4)
?V(?V~?V)
Pgina 19 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensOpteron 846(2.0GHz - rev. E4)
?V(?V~?V)
1.35V 1.4V 1.35V 1.4V 1.35V 1.35V 1.4V 1.4VCore Voltage Upper Limit
60A 44.9A 60A ?A 60A 66.1A 66.1A ?A
?W ?W ?W ?W ?W ?W ?W ?W
85.3W 67W 85.3W 55W 85.3W 92.6W 92.6W ?W
71 C 67 C 71 C ? C 71 C 67 C 67 C ? C
Opteron 846(2.0GHz - rev. D4)
?V(?V~?V)
Opteron 848(2.2GHz - rev. E4)
?V(?V~?V)
Opteron 848HE(2.2GHz - rev. E4)
1.3V(?V~?V)
Opteron 850(2.4GHz - rev. E4)
?V(?V~?V)
Opteron 852(2.6GHz - rev. E4)
?V(?V~?V)
Opteron 854(2.8GHz - rev. E4)
?V(?V~?V)
Opteron 856(3.0GHz - rev. E4)
?V(?V~?V) Core Voltage
Opteron (Denmark) Socket 940 Opteron 165(dual 1.8GHz - 2x 1MB - rev. E6)
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
?V(?V~?V)
?V
?A
?W
95W
? C
Opteron 165EE(dual 1.8GHz - 2x 1MB - rev. E6)
1.15V(?V~?V)
1.4V
?A
?W
55W
? C
Opteron 170(dual 2.0GHz - 2x 1MB - rev. E6)
?V(?V~?V)
?V
?A
?W
95W
? C
Opteron 175(dual 2.2GHz - 2x 1MB - rev. E6)
?V(?V~?V)
?V
?A
?W
95W
? C
Opteron 180(dual 2.4GHz - 2x 1MB - rev. E6)
1.35V(?V~?V)
1.4VCore Voltage Upper Limit
80A
?W
110W
? C
Opteron (Italy) Socket 940 Opteron 260HE(dual 1.6GHz - 2x 1MB - rev. E6)
Core Voltage
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
1.15V(?V~?V)
1.4V 1.4V
45A 66.1A
?W ?W
55W 95W
71 C 67 C
Opteron 265(dual 1.8GHz - 2x 1MB - rev.
1.35V(?V~?V)
Pgina 20 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensE6)
Opteron 265HE(dual 1.8GHz - 2x 1MB - rev. E6)
1.15V(?V~?V)
1.4V
45A
?W
55W
71 C
Opteron 270(dual 2.0GHz - 2x 1MB - rev. E6)
1.35V(?V~?V)
1.4V
66.1A
?W
95W
67 C
Opteron 270HE(dual 2.0GHz - 2x 1MB - rev. E6)
1.15V(?V~?V)
1.4V
45A
?W
55W
71 C
Opteron 275(dual 2.2GHz - 2x 1MB - rev. E6)
1.35V(?V~?V)
1.4V
66.1A
?W
95W
67 C
Opteron 275HE(dual 2.2GHz - 2x 1MB - rev. E6)
1.15V(?V~?V)
1.4V
45A
?W
55W
71 C
Opteron 280(dual 2.4GHz - 2x 1MB - rev. E6)
1.35V(?V~?V)
1.4V
70.5A
?W
95W
67 C
Opteron 285(dual 2.6GHz - 2x 1MB - rev. E6)
1.35V(?V~?V)
1.4V
70.5A
?W
95W
67 C
Opteron 290(dual 2.8GHz - 2x 1MB - rev. E6)
1.35V(?V~?V)
1.4VCore Voltage Upper Limit
70.5A
?W
95W
67 C
Opteron (Egypt) Socket 940 Opteron 860HE(dual 1.6GHz - 2x 1MB - rev. E6)
Core Voltage
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
1.2V(?V~?V)
1.4V
45A
?W
55W
71 C
Opteron 865(dual 1.8GHz - 2x 1MB - rev. E1)
1.35V(?V~?V)
1.4V
66.1A
?W
95W
67 C
Opteron 865HE(dual 1.8GHz - 2x 1MB - rev. E6)
1.2V(?V~?V)
1.4V
45A
?W
55W
71 C
Opteron 870(dual 2.0GHz - 2x 1MB - rev. E1)
1.35V(?V~?V)
1.4V
66.1A
?W
95W
67 C
Opteron 870HE(dual 2.0GHz - 2x 1MB - rev. E6)
1.2V(?V~?V)
1.4V 1.4V
45A 66.1A
?W ?W
55W 95W
71 C 67 C
Opteron 875
1.35V
Pgina 21 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(dual 2.2GHz - 2x 1MB - rev. E1) (?V~?V)
Opteron 875HE(dual 2.2GHz - 2x 1MB - rev. E6)
1.2V(?V~?V)
1.4V
45A
?W
55W
71 C
Opteron 880(dual 2.4GHz - 2x 1MB - rev. E1)
1.35V(?V~?V)
1.4V
70.5A
?W
95W
67 C
Opteron 885(dual 2.6GHz - 2x 1MB - rev. E1)
1.35V(?V~?V)
1.4V
70.5A
?W
95W
67 C
Opteron 890(dual 2.8GHz - 2x 1MB - rev. E1)
1.35V(?V~?V)
1.4V
70.5A
?W
95W
67 C
AMD Opteron (Registered DDR2)Opteron (Santa Rosa) Socket F Opteron 2210(dual 1.8GHz - 2x 1MB - rev. F2, F3) Core Voltage Core Voltage Upper Limit Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
1.35V(?V~?V)
?V ?V ?V
70A ?A 70A
?W ?W ?W
95W 68W 95W
72 C ? C 72 C 72 C 72 C 72 C 72 C 72 C 72
Opteron 2210 HE(dual 1.8GHz - 2x 1MB - rev. F3)
?V(?V~?V)
Opteron 2212(dual 2.0GHz - 2x 1MB - rev. F2, F3)
1.35V(?V~?V)
Opteron 2212 HE(dual 2.0GHz - 2x 1MB - rev. F2, F3)
1.25V(?V~?V)
?V
53.3A
?W
68W
Opteron 2214(dual 2.2GHz - 2x 1MB - rev. F2, F3)
1.35V(?V~?V)
?V
70A
?W
95W
Opteron 2214 HE(dual 2.2GHz - 2x 1MB - rev. F2, F3)
1.25V(?V~?V)
?V
53.3A
?W
68W
Opteron 2216(dual 2.4GHz - 2x 1MB - rev. F2, F3)
1.35V(?V~?V)
?V
70A
?W
95W
Opteron 2216 HE(dual 2.4GHz - 2x 1MB - rev. F2, F3)
1.25V 1.35V
?V (?V~?V) ?V
53.3A 70A
?W ?W
68W 95W
Opteron 2218
Pgina 22 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(dual 2.6GHz - 2x 1MB - rev. F2, F3) (?V~?V)
C ?V ?V 53.3A 70A 86.9A ?A ?A ?W ?W ?W ?W ?W 68W 95W 119.2W 119W 119W 72 C 72 C 69 C 69 C 69 C
Opteron 2218 HE(dual 2.6GHz - 2x 1MB - rev. F3)
1.25V(?V~?V)
Opteron 2220(dual 2.8GHz - 2x 1MB - rev. F3)
1.35V(?V~?V)
Opteron 2220 SE(dual 2.8GHz - 2x 1MB - rev. F2, F3)
1.375V ?V(?V~?V)
Opteron 2222 SE(dual 3.0GHz - 2x 1MB - rev. F3)
1.375V ?V(?V~?V)
Opteron 2224 SE(dual 3.2GHz - 2x 1MB - rev. F3)
1.4V(?V~?V) Core Voltage
?VCore Voltage Upper Limit
Opteron (Santa Rosa) Socket F Opteron 8212(dual 2.0GHz - 2x 1MB - rev. F2, F3)
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
1.35V(?V~?V)
?V
70A
?W
95W
72 C 72 C 72 C 72 C 72 C 72 C 72 C 72 C 72 C
Opteron 8212 HE(dual 2.0GHz - 2x 1MB - rev. F2, F3)
1.25V(?V~?V)
?V
53.3A
?W
68W
Opteron 8214(dual 2.2GHz - 2x 1MB - rev. F2, F3)
1.35V
?V (?V~?V) 1.25V(?V~?V)
70A
?W
95W
Opteron 8214 HE(dual 2.2GHz - 2x 1MB - rev. F2, F3)
?V
53.3A
?W
68W
Opteron 8216(dual 2.4GHz - 2x 1MB - rev. F2, F3)
1.35V(?V~?V)
?V
70A
?W
95W
Opteron 8216 HE(dual 2.4GHz - 2x 1MB - rev. F2, F3)
1.25V(?V~?V)
?V
53.3A
?W
68W
Opteron 8218(dual 2.6GHz - 2x 1MB - rev. F2, F3)
1.35V 1.25V 1.35V
?V (?V~?V) ?V (?V~?V)(?V~?V)
70A 53.3A 70A 86.9A
?W ?W ?W ?W
95W 68W 95W
Opteron 8218 HE(dual 2.6GHz - 2x 1MB - rev. F3)
Opteron 8220(dual 2.8GHz - 2x 1MB - rev. F3)
?V
Opteron 8220 SE
1.375V ?V
119.2W 69Pgina 23 de 82
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(dual 2.8GHz - 2x 1MB - rev. F2, F3) (?V~?V)
C ?V ?A ?A ?A ?W ?W ?W 95W 119W 119W 72 C 69 C 69 C
Opteron 8222(dual 3.0GHz - 2x 1MB - rev. F3)
1.35V(?V~?V)
Opteron 8222 SE(dual 3.0GHz - 2x 1MB - rev. F3)
1.375V ?V (?V~?V) 1.4V(?V~?V) Core Voltage
Opteron 8224 SE(dual 3.2GHz - 2x 1MB - rev. F3)
?VCore Voltage Upper Limit
Opteron (Barcelona) Socket F Opteron 1352(quad 2.1GHz - 4x 512KB - 2MB L3 - rev. B3)
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
?V(?V~?V)
?V
?A
?W
75W
76 C 76 C 76 C
Opteron 1354(quad 2.2GHz - 4x 512KB - 2MB L3 - rev. B3)
?V(?V~?V)
?V
?A
?W
75W
Opteron 1356(quad 2.3GHz - 4x 512KB - 2MB L3 - rev. B3)
?V(?V~?V)
?VCore Voltage Upper Limit
?A
?W
75W
Opteron (Barcelona) Socket F Opteron 2344 HE(quad 1.7GHz - 4x 512KB - 2MB L3)
Core Voltage
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
1.15V(?V~?V)
?V
?A
?W
55W
71 C 71 C 70 C 71 C 70 C 76 C 76
Opteron 2346 HE(quad 1.8GHz - 4x 512KB - 2MB L3)
1.15V(?V~?V)
?V
?A
?W
55W
Opteron 2347(quad 1.9GHz - 4x 512KB - 2MB L3)
1.2V(?V~?V)
?V
?A
?W
75W
Opteron 2347 HE(quad 1.9GHz - 4x 512KB - 2MB L3)
1.15V(?V~?V)
?V
?A
?W
55W
Opteron 2350(quad 2.0GHz - 4x 512KB - 2MB L3 - rev. BA, B3)
1.2V(?V~?V)
?V
?A
?W
75W
Opteron 2350 HE(quad 2.0GHz - 4x 512KB - 2MB L3 - rev. B3)
1.25V(?V~?V)
?V ?V
?A ?A
?W ?W
75W 75W
Opteron 2352
?V
Pgina 24 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(quad 2.1GHz - 4x 512KB - 2MB L3 - rev. B3) (?V~?V)
C 76 C 76 C
Opteron 2354(quad 2.2GHz - 4x 512KB - 2MB L3 - rev. B3)
?V(?V~?V)
?V
?A
?W
75W
Opteron 2356(quad 2.3GHz - 4x 512KB - 2MB L3 - rev. B3)
?V(?V~?V)
?VCore Voltage Upper Limit
?A
?W
75W
Opteron (Barcelona) Socket F Opteron 8346 HE(quad 1.8GHz - 4x 512KB - 2MB L3)
Core Voltage
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
1.15V(?V~?V)
?V
?A
?W
55W
71 C 70 C 71 C 70 C 76 C 76 C 76 C 76 C ? C
Opteron 8347(quad 1.9GHz - 4x 512KB - 2MB L3)
1.2V(?V~?V)
?V
?A
?W
75W
Opteron 8347 HE(quad 1.9GHz - 4x 512KB - 2MB L3)
1.15V(?V~?V)
?V
?A
?W
55W
Opteron 8350(quad 2.0GHz - 4x 512KB - 2MB L3)
1.2V(?V~?V)
?V
?A
?W
75W
Opteron 8350(quad 2.0GHz - 4x 512KB - 2MB L3 - rev. B3)
1.2V(?V~?V)
?V
?A
?W
75W
Opteron 8350 HE(quad 2.0GHz - 4x 512KB - 2MB L3 - rev. B3)
1.25V(?V~?V)
?V
?A
?W
55W
Opteron 8354(quad 2.2GHz - 4x 512KB - 2MB L3 - rev. B3)
1.2V(?V~?V)
?V
?A
?W
75W
Opteron 8356(quad 2.3GHz - 4x 512KB - 2MB L3 - rev. B3)
1.2V(?V~?V)
?V
?A
?W
75W
Opteron 8358 SE(quad 2.4GHz - 4x 512KB - 2MB L3 - rev. B3)
1.2V(?V~?V)
?V
?A
?W
?W
Opteron 8360 SE(quad 2.5GHz - 4x 512KB - 2MB L3 - rev. B3)
1.2V(?V~?V)
?VCore Voltage Upper Limit
?A
?W
?W
? C
Opteron (Shanghai) Socket F+
Core Voltage
Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
Pgina 25 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensOpteron 2372 HE(quad 2.1GHz - 4x 512KB - 6MB L3)
?V(?V~?V)
?V
?A
?W
55W
? C 68 C ? C
Opteron 2373 EE(quad 2.1GHz - 4x 512KB - 6MB L3)
1.1V(?V~?V)
?V
?A
?W
40W
Opteron 2374 HE(quad 2.2GHz - 4x 512KB - 6MB L3)
?V(?V~?V)
?V
?A
?W
55W
Opteron 2376 HE(quad 2.3GHz - 4x 512KB - 6MB L3)
?V(?V~?V)
?V
?A
?W
55W
? C 77 C 68 C 77 C 77 C 77 C 76 C 77 C 77 C ? C 77 C 77 C
Opteron 2376(quad 2.3GHz - 4x 512KB - 6MB L3)
1.35V
?V (?V~?V) 1.1V(?V~?V)
?A
?W
75W
Opteron 2377 EE(quad 2.3GHz - 4x 512KB - 6MB L3)
?V
?A
?W
40W
Opteron 2378(quad 2.4GHz - 4x 512KB - 6MB L3)
1.35V(?V~?V)
?V
?A
?W
75W
Opteron 2379 HE(quad 2.4GHz - 4x 512KB - 6MB L3)
1.325V ?V(?V~?V)
?A
?W
55W
Opteron 2380(quad 2.5GHz - 4x 512KB - 6MB L3)
1.35V
?V (?V~?V) 1.325V ?V(?V~?V)
?A
?W
75W
Opteron 2381 HE(quad 2.5GHz - 4x 512KB - 6MB L3)
?A
?W
55W
Opteron 2382(quad 2.6GHz - 4x 512KB - 6MB L3)
1.35V(?V~?V)
?V
?A
?W
75W
Opteron 2384(quad 2.7GHz - 4x 512KB - 6MB L3)
1.35V(?V~?V)
?V
?A
?W
75W
Opteron 2386 SE(quad 2.8GHz - 4x 512KB - 6MB L3)
1.35V(?V~?V)
?V
?A
?W
105W
Opteron 2387(quad 2.8GHz - 4x 512KB - 6MB L3)
1.325V ?V(?V~?V)
?A
?W
75W
Opteron 2389(quad 2.9GHz - 4x 512KB - 6MB L3)
1.325V ?V(?V~?V)
?A
?W
75W
Pgina 26 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensOpteron (Shanghai) Socket F+ Opteron 8374 HE(quad 2.2GHz - 4x 512KB - 6MB L3) Core Voltage Core Voltage Upper Limit Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
?V(?V~?V)
?V
?A
?W
55W
? C
Opteron 8376 HE(quad 2.3GHz - 4x 512KB - 6MB L3)
?V(?V~?V)
?V
?A
?W
55W
? C 77 C 76 C 77 C 76 C 77 C 77 C ? C 77 C 77 C 73 C
Opteron 8378(quad 2.4GHz - 4x 512KB - 6MB L3)
1.35V(?V~?V)
?V
?A
?W
75W
Opteron 8379 HE(quad 2.4GHz - 4x 512KB - 6MB L3)
1.325V ?V (?V~?V) 1.35V(?V~?V)
?A
?W
55W
Opteron 8380(quad 2.5GHz - 4x 512KB - 6MB L3)
?V
?A
?W
75W
Opteron 8381 HE(quad 2.5GHz - 4x 512KB - 6MB L3)
1.325V ?V (?V~?V) 1.35V(?V~?V)
?A
?W
55W
Opteron 8382(quad 2.6GHz - 4x 512KB - 6MB L3)
?V
?A
?W
75W
Opteron 8384(quad 2.7GHz - 4x 512KB - 6MB L3)
1.35V(?V~?V)
?V
?A
?W
75W
Opteron 8386 SE(quad 2.8GHz - 4x 512KB - 6MB L3)
1.35V(?V~?V)
?V
?A
?W
105W
Opteron 8387(quad 2.8GHz - 4x 512KB - 6MB L3)
1.325V ?V (?V~?V) 1.325V ?V(?V~?V)
?A
?W
75W
Opteron 8389(quad 2.9GHz - 4x 512KB - 6MB L3)
?A
?W
75W
Opteron 8393 SE(quad 3.1GHz - 4x 512KB - 6MB L3)
1.325V ?V (?V~?V)
?A
?W
105W
AMD Opteron (ECC Unbuffered DDR)Opteron (Venus)Core Voltage Core Maximum Total Max. Thermal Voltage Core Thermal Case Power Upper Limit Amperage Power Temp.
Pgina 27 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensSocket 939 Opteron 144(1.8GHz - rev. E4)
1.4V(?V~?V)
1.4V 1.4V 1.4V 1.4V 1.4V 1.4V
47.5A 47.5A 60A 60A 60A 74.9A
?W ?W ?W ?W ?W ?W
67W 67W 85.3W 85.3W 104W 104W
71 C 65 C 71 C 71 C 65 C 65 C
Opteron 146(2.0GHz - rev. E4)
1.4V(?V~?V)
Opteron 148(2.2GHz - rev. E4)
1.4V(?V~?V)
Opteron 150(2.4GHz - rev. E4)
1.4V(?V~?V)
Opteron 152(2.6GHz - rev. E4)
1.4V(?V~?V)
Opteron 154(2.8GHz - rev. E4)
1.4V(?V~?V) Core Voltage
Opteron (Denmark) Socket 939 Opteron 165 Opteron 170 Opteron 175
Core Maximum Total Max. Thermal Voltage Core Thermal Case Power Upper Limit Amperage Power Temp.
1.35V 1.35V 1.35V
(1.8GHz - 2x 1MB - rev. E6) (?V~?V) (2.0GHz - 2x 1MB - rev. E6) (?V~?V) (2.2GHz - 2x 1MB - rev. E6) (?V~?V)
1.4V 1.4V 1.4V
80A 80A 80A
?W ?W ?W
110W 110W 110W
65 C 65 C 65 C
AMD Opteron (ECC Unbuffered DDR2)Opteron (Santa Ana) Socket AM2 Opteron 1210Core Voltage Core Voltage Upper Limit Maximum Total Max. Thermal Core Thermal Case Power Amperage Power Temp.
?V (dual 1.8GHz - 2x 1MB - rev. F2, (?V~?V) F3) Opteron 1210 HE Opteron 1212 1.25V 1.35V 1.25V 1.35V(dual 1.8GHz - 2x 1MB - rev. F3) (?V~?V)
1.35V
76.9A 51.7A 76.9A 51.7A 76.9A
?W ?W ?W ?W ?W
103W 65W 103W 65W 103W
74 C 72 C 74 C 72 C 74 C
?V
?V (dual 2.0GHz - 2x 1MB - rev. F2, (?V~?V) F3) Opteron 1212 HE Opteron 1214(dual 2.0GHz - 2x 1MB - rev. F3) (?V~?V)
?V
?V (dual 2.2GHz - 2x 1MB - rev. F2, (?V~?V) F3)
Pgina 28 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensOpteron 1214 HE Opteron 1216 1.25V 1.35V 1.25V 1.35V 1.25V 1.35V 1.4V(dual 2.2GHz - 2x 1MB - rev. F3) (?V~?V)
?V
51.7A 76.9A 51.7A 76.9A 51.7A 76.9A 90.4A ?A ?A ?A
?W ?W ?W ?W ?W ?W ?W ?W ?W ?W
65W 103W 65W 103W 65W 103W 125W 103W 125W 125W
72 C 74 C 72 C 74 C 72 C 74 C 63 C 74 C 63 C 63 C
?V (dual 2.4GHz - 2x 1MB - rev. F2, (?V~?V) F3) Opteron 1216 HE Opteron 1218(dual 2.4GHz - 2x 1MB - rev. F3) (?V~?V)
?V
?V (dual 2.6GHz - 2x 1MB - rev. F2, (?V~?V) F3) Opteron 1218 HE Opteron 1220 Opteron 1220 SE(dual 2.6GHz - 2x 1MB - rev. F3) (?V~?V)
?V ?V
(dual 2.8GHz - 2x 1MB - rev. F3) (?V~?V)
?V (dual 2.8GHz - 2x 1MB - rev. F2, (?V~?V) F3) Opteron 1222 Opteron 1222 SE Opteron 1224 SE Opteron Notes: . 1.35V 1.4V 1.4V(dual 3.0GHz - 2x 1MB - rev. F3) (?V~?V)
?V ?V ?V
(dual 3.0GHz - 2x 1MB - rev. F3) (?V~?V)
(dual 3.2GHz - 2x 1MB - rev. F3) (?V~?V)
AMD mobile Turionmobile Turion (Lancaster) Socket 754 mTurion MT-28(1.6GHz - 512KB) Core Voltage Core Maximum Thermal Voltage Core Design Upper Limit Amperage Power Max. Case Temp.
?V(?V~?V)
?V ?V ?V ?V
?A ?A ?A ?A
?W 25W 24W 24W
? C ? C 95? C 96 CPgina 29 de 82
mTurion MT-30(1.6GHz - 1MB)
?V(?V~?V)
mTurion MT-32(1.8GHz - 512KB)
?V(?V~?V)
mTurion MT-34
1.2V
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(1.8GHz - 1MB) (?V~?V)
mTurion MT-37(2.0GHz - 1MB)
1.2V(?V~?V)
?V ?V ?V ?V ?V ?V ?V ?V ?V ?V
?A ?A ?A ?A ?A ?A ?A ?A ?A ?A
25W ?W ?W 35W 35W 35W 35W ?W ?W ?W
97 C ? C ? C ? C ? C ? C ? C ? C ? C ? CMax. Case Temp.
mTurion MT-40(2.2GHz - 1MB)
?V(?V~?V)
mTurion ML-28(1.6GHz - 512KB)
?V(?V~?V)
mTurion ML-30(1.6GHz - 1MB)
?V(?V~?V)
mTurion ML-32(1.8GHz - 512KB)
?V(?V~?V)
mTurion ML-34(1.8GHz - 1MB)
?V(?V~?V)
mTurion ML-37(2.0GHz - 1MB)
?V(?V~?V)
mTurion ML-40(2.2GHz - 1MB)
?V(?V~?V)
mTurion ML-42(2.4GHz - 512KB)
?V(?V~?V)
mTurion ML-44(2.4GHz - 1MB)
?V(?V~?V) Core Voltage
mobile Turion 64 X2 (Taylor) Socket S1 mTurion TL-50(1.6GHz - 2x 256KB)
Core Maximum Thermal Voltage Core Design Upper Limit Amperage Power
1.1V(?V~?V) Core Voltage
?V
?A
31W
95 CMax. Case Temp.
mobile Turion 64 X2 (Trinidad) Socket S1 mTurion TL-52(dual 1.6GHz - 2x 512KB)
Core Maximum Thermal Voltage Core Design Upper Limit Amperage Power
1.1V(?V~?V)
?V ?V ?V ?V ?VCore
?A ?A ?A ?A ?A
31W 33W 35W 35W ?W
95 C 97 C ? C ? C ? CMax.
mTurion TL-56(dual 1.8GHz - 2x 512KB)
1.1V(?V~?V)
mTurion TL-60(dual 2.0GHz - 2x 512KB)
?V(?V~?V)
mTurion TL-64(dual 2.2GHz - 2x 512KB)
?V(?V~?V)
mTurion MK-36(dual 2.0GHz - 2x 512KB)
?V(?V~?V) Core
mobile Turion 64 X2
Maximum Thermal
Pgina 30 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(Tyler) Socket S1 mTurion TL-56(dual 1.8GHz - 2x 512KB) Voltage Voltage Core Upper Limit Amperage Design Power Case Temp.
?V(?V~?V)
?V ?V ?V ?V ?V ?V
?A ?A ?A ?A ?A ?A
31W 31W 31W 35W 35W 35W
? C ? C ? C ? C ? C ? CMax. Case Temp.
mTurion TL-58(dual 1.9GHz - 2x 512KB)
?V(?V~?V)
mTurion TL-60(dual 2.0GHz - 2x 512KB)
?V(?V~?V)
mTurion TL-64(dual 2.2GHz - 2x 512KB)
?V(?V~?V)
mTurion TL-66(dual 2.3GHz - 2x 512KB)
?V(?V~?V)
mTurion TL-68(dual 2.4GHz - 2x 512KB)
?V(?V~?V) Core Voltage
mobile Turion X2 (Hawk) Socket S1 mTurion RM-70(dual 2.0GHz - 2x 512KB)
Core Maximum Thermal Voltage Core Design Upper Limit Amperage Power
?V(?V~?V)
?V ?V ?V
?A ?A ?A
31W 35W 35W
? C ? C ? C
mTurion RM-72(dual 2.1GHz - 2x 512KB)
?V(?V~?V)
mTurion RM-74(dual 2.2GHz - 2x 512KB)
?V(?V~?V)
mobile Turion X2 Ultra Core Maximum Thermal Max. Core Voltage Core Design Case (Griffin) Voltage Upper Limit Amperage Power Temp. Socket S1 mTurion ZM-80(dual 2.1GHz - 2x 1MB)
?V(?V~?V)
?V ?V ?V ?V
?A ?A ?A ?A
32W 35W 35W 35W
? C ? C ? C ? C
mTurion ZM-82(dual 2.2GHz - 2x 1MB)
?V(?V~?V)
mTurion ZM-84(dual 2.3GHz - 2x 1MB)
?V(?V~?V)
mTurion ZM-86(dual 2.4GHz - 2x 1MB)
?V(?V~?V)
mobile Turion notes: .
AMD mobile Sempron for Ultrathin Notebooksmobile SempronCore Core Maximum Thermal Max.
Pgina 31 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(?)Voltage Voltage Core Upper Limit Amperage Design Power Case Temp.
mSempron 200U ?V(1000MHz - 256KB) (?V~?V)
?V ?V
?A ?A
8W 15W
? C ? C
mSempron 210U ?V(1500MHz - 256KB) (?V~?V)
mobile Sempron notes: .
AMD mobile Athlon Neomobile Athlon Neo (?)(1600MHz - 512KB) Core Voltage Core Maximum Thermal Max. Voltage Core Design Case Upper Limit Amperage Power Temp.
mAthlon Neo MV-40 ?V(?V~?V)
?V
?A
15W
? C
mobile Athlon notes: .
Intel
Intel Pentium 4Pentium 4 (Willamette) Socket 423 P4 1.3G(256KB) Core Voltage Vmax Max. Core Amp. Thermal Est. Max Design Power Power Diss. Max. Cover Temp.
1.7V(1.56V~1.7V)
2.1V 2.1V 2.1V 2.1V 2.1V 2.1V
38.1A 48.9W 39.8A 51.6W 40.6A 51.8W 42.2A 54.7W 43A 45A 54.7W 57.8W
65.2W 68.8W 69.1W 72.9W 72.9W 77.1W
69 C 70 C 70 C 72 C 72 C 73 CPgina 32 de 82
P4 1.3G(256KB)
1.75V(1.605V~1.75V)
P4 1.4G(256KB)
1.7V(1.56V~1.7V)
P4 1.4G(256KB)
1.75V(1.6V~1.75V)
P4 1.5G(256KB)
1.7V(1.555V~1.7V)
P4 1.5G
1.75V
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(256KB) (1.595V~1.75V)
P4 1.6G(256KB)
1.75V(1.590V~1.75V)
2.1V 2.1V 2.1V 2.1V 2.1V
47.7A 61W 50.2A 64W 50.6A 66.7W 52.7A 69.2W 55AMax. Core Amp.
81.3W 85.3W 88.9W 92.3W 95.7W
75 C 76 C 78 C 73 C 74 CMax. Cover Temp.
P4 1.7G(256KB)
1.75V(1.580V~1.75V)
P4 1.8G(256KB)
1.75V(1.575V~1.75V)
P4 1.9G(256KB)
1.75V(1.570V~1.75V)
P4 2.0G(256KB)
1.75V(1.560V~1.75V) Core Voltage
71.8W
Pentium 4 (Willamette) Socket 478 P4 1.4G(256KB)
Vmax
Thermal Est. Max Design Power Power Diss.
1.75V(1.585V~1.75V)
2.1V 2.1V 2.1V 2.1V 2.1V 2.1V 2.1V
41.3A 55.3W 43.5A 57.9W 45.9A 60.8W 48.1A 63.5W 50.4A 66.1W 55.2A 72.8W 57.4A 75.3WMax. Core Amp.
73.7W 77.2W 81.1W 84.7W 88.1W 97.1W
72 C 73 C 75 C 76 C 77 C 75 C
P4 1.5G(256KB)
1.75V(1.580V~1.75V)
P4 1.6G(256KB)
1.75V(1.570V~1.75V)
P4 1.7G(256KB)
1.75V(1.565V~1.75V)
P4 1.8G(256KB)
1.75V(1.560V~1.75V)
P4 1.9G(256KB)
1.75V(1.545V~1.75V)
P4 2.0G(256KB)
1.75V(1.540V~1.75V) Core Voltage
100.4W 76 CMax. Cover Temp.
Pentium 4 (Northwood) Socket 478 P4 1.6A(512KB - low watt)
Vmax
Thermal Est. Max Design Power Power Diss.
1.5V(1.37V~1.5V)
1.75V 32.8A 38.7W 1.75V 35.7A 41.6W 1.75V 38.6A 44.6W 1.75V ?A 1.75V ?A 46.8W 49.6W
W W W W W
67 C 68 C 70 C 66 C 67 CPgina 33 de 82
P4 1.8A(512KB - low watt)
1.5V(1.365V~1.5V)
P4 2.0A(512KB - low watt)
1.5V(1.355V~1.5V)
P4 1.6A(512KB)
1.5V(?V~1.5V)
P4 1.8A
1.5V
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(512KB) (?V~1.5V)
P4 2.0A(512KB)
1.475V(1.315V~1.39V)
1.75V 45.1A 54.3W 1.75V 44.3A 52.4W 1.75V 45.1A 54.3W 1.75V 47.9A 57.1W 1.75V 47.1A 55.1W 1.75V 47.9A 57.1W 1.75V 48.6A 58W 1.75V 48A 56W
W W W W W W W W W W W W W W W W W W W W
69 C 68 C 69 C 70 C 69 C 70 C 70 C 70 C 70 C 71 C 70 C 71 C 71 C 70 C 71 C 74 C 74 C 74 C 72 C 71 CPgina 34 de 82
P4 2.0A(512KB)
1.5V(1.34V~1.415V)
P4 2.0A(512KB)
1.525V(1.365V~1.44V)
P4 2.2G(512KB)
1.475V(1.31V~1.385V)
P4 2.2G(512KB)
1.5V(1.335V~1.41V)
P4 2.2G(512KB)
1.525V(1.36V~1.435V)
P4 2.26G(512KB)
1.475V(1.305V~1.38V)
P4 2.26G(512KB)
1.5V(1.33V~1.405V)
P4 2.26G(512KB)
1.525V(1.355V~1.435V)
1.75V 48.6A 58W 1.75V 50.7A 59.8W 1.75V 49.8A 57.8W 1.75V 50.7A 59.8W 1.75V 50.7A 59.8W 1.75V 49.8A 57.8W 1.75V 50.7A 59.8W 1.75V 52.4A 66.2W 1.75V 52.4A 66.2W 1.75V 52.4A 66.2W 1.75V 52A 61W
P4 2.4G(512KB)
1.475V(1.3V~1.38V)
P4 2.4G(512KB)
1.5V(1.33V~1.405V)
P4 2.4G(512KB)
1.525V(1.35V~1.43V)
P4 2.4B(512KB)
1.475V(1.3V~1.38V)
P4 2.4B(512KB)
1.5V(1.33V~1.405V)
P4 2.4B(512KB)
1.525V(1.35V~1.43V)
P4 2.4C(512KB)
1.475V(1.295V~1.375V)
P4 2.4C(512KB)
1.5V(1.32V~1.395V)
P4 2.4C(512KB)
1.525V(1.345V~1.42V)
P4 2.5G(512KB)
1.475V(1.3V~1.375V)
P4 2.5G
1.5V
1.75V 51.3A 59.3W
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(512KB) (1.325V~1.4V)
P4 2.5G(512KB)
1.525V(1.35V~1.43V)
1.75V 52A
61W
W W W W W W W W W W W W W W W W W W W W
72 C 72 C 71 C 72 C 72 C 72 C 72 C 75 C 75 C 75 C 74 C 74 C 74 C 75 C 75 C 75 C 75 C 75 C 75 C 70 CPgina 35 de 82
P4 2.53G(512KB)
1.475V(1.295V~1.325V)
1.75V 52.5A 61.5W 1.75V 51.5A 59.3W 1.75V 52.5A 61.5W 1.75V 53.5A 62.6W 1.75V 53.5A 62.6W 1.75V 53.5A 62.6W 1.75V 55A 1.75V 55A 1.75V 55A 69W 69W 69W
P4 2.53G(512KB)
1.5V(1.325V~1.4V)
P4 2.53G(512KB)
1.525V(1.345V~1.43V)
P4 2.6G(512KB)
1.475V(1.295V~1.37V)
P4 2.6G(512KB)
1.5V(1.32V~1.4V)
P4 2.6G(512KB)
1.525V(1.345V~1.425V)
P4 2.6C(512KB)
1.475V(1.29V~1.37V)
P4 2.6C(512KB)
1.5V(1.315V~1.395V)
P4 2.6C(512KB)
1.525V(1.34V~1.42V)
P4 2.67G(512KB)
1.475V(1.295V~1.345V)
1.75V 53.9A 66.1W 1.75V 53.9A 66.1W 1.75V 53.9A 66.1W 1.75V 55.9A 68.4W 1.75V 55.9A 68.4W 1.75V 55.9A 68.4W 1.75V 55.9A 69.7W 1.75V 55.9A 69.7W 1.75V 55.9A 69.7W 1.75V 64.8A 81.9W
P4 2.67G(512KB)
1.5V(1.32V~1.395V)
P4 2.67G(512KB)
1.525V(1.345V~1.42V)
P4 2.8G(512KB)
1.475V(1.29V~1.37V)
P4 2.8G(512KB)
1.5V(1.315V~1.395V)
P4 2.8G(512KB)
1.525V(1.34V~1.42V)
P4 2.8C(512KB)
1.475V(1.288V~1.369V)
P4 2.8C(512KB)
1.5V(1.313V~1.394V)
P4 2.8C(512KB)
1.525V(1.338V~1.419V)
P4 3.0C
1.475V
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(512KB) (1.265V~1.35V)
P4 3.0C(512KB)
1.5V(1.29V~1.375V)
1.75V 64.8A 81.9W 1.75V 64.8A 81.9W 1.75V 64.8A 81.9W 1.75V 65.4A 81.8W 1.75V 65.4A 81.8W 1.75V 65.4A 81.8W 1.75V 65.4A 81.8W 1.75V 67.4A 82W 1.75V 67.4A 82W 1.75V 67.4A 82W 1.75V 67.4A 82W 1.75V 71.6A 89W 1.75V 71.6A 89W 1.75V 71.6A 89W 1.75V 71.6A 89WMax. Core Amp.
W W W W W W W W W W W W W W W
70 C 70 C 70 C 69 C 69 C 69 C 69 C 70 C 70 C 70 C 70 C 68 C 68 C 68 C 68 CMax. Cover Temp.
P4 3.0C(512KB)
1.525V(1.315V~1.4V)
P4 3.0C(512KB)
1.55V(1.34V~1.425V)
P4 3.06G(512KB)
1.475V(1.265V~1.345V)
P4 3.06G(512KB)
1.5V(1.29V~1.37V)
P4 3.06G(512KB)
1.525V(1.315V~1.395V)
P4 3.06G(512KB)
1.55V(1.34V~1.425V)
P4 3.2C(512KB)
1.475V(1.26V~1.345V)
P4 3.2C(512KB)
1.5V(1.285V~1.37V)
P4 3.2C(512KB)
1.525V(1.31V~1.395V)
P4 3.2C(512KB)
1.55V(1.335V~1.42V)
P4 3.4C(512KB)
1.475V(1.28V~1.35V)
P4 3.4C(512KB)
1.5V(1.305V~1.375V)
P4 3.4C(512KB)
1.525V(1.33V~1.4V)
P4 3.4C(512KB)
1.55V(1.355V~1.425V) Core Voltage
Pentium 4 (Prescott) Socket 478 P4 2.26(1MB)
Vmax
Thermal Est. Max Design Power Power Diss.
1.4V(1.25V~1.4V)
1.55V ?A 1.55V ?A 1.55V ?A
?W ?W ?W
W W W
? C ? C ? CPgina 36 de 82
P4 2.4A(1MB)
1.4V(1.25V~1.4V)
P4 2.4E(1MB)
1.4V(1.25V~1.4V)
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensP4 2.8A(1MB)
1.4V(1.25V~1.4V)
1.55V 78A 1.55V 78A 1.55V 78A 1.55V 91A 1.55V 91AMax. Core Amp.
89W 89W 89W 103W 103W
W W W W W
69 C 69 C 69 C 73.2 C 73.2 CMax. Cover Temp.
P4 2.8E(1MB)
1.4V(1.25V~1.4V)
P4 3.0E(1MB)
1.4V(1.25V~1.4V)
P4 3.2E(1MB)
1.4V(1.25V~1.4V)
P4 3.4E(1MB)
1.4V(1.25V~1.4V) Core Voltage
Pentium 4 (Prescott) Socket T P4 505(2.66GHz - 1MB)
Vmax
Thermal Est. Max Design Power Power Diss.
1.4V(1.2V~1.425V)
1.55V ?A 1.55V ?A 1.55V ?A 1.55V ?A 1.55V ?A 1.55V ?A 1.55V ?A 1.55V 78A 1.55V 78A 1.55V 78A 1.55V 78A 1.55V 78A 1.55V 78A 1.55V 78A
?W ?W ?W ?W ?W ?W ?W 84W 84W 84W 84W 84W 84W 84W
W W W W W W W W W W W W W W
? C ? C ? C ? C ? C ? C ? C 67.7 C 67.7 C 67.7 C 67.7 C 67.7 C 67.7 C 67.7 CPgina 37 de 82
P4 505J(2.66GHz - 1MB)
1.4V(1.2V~1.425V)
P4 506(2.66GHz - 1MB)
1.4V(1.2V~1.425V)
P4 2.8A(2.8GHz - 1MB)
1.4V(1.2V~1.425V)
P4 515(2.93GHz - 1MB)
1.4V(1.2V~1.425V)
P4 515J(2.93GHz - 1MB)
1.4V(1.2V~1.425V)
P4 519(3.06GHz - 1MB)
1.4V(1.2V~1.425V)
P4 520(2.8GHz - 1MB)
1.4V(1.2V~1.425V)
P4 521(2.8GHz - 1MB)
1.4V(1.2V~1.425V)
P4 530(3.0GHz - 1MB)
1.4V(1.2V~1.425V)
P4 531(3.0GHz - 1MB)
1.4V(1.2V~1.425V)
P4 3.2F(1MB)
1.4V(1.2V~1.425V)
P4 540(3.2GHz - 1MB)
1.4V(1.2V~1.425V)
P4 541
1.4V
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(3.2GHz - 1MB) (1.2V~1.425V)
P4 3.4F(1MB)
1.4V(1.2V~1.425V)
1.55V 119A 115W 1.55V 78A 84W
W W W W W W W W W W
72.8 C 67.7 C 72.8 C 67.7 C 72.8 C 72.8 C 72.8 C 72.8 C 72.8 C 72.8 CMax. Cover Temp.
P4 550(3.4GHz - 1MB)
1.4V(1.2V~1.425V)
P4 550(3.4GHz - 1MB)
1.4V(1.2V~1.425V)
1.55V 119A 115W 1.55V 78A 84W
P4 551(3.4GHz - 1MB)
1.4V(1.2V~1.425V)
P4 3.6F(1MB)
1.4V(1.2V~1.425V)
1.55V 119A 115W 1.55V 119A 115W 1.55V 119A 115W 1.55V 119A 115W 1.55V 119A 115W 1.55V 119A 115WMax. Core Amp.
P4 560(3.6GHz - 1MB)
1.4V(1.2V~1.425V)
P4 561(3.6GHz - 1MB)
1.4V(1.2V~1.425V)
P4 3.8F(1MB)
1.4V(1.2V~1.425V)
P4 570J(3.8GHz - 1MB)
1.4V(1.2V~1.425V)
P4 571(3.8GHz - 1MB)
1.4V(1.2V~1.425V) Core Voltage
Pentium 4 (Prescott 2M) Socket T P4 630(3.0GHz - 2MB)
Vmax
Thermal Est. Max Design Power Power Diss.
1.4V(1.2V~1.4V)
1.55V 78A 1.55V 78A 1.55V 78A
84W 84W 84W
W W W W W W W
63.6 C 63.6 C 63.6 C 70.8 C 70.8 C 70.8 C 70.8 CMax. Cover Temp.
P4 640(3.2GHz - 2MB)
1.4V(1.2V~1.4V)
P4 650(3.4GHz - 2MB)
1.4V(1.2V~1.4V)
P4 660(3.6GHz - 2MB)
1.4V(1.2V~1.4V)
1.55V 119A 115W 1.55V 119A 115W 1.55V 119A 115W 1.55V 119A 115WVmax Max. Core Amp.
P4 662(3.6GHz - 2MB)
1.4V(1.2V~1.4V)
P4 670(3.8GHz - 2MB)
1.4V(1.2V~1.4V)
P4 672(3.8GHz - 2MB)
1.4V(1.2V~1.4V) Core Voltage
Pentium 4 (Cedar Mill)
Thermal Est. Max Design Power Power Diss.
Pgina 38 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensSocket T P4 631 P4 631(3.0GHz - 2MB)
?V ?V(1.2V~1.3375V)
(3.0GHz - 2MB - rev. D0) (1.2V~1.3375V)
1.55V 65A
65W
W W W W W W W
64.1 C 69.2 C 64.1 C 69.2 C 64.1 C 69.2 C 69.2 C
1.55V 100A 86W 1.55V 65A 65W
P4 641 P4 641(3.2GHz - 2MB)
?V ?V(1.2V~1.3375V)
(3.2GHz - 2MB - rev. D0) (1.2V~1.3375V)
1.55V 100A 86W 1.55V 65A 65W
P4 651 P4 651(3.4GHz - 2MB)
?V ?V(1.2V~1.3375V)
(3.4GHz - 2MB - rev. D0) (1.2V~1.3375V)
1.55V 100A 86W 1.55V 100A 86W
P4 661(3.6GHz - 2MB)
?V(1.2V~1.3375V)
Intel Pentium DPentium D (Smithfield) Socket T P-D 805(dual 2.66GHz - 2x 1MB) Core Voltage Vmax Max. Core Amp. Thermal Design Power Est. Max Power Diss. Max. Cover Temp.
1.4V(1.2V~1.4V)
1.55V 100A 95W 1.55V 100A 95W 1.55V 125A 130W 1.55V 125A 130WMax. Core Amp. Thermal Design Power
W W W WEst. Max Power Diss.
63 C 63 C 69.8 C 69.8 CMax. Cover Temp.
P-D 820(dual 2.8GHz - 2x 1MB)
1.4V(1.2V~1.4V)
P-D 830(dual 3.0GHz - 2x 1MB)
1.4V(1.2V~1.4V)
P-D 840(dual 3.2GHz - 2x 1MB)
1.4V(1.2V~1.4V) Core Voltage
Pentium D (Presler) Socket T P-D 915(dual 2.8GHz - 2x 2MB)
Vmax
1.4V(1.25V~1.4V)
1.55V 100A 95W 1.55V 100A 95W 1.55V 100A 95W 1.55V 125A 130W
W W W W
63.4 C 63.4 C 63.4 C 68.6
P-D 920(dual 2.8GHz - 2x 2MB)
1.4V(1.25V~1.4V)
P-D 930(dual 3.0GHz - 2x 2MB)
1.4V(1.25V~1.4V)
P-D 940
1.4V
Pgina 39 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(dual 3.2GHz - 2x 2MB) (1.25V~1.4V)
C 1.55V ?A 95W W 63.4 C 63.4 C 68.6 C 63.4 C 68.6 C
P-D 945(dual 3.4GHz - 2x 2MB - rev. C1)
?V(1.225V~1.312V)
P-D 945(dual 3.4GHz - 2x 2MB - rev. D0)
?V(1.225V~1.325V)
1.55V ?A
95W
W W W W
P-D 950(dual 3.4GHz - 2x 2MB)
1.4V(1.25V~1.4V)
1.55V 125A 130W 1.55V ?A 95W
P-D 960(dual 3.6GHz - 2x 2MB)
?V(1.225V~1.312V)
P-D 960(dual 3.6GHz - 2x 2MB - rev. D0)
1.3V(?V~?V)
1.55V 125A 130W
Intel Pentium 4 Extreme EditionPentium 4 EE (Gallatin) Socket 478 P4 EE 3.2G(512KB - 2MB L3) Core Voltage Vmax Max. Core Amp. Thermal Est. Max Design Power Power Diss. Max. Cover Temp.
1.475V(1.285V~1.34V)
1.75V 71.5A 92.1W 1.75V 71.5A 92.1W 1.75V 71.5A 92.1W 1.75V 71.5A 92.1W
W W W W
64 C 64 C 64 C 64 C 67 C 67 C 67 C 67 CMax. Cover Temp.
P4 EE 3.2G(512KB - 2MB L3)
1.5V(1.31V~1.365V)
P4 EE 3.2G(512KB - 2MB L3)
1.525V(1.335V~1.39V)
P4 EE 3.2G(512KB - 2MB L3)
1.55V(1.36V~1.415V)
P4 EE 3.4G(512KB - 2MB L3)
1.525V(1.325V~1.38V)
1.75V 77.7A 102.9W W 1.75V 77.7A 102.9W W 1.75V 77.7A 102.9W W 1.75V 77.7A 102.9W WMax. Core Amp. Thermal Est. Max Design Power Power Diss.
P4 EE 3.4G(512KB - 2MB L3)
1.55V(1.35V~1.405V)
P4 EE 3.4G(512KB - 2MB L3)
1.575V(1.375V~1.43V)
P4 EE 3.4G(512KB - 2MB L3)
1.6V(1.4V~1.455V) Core Voltage
Pentium 4 EE (Gallatin) Socket T P4 EE 3.4G(512KB - 2MB L3)
Vmax
1.6V(1.525V~1.6V)
1.75V 83.9A 109.6W W
66 CPgina 40 de 82
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensP4 EE 3.46G(512KB - 2MB L3)
1.6V(1.525V~1.6V) Core Voltage
1.75V 84.8A 110.7W WMax. Core Amp. Thermal Est. Max Design Power Power Diss.
66 CMax. Cover Temp.
Pentium 4 EE (Prescott 2M) Socket T P4 EE 3.73G(2MB)
Vmax
1.4V(1.2V~1.4V) Core Voltage
1.55V 119A 115WMax. Core Amp.
W
70.8 CMax. Cover Temp.
Pentium EE (Smithfield) Socket T Pentium EE 840(dual 3.2GHz - 2x 1MB)
Vmax
Thermal Est. Max Design Power Power Diss.
1.4V(1.2V~1.4V) Core Voltage
1.55V 125A 130WMax. Core Amp.
W
69.8 CMax. Cover Temp.
Pentium EE (Presler) Socket T Pentium EE 955 Pentium EE 965 P4/P4 EE Notes:
Vmax
Thermal Est. Max Design Power Power Diss.
1.4V 1.4V
(dual 3.46GHz - 2x 2MB) (1.2V~1.3375V) (dual 3.73GHz - 2x 2MB) (1.2V~1.3375V)
1.55V 125A 130W 1.55V 125A 130W
W W
68.6 C 68.6 C
Vmax is the maximum non-operating (failure) voltage.
Regarding the chip's wattage numbers, Intel states: "The [Thermal Design Power] numbers ... reflect Intel's recommended design point and are not indicative of the maximum power the processor can dissipate under worst case conditions." The Estimated Max Power Dissipation numbers are based on the fact that Intel estimates the power dissipation for various software applications and sets the Thermal Design Point as the upper limit for how far these applications might push the Pentium 4. Intel states: "Processor power dissipation simulations indicate a maximum application power in the range of 75% of the maximum power for a given frequency." So the Est Max Power Diss was calculated by dividing the TDP by 75%. However, it's unlikely the CPU will reach its maximum power dissipation since the processor will throttle down the CPU speed as it reaches past certain temperatures. And in the event of a catastrophic cooling failure (i.e. leaving off the heatsink), it would completely shut down the CPU. If the on-Die thermal probe reaches approximately 135 C (its catastrophic temperature), the CPU will automatically shut down and "the system bus signal THERMTRIP# will go active and stay active until the processor has cooled down and a RESET# has been initiated." The VR Down design guideline allows a Pentium 4 processor in the 478-pin package to decrease its voltage as amperage increases. The low wattage Pentium 4 Northwood chips are intended for small form factor systems and are limited to less than 45W maximum power output.Pgina 41 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensMax Cover Temp (Tc) for Prescott is approximated from the thermal profile given in the datasheet. Some of the Socket T chips have a PRB (platform requirement bit) set to indicate specific platform requirements (higher amperage and wattage).
Intel mobile Pentium 4M and Pentium 4mobile Pentium 4M (Northwood) mP4M 1.2(512KB) Core Voltage Vmax Max. Core Amp. Thermal Design Power Max. Die Temp.
1.2V(?V~?V)
1.75V 22.1A 20.8W 1.75V 26.3A 25.8W 1.75V 27.5A 26.9W 1.75V 28.7A 30W 1.75V 29.9A 30W 1.75V 31A 30W
100 C 100 C 100 C 100 C 100 C 100 C 100 C 100 C 100 C 100 C 100 C 100 CMax. Die Temp.
mP4M 1.4(512KB)
1.3V(?V~?V)
mP4M 1.5(512KB)
1.3V(?V~?V)
mP4M 1.6(512KB)
1.3V(?V~?V)
mP4M 1.7(512KB)
1.3V(?V~?V)
mP4M 1.8(512KB)
1.3V(?V~?V)
mP4M 1.9(512KB)
1.3V(?V~?V)
1.75V 32.2A 32W 1.75V 33.3A 32W 1.75V 34.5A 35W 1.75V 36.7A 35W 1.75V 37.7A 35W 1.75V 38.8A 35WVmax Max. Core Amp. Thermal Design Power
mP4M 2.0(512KB)
1.3V(?V~?V)
mP4M 2.2(512KB)
1.3V(?V~?V)
mP4M 2.4(512KB)
1.3V(?V~?V)
mP4M 2.5(512KB)
1.3V(?V~?V)
mP4M 2.6(512KB)
1.3V(?V~?V) Core Voltage
mobile Pentium 4 (Northwood) mP4 1.6(512KB)
1.2V(1.07V~1.14V)
1.75V 34.1A ?W 1.75V 50.7A 59.8W
? C 71 CPgina 42 de 82
mP4 2.4
1.475V
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(512KB) (1.3V~1.38V)
mP4 2.4(512KB)
1.5V(1.325V~1.405V)
1.75V 50.7A 59.8W 1.75V 50.7A 59.8W 1.75V 53.9A 66.1W 1.75V 53.9A 66.1W 1.75V 53.9A 66.1W 1.75V 55.9A 68.4W 1.75V 55.9A 68.4W 1.75V 55.9A 68.4W 1.75V 65.4A 70W 1.75V 65.4A 70W 1.75V 65.4A 70W 1.75V 65.4A 70W 1.75V 67.4A 76W 1.75V 67.4A 76W 1.75V 67.4A 76W 1.75V 67.4A 76WVmax Max. Core Amp. Thermal Design Power
71 C 71 C 74 C 74 C 74 C 75 C 75 C 75 C 74 C 74 C 74 C 74 C 72 C 72 C 72 C 72 CMax. Die Temp.
mP4 2.4(512KB)
1.525V(1.355V~1.43V)
mP4 2.66(512KB)
1.475V(1.295V~1.37V)
mP4 2.66(512KB)
1.5V(1.32V~1.395V)
mP4 2.66(512KB)
1.525V(1.345V~1.42V)
mP4 2.8(512KB)
1.475V(1.29V~1.37V)
mP4 2.8(512KB)
1.5V(1.315V~1.395V)
mP4 2.8(512KB)
1.525V(1.34V~1.42V)
mP4 3.06(512KB)
1.475V(1.265V~1.345V)
mP4 3.06(512KB)
1.5V(1.29V~1.37V)
mP4 3.06(512KB)
1.525V(1.315V~1.395V)
mP4 3.06(512KB)
1.55V(1.34V~1.425V)
mP4 3.2(512KB)
1.475V(1.26V~1.35V)
mP4 3.2(512KB)
1.5V(1.285V~1.37V)
mP4 3.2(512KB)
1.525V(1.31V~1.395V)
mP4 3.2(512KB)
1.55V(1.335V~1.42V) Core Voltage
mobile Pentium 4 (Prescott) mP4(1.86GHz - 1MB)
1.15V(?V~?V)
1.55V 44A 1.55V 80A
?W 88W
75 C 75 C
mP4 518(2.8GHz - 1MB)
?V(1.25V~1.4V)
Pgina 43 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensmP4 532(3.06GHz - 1MB)
?V(1.25V~1.4V)
1.55V 80A 1.55V 80A 1.55V 80A 1.55V 80A
88W 88W 88W 88W
75 C 75 C 75 C 75 C
mP4 538(3.2GHz - 1MB)
?V(1.25V~1.4V)
mP4 548(3.33GHz - 1MB)
?V(1.25V~1.4V)
mP4 552(3.46GHz - 1MB)
?V(1.25V~1.4V)
mobile P4 Notes:Vmax is the maximum non-operating (failure) voltage.
As Intel states in their docs, the P-4M voltages are simply targets. Vcc is a typical voltage with the minimum being defined by how much current is drawn at that voltage. Regarding the chip's wattage numbers, Intel states: "The [Thermal Design Power] numbers ... reflect Intel's recommended design point and are not indicative of the maximum power the processor can dissipate under worst case conditions." If the on-Die thermal probe reaches approximately 135 C (its catastrophic temperature), the CPU will automatically shut down and "the system bus signal THERMTRIP# will go active and stay active until the processor has cooled down and a RESET# has been initiated." The VR Down design guideline allows a Pentium 4 processor in the 478-pin package to decrease its voltage as amperage increases.
Intel CeleronCeleron (Willamette) Socket 478 Cel 1.7G(128KB) Core Voltage Vmax Max. Core Amp. Thermal Design Power Max. Cover Temp.
1.75V(1.565V~1.75V)
2.1V 2.1V
48.1A 63.5W 50.4A 66.1WMax. Core Amp. Thermal Design Power
76 C 77 CMax. Cover Temp.
Cel 1.8G(128KB)
1.75V(1.56V~1.75V) Core Voltage
Celeron (Northwood) Socket 478 Cel 2.0G(128KB)
Vmax
1.475V(1.315V~?V)
1.75V 43.8A 52.8W 1.75V 43.8A 52.8W
68 C 68 CPgina 44 de 82
Cel 2.0G(128KB)
1.5V(1.34V~?V)
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensCel 2.0G(128KB)
1.525V(1.37V~?V)
1.75V 43.8A 52.8W 1.75V 46.4A 55.5W 1.75V 46.4A 55.5W 1.75V 46.4A 55.5W 1.75V 47.9A 57.1W 1.75V 47.9A 57.1W 1.75V 47.9A 57.1W 1.75V 49.2A 58.3W 1.75V 49.2A 58.3W 1.75V 49.2A 58.3W 1.75V 50.7A 59.8W 1.75V 50.7A 59.8W 1.75V 50.7A 59.8W 1.75V 52A 1.75V 52A 1.75V 52A 61W 61W 61W
68 C 69 C 69 C 69 C 70 C 70 C 70 C 70 C 70 C 70 C 71 C 71 C 71 C 72 C 72 C 72 C 72 C 72 C 72 C 74 CPgina 45 de 82
Cel 2.1G(128KB)
1.475V(1.31V~?V)
Cel 2.1G(128KB)
1.5V(1.335V~?V)
Cel 2.1G(128KB)
1.525V(1.36V~?V)
Cel 2.2G(128KB)
1.475V(1.31V~?V)
Cel 2.2G(128KB)
1.5V(1.335V~?V)
Cel 2.2G(128KB)
1.525V(1.36V~?V)
Cel 2.3G(128KB)
1.475V(1.305V~?V)
Cel 2.3G(128KB)
1.5V(1.33V~?V)
Cel 2.3G(128KB)
1.525V(1.355V~?V)
Cel 2.4G(128KB)
1.475V(1.3V~?V)
Cel 2.4G(128KB)
1.5V(1.325V~?V)
Cel 2.4G(128KB)
1.525V(1.355V~?V)
Cel 2.5G(128KB)
1.475V(1.3V~?V)
Cel 2.5G(128KB)
1.5V(1.325V~?V)
Cel 2.5G(128KB)
1.525V(1.35V~?V)
Cel 2.6G(128KB)
1.475V(1.295V~?V)
1.75V 53.5A 62.6W 1.75V 53.5A 62.6W 1.75V 53.5A 62.6W 1.75V 54.5A 66.8W
Cel 2.6G(128KB)
1.5V(1.32V~?V)
Cel 2.6G(128KB)
1.525V(1.345V~?V)
Cel 2.7G(128KB)
1.475V(1.29V~?V)
CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensCel 2.7G(128KB)
1.5V(1.315V~?V)
1.75V 54.5A 66.8W 1.75V 54.5A 66.8W 1.75V 55.9A 68.4W 1.75V 55.9A 68.4W 1.75V 55.9A 68.4WMax. Core Amp. Thermal Design Power
74 C 74 C 75 C 75 C 75 CMax. Cover Temp.
Cel 2.7G(128KB)
1.525V(1.34V~?V)
Cel 2.8G(128KB)
1.475V(1.29V~?V)
Cel 2.8G(128KB)
1.5V(1.315V~?V)
Cel 2.8G(128KB)
1.525V(1.34V~?V) Core Voltage
Celeron D (Prescott) Socket 478 Cel D 310 Cel D 315 Cel D 320(2.4GHz - 256KB)
Vmax
1.4V 1.4V 1.4V(1.25V~1.4V)
(2.13GHz - 256KB) (1.25V~1.4V) (2.26GHz - 256KB) (1.25V~1.4V)
1.55V ?A 1.55V 73A 1.55V 73A 1.55V 73A 1.55V 73A 1.55V 73A 1.55V 73A 1.55V 73A 1.55V 73AMax. Core Amp.
73W 73W 73W 73W 73W 73W 73W 73W 73WThermal Design Power
67 C 67 C 67 C 67 C 67 C 67 C 67 C 67 C 67 CMax. Cover Temp.
Cel D 325 Cel D 330 Cel D 335(2.8GHz - 256KB)
1.4V 1.4V 1.4V(1.25V~1.4V)
(2.53GHz - 256KB) (1.25V~1.4V) (2.66GHz - 256KB) (1.25V~1.4V)
Cel D 340 Cel D 345 Cel D 350(3.2GHz - 256KB)
1.4V 1.4V 1.4V(1.25V~1.4V) Core Voltage
(2.93GHz - 256KB) (1.25V~1.4V) (3.06GHz - 256KB) (1.25V~1.4V)
Celeron D (Prescott) Socket T Cel D 325J Cel D 326 Cel D 330J
Vmax
1.4V 1.4V 1.4V
(2.53GHz - 256KB) (1.25V~1.4V) (2.53GHz - 256KB) (1.25V~1.4V) (2.66GHz - 256KB) (1.25V~1.4V)
1.55V 78A 1.55V 78A 1.55V 78A
84W 84W 84W
67 C 67 C 67 C
Pgina 46 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensCel D 331 Cel D 335J(2.8GHz - 256KB)
1.4V 1.4V(1.25V~1.4V)
(2.66GHz - 256KB) (1.25V~1.4V)
1.55V 78A 1.55V 78A 1.55V 78A 1.55V 78A 1.55V 78A 1.55V 78A 1.55V 78A 1.55V 78A 1.55V 78AMax. Core Amp.
84W 84W 84W 84W 84W 84W 84W 84W 84WThermal Design Power
67 C 67 C 67 C 67 C 67 C 67 C 67 C 67 C 67 CMax. Cover Temp.
Cel D 336(2.8GHz - 256KB)
1.4V(1.25V~1.4V)
Cel D 340J Cel D 341 Cel D 345J Cel D 346 Cel D 351(3.2GHz - 256KB)
1.4V 1.4V 1.4V 1.4V 1.4V(1.25V~1.4V)
(2.93GHz - 256KB) (1.25V~1.4V) (2.93GHz - 256KB) (1.25V~1.4V) (3.06GHz - 256KB) (1.25V~1.4V) (3.06GHz - 256KB) (1.25V~1.4V)
Cel D 355 Celeron D (Cedar Mill) Socket T Cel D 347 Cel D 352(3.2GHz - 512KB)
1.4V
(3.33GHz - 256KB) (1.25V~1.4V) Core Voltage
Vmax
1.3V 1.3V(1.25V~1.325V)
(3.06GHz - 512KB) (1.25V~1.325V)
1.55V 100A 86W 1.55V 100A 86W 1.55V 100A 86W 1.55V 65A 1.55V 65A 65W 65W
69.2 C 69.2 C 69.2 C 69.2 C 69.2 C
Cel D 356 Cel D 360 Cel D 365(3.6GHz - 512KB)
1.3V 1.3V 1.3V(1.25V~1.325V)
(3.33GHz - 512KB) (1.25V~1.325V) (3.46GHz - 512KB) (1.25V~1.325V)
Celeron Notes:Vmax is the maximum non-operating (failure) voltage.
Regarding the chip's wattage numbers, Intel states: "The [Thermal Design Power] numbers ... reflect Intel's recommended design point and are not indicative of the maximum power the processor can dissipate under worst case conditions." If the on-Die thermal probe reaches approximately 135 C (its catastrophic temperature), the CPU will automatically shut down and "the system bus signal THERMTRIP# will go active and stay active until the processor has cooled down and a RESET# has been initiated."Pgina 47 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensThe VR Down design guideline allows a Pentium 4 processor in the 478-pin package to decrease its voltage as amperage increases.
Intel mobile Celeron and Celeron-Mmobile Celeron (Northwood) mCel 1.4G(256KB) Core Voltage Vmax Max. Core Amp. Thermal Design Power Max. Cover Temp.
1.3V(?V~1.3V)
1.75V 26.3A 30W 1.75V 27.5A 30W 1.75V 28.7A 30W 1.75V 29.9A 30W 1.75V 31A 30W
100 C 100 C 100 C 100 C 100 C 100 C 100 C 100 C 100 CMax. Cover Temp.
mCel 1.5G(256KB)
1.3V(?V~1.3V)
mCel 1.6G(256KB)
1.3V(?V~1.3V)
mCel 1.7G(256KB)
1.3V(?V~1.3V)
mCel 1.8G(256KB)
1.3V(?V~1.3V)
mCel 2.0G(256KB)
1.3V(?V~1.3V)
1.75V 33.3A 32W 1.75V 34.5A 35W 1.75V 36.7A 35W 1.75V 37.7A 35WVmax Max. Core Amp. Thermal Design Power
mCel 2.2G(256KB)
1.3V(?V~1.3V)
mCel 2.4G(256KB)
1.3V(?V~1.3V)
mCel 2.5G(256KB)
1.3V(?V~1.3V) Core Voltage
mobile Celeron M (Northwood) mCel M 800(512KB)
1.004V(?V~?V)
1.75V 7.4A 1.75V 8A 1.75V 21A 1.75V 21A 1.75V 21AVmax Max.
7W 7W 24.5W 24.5W 24.5WThermal
100 C 100 C 100 C 100 C 100 CMax.
mCel M 900(512KB)
1.004V(?V~?V)
mCel M 1.2G(512KB)
1.356V(?V~?V)
mCel M 1.3G(512KB)
1.356V(?V~?V)
mCel M 1.4G(512KB)
1.356V(?V~?V) Core
mobile Celeron M
Pgina 48 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & Voltagens(Dothan)Voltage Core Amp. Design Power Cover Temp.
mCel M 353 ULV 0.94V(900MHz - 512KB) (1GHz - 512KB) (1GHz - 512KB) (?V~?V) (?V~?V) (?V~?V)
1.6V 1.6V 1.6V 1.6V 1.6V 1.6V 1.6V 1.6V 1.6V 1.6V
7A 7A 7A 21A 21A 21A 21A 21A 21A 21A
5W 5.5W 5.5W 21W 21W 21W 21W 21W 21W 27W
100 C 100 C 100 C 100 C 100 C 100 C 100 C 100 C 100 C 100 C
mCel M 373 ULV 0.94V mCel M 383 ULV 0.94V mCel M 350(1.3GHz - 512KB)
1.26V(?V~?V)
mCel M 350J(1.3GHz - 512KB)
?V(1.004V~1.292V)
mCel M 360(1.4GHz - 512KB)
1.26V(?V~?V)
mCel M 360J(1.4GHz - 512KB)
?V(1.004V~1.292V)
mCel M 370(1.5GHz - 512KB)
?V(1.004V~1.292V)
mCel M 380(1.6GHz - 512KB)
?V(1.004V~1.292V)
mCel M 390(1.7GHz - 512KB)
?V(1.004V~1.292V)
mobile Celeron Notes:Vmax is the maximum non-operating (failure) voltage.
Regarding the chip's wattage numbers, Intel states: "The [Thermal Design Power] numbers ... reflect Intel's recommended design point and are not indicative of the maximum power the processor can dissipate under worst case conditions." If the on-Die thermal probe reaches approximately 125 C (its catastrophic temperature), the CPU will automatically shut down and "the system bus signal THERMTRIP# will go active and stay active until the processor has cooled down and a RESET# has been initiated." The VR Down design guideline allows a Pentium 4 processor in the 478-pin package to decrease its voltage as amperage increases.
Intel CeleronCeleron (Conroe-L) Socket 775Core Voltage Vmax Max. Thermal Core Design Amp. Power Max. Cover Temp.
Pgina 49 de 82CRDITOS - AUTORIA: copiado do site http://users.erols.com COMPILAO, DIAGRAMAO, FORMATAO: Marcelo Souza, [email protected] , Belo Horizonte/MG
TABELA GERAL DE PROCESSADORES Temperaturas & VoltagensCel D 420(1.6GHz - 512KB)
?V(1.0V~1.3375V)
1.55V 35A 35W 1.55V 35A 35W 1.55V 35A 35W 1.55V 35A 35WMax. Thermal Core Design Amp. Power
60.4 C 60.4 C 60.4 C 60.4 CMax. Cover Temp.
Cel D 430(1.8GHz - 512KB)
?V(1.0V~1.3375V)
Cel D 440(2.0GHz - 512KB)
?V(1.0V~1.3375V)
Cel D 450(2.2GHz - 512KB)
?V(1.0V~1.3375V) Core Voltage
Celeron (Conroe) Socket 775 Cel E1200 Cel E1400 Cel E1500
Vmax
1.2V 1.2V 1.2V
(dual 1.6GHz - 512KB) (0.85V~1.5V) (dual 2.0GHz - 512KB) (0.85V~1.5V) (dual 2.2GHz - 512KB) (0.85V~1.5V)
1.55V 75A 65W 1.55V 75A 65W 1.55V 75A 65W
73.3 C 73.3 C 73.3 C
Intel PentiumPentium (Conroe) Socket 775 Pentium E2140 Pentium E2160 Pentium E2180 Pentium E2200 Pentium E2220 Pentium (Wolfdale) Socket 775 Pentium E5200 Pentium E5300 Pentium E5400 ?V ?V ?VCore Voltage Vmax Max. Thermal Core Design Amp. Power Max. Cover Temp.
1.2V 1.2V 1.2V 1.2V 1.2V
(dua