welcomejzh

Intel CPU 功耗大全

Intel

Intel Pentium 4
Pentium 4 (Willamette) Socket 423	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P4 1.3G (256KB)	1.7V (1.56V~1.7V)	2.1V	38.1A	48.9W	65.2W	69° C
P4 1.3G (256KB)	1.75V (1.605V~1.75V)	2.1V	39.8A	51.6W	68.8W	70° C
P4 1.4G (256KB)	1.7V (1.56V~1.7V)	2.1V	40.6A	51.8W	69.1W	70° C
P4 1.4G (256KB)	1.75V (1.6V~1.75V)	2.1V	42.2A	54.7W	72.9W	72° C
P4 1.5G (256KB)	1.7V (1.555V~1.7V)	2.1V	43A	54.7W	72.9W	72° C
P4 1.5G (256KB)	1.75V (1.595V~1.75V)	2.1V	45A	57.8W	77.1W	73° C
P4 1.6G (256KB)	1.75V (1.590V~1.75V)	2.1V	47.7A	61W	81.3W	75° C
P4 1.7G (256KB)	1.75V (1.580V~1.75V)	2.1V	50.2A	64W	85.3W	76° C
P4 1.8G (256KB)	1.75V (1.575V~1.75V)	2.1V	50.6A	66.7W	88.9W	78° C
P4 1.9G (256KB)	1.75V (1.570V~1.75V)	2.1V	52.7A	69.2W	92.3W	73° C
P4 2.0G (256KB)	1.75V (1.560V~1.75V)	2.1V	55A	71.8W	95.7W	74° C
Pentium 4 (Willamette) Socket 478	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P4 1.4G (256KB)	1.75V (1.585V~1.75V)	2.1V	41.3A	55.3W	73.7W	72° C
P4 1.5G (256KB)	1.75V (1.580V~1.75V)	2.1V	43.5A	57.9W	77.2W	73° C
P4 1.6G (256KB)	1.75V (1.570V~1.75V)	2.1V	45.9A	60.8W	81.1W	75° C
P4 1.7G (256KB)	1.75V (1.565V~1.75V)	2.1V	48.1A	63.5W	84.7W	76° C
P4 1.8G (256KB)	1.75V (1.560V~1.75V)	2.1V	50.4A	66.1W	88.1W	77° C
P4 1.9G (256KB)	1.75V (1.545V~1.75V)	2.1V	55.2A	72.8W	97.1W	75° C
P4 2.0G (256KB)	1.75V (1.540V~1.75V)	2.1V	57.4A	75.3W	100.4W	76° C
Pentium 4 (Northwood) Socket 478	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P4 1.6A (512KB - low watt)	1.5V (1.37V~1.5V)	1.75V	32.8A	38.7W	W	67° C
P4 1.8A (512KB - low watt)	1.5V (1.365V~1.5V)	1.75V	35.7A	41.6W	W	68° C
P4 2.0A (512KB - low watt)	1.5V (1.355V~1.5V)	1.75V	38.6A	44.6W	W	70° C
P4 1.6A (512KB)	1.5V (?V~1.5V)	1.75V	?A	46.8W	W	66° C
P4 1.8A (512KB)	1.5V (?V~1.5V)	1.75V	?A	49.6W	W	67° C
P4 2.0A (512KB)	1.475V (1.315V~1.39V)	1.75V	45.1A	54.3W	W	69° C
P4 2.0A (512KB)	1.5V (1.34V~1.415V)	1.75V	44.3A	52.4W	W	68° C
P4 2.0A (512KB)	1.525V (1.365V~1.44V)	1.75V	45.1A	54.3W	W	69° C
P4 2.2G (512KB)	1.475V (1.31V~1.385V)	1.75V	47.9A	57.1W	W	70° C
P4 2.2G (512KB)	1.5V (1.335V~1.41V)	1.75V	47.1A	55.1W	W	69° C
P4 2.2G (512KB)	1.525V (1.36V~1.435V)	1.75V	47.9A	57.1W	W	70° C
P4 2.26G (512KB)	1.475V (1.305V~1.38V)	1.75V	48.6A	58W	W	70° C
P4 2.26G (512KB)	1.5V (1.33V~1.405V)	1.75V	48A	56W	W	70° C
P4 2.26G (512KB)	1.525V (1.355V~1.435V)	1.75V	48.6A	58W	W	70° C
P4 2.4G (512KB)	1.475V (1.3V~1.38V)	1.75V	50.7A	59.8W	W	71° C
P4 2.4G (512KB)	1.5V (1.33V~1.405V)	1.75V	49.8A	57.8W	W	70° C
P4 2.4G (512KB)	1.525V (1.35V~1.43V)	1.75V	50.7A	59.8W	W	71° C
P4 2.4B (512KB)	1.475V (1.3V~1.38V)	1.75V	50.7A	59.8W	W	71° C
P4 2.4B (512KB)	1.5V (1.33V~1.405V)	1.75V	49.8A	57.8W	W	70° C
P4 2.4B (512KB)	1.525V (1.35V~1.43V)	1.75V	50.7A	59.8W	W	71° C
P4 2.4C (512KB)	1.475V (1.295V~1.375V)	1.75V	52.4A	66.2W	W	74° C
P4 2.4C (512KB)	1.5V (1.32V~1.395V)	1.75V	52.4A	66.2W	W	74° C
P4 2.4C (512KB)	1.525V (1.345V~1.42V)	1.75V	52.4A	66.2W	W	74° C
P4 2.5G (512KB)	1.475V (1.3V~1.375V)	1.75V	52A	61W	W	72° C
P4 2.5G (512KB)	1.5V (1.325V~1.4V)	1.75V	51.3A	59.3W	W	71° C
P4 2.5G (512KB)	1.525V (1.35V~1.43V)	1.75V	52A	61W	W	72° C
P4 2.53G (512KB)	1.475V (1.295V~1.325V)	1.75V	52.5A	61.5W	W	72° C
P4 2.53G (512KB)	1.5V (1.325V~1.4V)	1.75V	51.5A	59.3W	W	71° C
P4 2.53G (512KB)	1.525V (1.345V~1.43V)	1.75V	52.5A	61.5W	W	72° C
P4 2.6G (512KB)	1.475V (1.295V~1.37V)	1.75V	53.5A	62.6W	W	72° C
P4 2.6G (512KB)	1.5V (1.32V~1.4V)	1.75V	53.5A	62.6W	W	72° C
P4 2.6G (512KB)	1.525V (1.345V~1.425V)	1.75V	53.5A	62.6W	W	72° C
P4 2.6C (512KB)	1.475V (1.29V~1.37V)	1.75V	55A	69W	W	75° C
P4 2.6C (512KB)	1.5V (1.315V~1.395V)	1.75V	55A	69W	W	75° C
P4 2.6C (512KB)	1.525V (1.34V~1.42V)	1.75V	55A	69W	W	75° C
P4 2.67G (512KB)	1.475V (1.295V~1.345V)	1.75V	53.9A	66.1W	W	74° C
P4 2.67G (512KB)	1.5V (1.32V~1.395V)	1.75V	53.9A	66.1W	W	74° C
P4 2.67G (512KB)	1.525V (1.345V~1.42V)	1.75V	53.9A	66.1W	W	74° C
P4 2.8G (512KB)	1.475V (1.29V~1.37V)	1.75V	55.9A	68.4W	W	75° C
P4 2.8G (512KB)	1.5V (1.315V~1.395V)	1.75V	55.9A	68.4W	W	75° C
P4 2.8G (512KB)	1.525V (1.34V~1.42V)	1.75V	55.9A	68.4W	W	75° C
P4 2.8C (512KB)	1.475V (1.288V~1.369V)	1.75V	55.9A	69.7W	W	75° C
P4 2.8C (512KB)	1.5V (1.313V~1.394V)	1.75V	55.9A	69.7W	W	75° C
P4 2.8C (512KB)	1.525V (1.338V~1.419V)	1.75V	55.9A	69.7W	W	75° C
P4 3.0C (512KB)	1.475V (1.265V~1.35V)	1.75V	64.8A	81.9W	W	70° C
P4 3.0C (512KB)	1.5V (1.29V~1.375V)	1.75V	64.8A	81.9W	W	70° C
P4 3.0C (512KB)	1.525V (1.315V~1.4V)	1.75V	64.8A	81.9W	W	70° C
P4 3.0C (512KB)	1.55V (1.34V~1.425V)	1.75V	64.8A	81.9W	W	70° C
P4 3.06G (512KB)	1.475V (1.265V~1.345V)	1.75V	65.4A	81.8W	W	69° C
P4 3.06G (512KB)	1.5V (1.29V~1.37V)	1.75V	65.4A	81.8W	W	69° C
P4 3.06G (512KB)	1.525V (1.315V~1.395V)	1.75V	65.4A	81.8W	W	69° C
P4 3.06G (512KB)	1.55V (1.34V~1.425V)	1.75V	65.4A	81.8W	W	69° C
P4 3.2C (512KB)	1.475V (1.26V~1.345V)	1.75V	67.4A	82W	W	70° C
P4 3.2C (512KB)	1.5V (1.285V~1.37V)	1.75V	67.4A	82W	W	70° C
P4 3.2C (512KB)	1.525V (1.31V~1.395V)	1.75V	67.4A	82W	W	70° C
P4 3.2C (512KB)	1.55V (1.335V~1.42V)	1.75V	67.4A	82W	W	70° C
P4 3.4C (512KB)	1.475V (1.28V~1.35V)	1.75V	71.6A	89W	W	68° C
P4 3.4C (512KB)	1.5V (1.305V~1.375V)	1.75V	71.6A	89W	W	68° C
P4 3.4C (512KB)	1.525V (1.33V~1.4V)	1.75V	71.6A	89W	W	68° C
P4 3.4C (512KB)	1.55V (1.355V~1.425V)	1.75V	71.6A	89W	W	68° C
Pentium 4 (Prescott) Socket 478	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P4 2.26 (1MB)	1.4V (1.25V~1.4V)	1.55V	?A	?W	W	?° C
P4 2.4A (1MB)	1.4V (1.25V~1.4V)	1.55V	?A	?W	W	?° C
P4 2.4E (1MB)	1.4V (1.25V~1.4V)	1.55V	?A	?W	W	?° C
P4 2.8A (1MB)	1.4V (1.25V~1.4V)	1.55V	78A	89W	W	69° C
P4 2.8E (1MB)	1.4V (1.25V~1.4V)	1.55V	78A	89W	W	69° C
P4 3.0E (1MB)	1.4V (1.25V~1.4V)	1.55V	78A	89W	W	69° C
P4 3.2E (1MB)	1.4V (1.25V~1.4V)	1.55V	91A	103W	W	73.2° C
P4 3.4E (1MB)	1.4V (1.25V~1.4V)	1.55V	91A	103W	W	73.2° C
Pentium 4 (Prescott) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P4 505 (2.66GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	?A	?W	W	?° C
P4 505J (2.66GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	?A	?W	W	?° C
P4 506 (2.66GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	?A	?W	W	?° C
P4 2.8A (2.8GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	?A	?W	W	?° C
P4 515 (2.93GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	?A	?W	W	?° C
P4 515J (2.93GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	?A	?W	W	?° C
P4 519 (3.06GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	?A	?W	W	?° C
P4 520 (2.8GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	78A	84W	W	67.7° C
P4 521 (2.8GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	78A	84W	W	67.7° C
P4 530 (3.0GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	78A	84W	W	67.7° C
P4 531 (3.0GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	78A	84W	W	67.7° C
P4 3.2F (1MB)	1.4V (1.2V~1.425V)	1.55V	78A	84W	W	67.7° C
P4 540 (3.2GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	78A	84W	W	67.7° C
P4 541 (3.2GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	78A	84W	W	67.7° C
P4 3.4F (1MB)	1.4V (1.2V~1.425V)	1.55V	119A	115W	W	72.8° C
P4 550 (3.4GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	78A	84W	W	67.7° C
P4 550 (3.4GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	119A	115W	W	72.8° C
P4 551 (3.4GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	78A	84W	W	67.7° C
P4 3.6F (1MB)	1.4V (1.2V~1.425V)	1.55V	119A	115W	W	72.8° C
P4 560 (3.6GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	119A	115W	W	72.8° C
P4 561 (3.6GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	119A	115W	W	72.8° C
P4 3.8F (1MB)	1.4V (1.2V~1.425V)	1.55V	119A	115W	W	72.8° C
P4 570J (3.8GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	119A	115W	W	72.8° C
P4 571 (3.8GHz - 1MB)	1.4V (1.2V~1.425V)	1.55V	119A	115W	W	72.8° C
Pentium 4 (Prescott 2M) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P4 630 (3.0GHz - 2MB)	1.4V (1.2V~1.4V)	1.55V	78A	84W	W	63.6° C
P4 640 (3.2GHz - 2MB)	1.4V (1.2V~1.4V)	1.55V	78A	84W	W	63.6° C
P4 650 (3.4GHz - 2MB)	1.4V (1.2V~1.4V)	1.55V	78A	84W	W	63.6° C
P4 660 (3.6GHz - 2MB)	1.4V (1.2V~1.4V)	1.55V	119A	115W	W	70.8° C
P4 662 (3.6GHz - 2MB)	1.4V (1.2V~1.4V)	1.55V	119A	115W	W	70.8° C
P4 670 (3.8GHz - 2MB)	1.4V (1.2V~1.4V)	1.55V	119A	115W	W	70.8° C
P4 672 (3.8GHz - 2MB)	1.4V (1.2V~1.4V)	1.55V	119A	115W	W	70.8° C
Pentium 4 (Cedar Mill) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P4 631 (3.0GHz - 2MB - rev. D0)	?V (1.2V~1.3375V)	1.55V	65A	65W	W	64.1° C
P4 631 (3.0GHz - 2MB)	?V (1.2V~1.3375V)	1.55V	100A	86W	W	69.2° C
P4 641 (3.2GHz - 2MB - rev. D0)	?V (1.2V~1.3375V)	1.55V	65A	65W	W	64.1° C
P4 641 (3.2GHz - 2MB)	?V (1.2V~1.3375V)	1.55V	100A	86W	W	69.2° C
P4 651 (3.4GHz - 2MB - rev. D0)	?V (1.2V~1.3375V)	1.55V	65A	65W	W	64.1° C
P4 651 (3.4GHz - 2MB)	?V (1.2V~1.3375V)	1.55V	100A	86W	W	69.2° C
P4 661 (3.6GHz - 2MB)	?V (1.2V~1.3375V)	1.55V	100A	86W	W	69.2° C

Intel Pentium D
Pentium D (Smithfield) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P-D 805 (dual 2.66GHz - 2x 1MB)	1.4V (1.2V~1.4V)	1.55V	100A	95W	W	63° C
P-D 820 (dual 2.8GHz - 2x 1MB)	1.4V (1.2V~1.4V)	1.55V	100A	95W	W	63° C
P-D 830 (dual 3.0GHz - 2x 1MB)	1.4V (1.2V~1.4V)	1.55V	125A	130W	W	69.8° C
P-D 840 (dual 3.2GHz - 2x 1MB)	1.4V (1.2V~1.4V)	1.55V	125A	130W	W	69.8° C
Pentium D (Presler) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P-D 915 (dual 2.8GHz - 2x 2MB)	1.4V (1.25V~1.4V)	1.55V	100A	95W	W	63.4° C
P-D 920 (dual 2.8GHz - 2x 2MB)	1.4V (1.25V~1.4V)	1.55V	100A	95W	W	63.4° C
P-D 930 (dual 3.0GHz - 2x 2MB)	1.4V (1.25V~1.4V)	1.55V	100A	95W	W	63.4° C
P-D 940 (dual 3.2GHz - 2x 2MB)	1.4V (1.25V~1.4V)	1.55V	125A	130W	W	68.6° C
P-D 945 (dual 3.4GHz - 2x 2MB - rev. C1)	?V (1.225V~1.312V)	1.55V	?A	95W	W	63.4° C
P-D 945 (dual 3.4GHz - 2x 2MB - rev. D0)	?V (1.225V~1.325V)	1.55V	?A	95W	W	63.4° C
P-D 950 (dual 3.4GHz - 2x 2MB)	1.4V (1.25V~1.4V)	1.55V	125A	130W	W	68.6° C
P-D 960 (dual 3.6GHz - 2x 2MB)	?V (1.225V~1.312V)	1.55V	?A	95W	W	63.4° C
P-D 960 (dual 3.6GHz - 2x 2MB - rev. D0)	1.3V (?V~?V)	1.55V	125A	130W	W	68.6° C

Intel Pentium 4 Extreme Edition
Pentium 4 EE (Gallatin) Socket 478	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P4 EE 3.2G (512KB - 2MB L3)	1.475V (1.285V~1.34V)	1.75V	71.5A	92.1W	W	64° C
P4 EE 3.2G (512KB - 2MB L3)	1.5V (1.31V~1.365V)	1.75V	71.5A	92.1W	W	64° C
P4 EE 3.2G (512KB - 2MB L3)	1.525V (1.335V~1.39V)	1.75V	71.5A	92.1W	W	64° C
P4 EE 3.2G (512KB - 2MB L3)	1.55V (1.36V~1.415V)	1.75V	71.5A	92.1W	W	64° C
P4 EE 3.4G (512KB - 2MB L3)	1.525V (1.325V~1.38V)	1.75V	77.7A	102.9W	W	67° C
P4 EE 3.4G (512KB - 2MB L3)	1.55V (1.35V~1.405V)	1.75V	77.7A	102.9W	W	67° C
P4 EE 3.4G (512KB - 2MB L3)	1.575V (1.375V~1.43V)	1.75V	77.7A	102.9W	W	67° C
P4 EE 3.4G (512KB - 2MB L3)	1.6V (1.4V~1.455V)	1.75V	77.7A	102.9W	W	67° C
Pentium 4 EE (Gallatin) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P4 EE 3.4G (512KB - 2MB L3)	1.6V (1.525V~1.6V)	1.75V	83.9A	109.6W	W	66° C
P4 EE 3.46G (512KB - 2MB L3)	1.6V (1.525V~1.6V)	1.75V	84.8A	110.7W	W	66° C
Pentium 4 EE (Prescott 2M) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
P4 EE 3.73G (2MB)	1.4V (1.2V~1.4V)	1.55V	119A	115W	W	70.8° C
Pentium EE (Smithfield) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
Pentium EE 840 (dual 3.2GHz - 2x 1MB)	1.4V (1.2V~1.4V)	1.55V	125A	130W	W	69.8° C
Pentium EE (Presler) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Est. Max Power Diss.	Max. Cover Temp.
Pentium EE 955 (dual 3.46GHz - 2x 2MB)	1.4V (1.2V~1.3375V)	1.55V	125A	130W	W	68.6° C
Pentium EE 965 (dual 3.73GHz - 2x 2MB)	1.4V (1.2V~1.3375V)	1.55V	125A	130W	W	68.6° C

P4/P4 EE 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."
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.
Max 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 4
mobile Pentium 4M (Northwood)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Die Temp.
mP4M 1.2 (512KB)	1.2V (?V~?V)	1.75V	22.1A	20.8W	100° C
mP4M 1.4 (512KB)	1.3V (?V~?V)	1.75V	26.3A	25.8W	100° C
mP4M 1.5 (512KB)	1.3V (?V~?V)	1.75V	27.5A	26.9W	100° C
mP4M 1.6 (512KB)	1.3V (?V~?V)	1.75V	28.7A	30W	100° C
mP4M 1.7 (512KB)	1.3V (?V~?V)	1.75V	29.9A	30W	100° C
mP4M 1.8 (512KB)	1.3V (?V~?V)	1.75V	31A	30W	100° C
mP4M 1.9 (512KB)	1.3V (?V~?V)	1.75V	32.2A	32W	100° C
mP4M 2.0 (512KB)	1.3V (?V~?V)	1.75V	33.3A	32W	100° C
mP4M 2.2 (512KB)	1.3V (?V~?V)	1.75V	34.5A	35W	100° C
mP4M 2.4 (512KB)	1.3V (?V~?V)	1.75V	36.7A	35W	100° C
mP4M 2.5 (512KB)	1.3V (?V~?V)	1.75V	37.7A	35W	100° C
mP4M 2.6 (512KB)	1.3V (?V~?V)	1.75V	38.8A	35W	100° C
mobile Pentium 4 (Northwood)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Die Temp.
mP4 1.6 (512KB)	1.2V (1.07V~1.14V)	1.75V	34.1A	?W	?° C
mP4 2.4 (512KB)	1.475V (1.3V~1.38V)	1.75V	50.7A	59.8W	71° C
mP4 2.4 (512KB)	1.5V (1.325V~1.405V)	1.75V	50.7A	59.8W	71° C
mP4 2.4 (512KB)	1.525V (1.355V~1.43V)	1.75V	50.7A	59.8W	71° C
mP4 2.66 (512KB)	1.475V (1.295V~1.37V)	1.75V	53.9A	66.1W	74° C
mP4 2.66 (512KB)	1.5V (1.32V~1.395V)	1.75V	53.9A	66.1W	74° C
mP4 2.66 (512KB)	1.525V (1.345V~1.42V)	1.75V	53.9A	66.1W	74° C
mP4 2.8 (512KB)	1.475V (1.29V~1.37V)	1.75V	55.9A	68.4W	75° C
mP4 2.8 (512KB)	1.5V (1.315V~1.395V)	1.75V	55.9A	68.4W	75° C
mP4 2.8 (512KB)	1.525V (1.34V~1.42V)	1.75V	55.9A	68.4W	75° C
mP4 3.06 (512KB)	1.475V (1.265V~1.345V)	1.75V	65.4A	70W	74° C
mP4 3.06 (512KB)	1.5V (1.29V~1.37V)	1.75V	65.4A	70W	74° C
mP4 3.06 (512KB)	1.525V (1.315V~1.395V)	1.75V	65.4A	70W	74° C
mP4 3.06 (512KB)	1.55V (1.34V~1.425V)	1.75V	65.4A	70W	74° C
mP4 3.2 (512KB)	1.475V (1.26V~1.35V)	1.75V	67.4A	76W	72° C
mP4 3.2 (512KB)	1.5V (1.285V~1.37V)	1.75V	67.4A	76W	72° C
mP4 3.2 (512KB)	1.525V (1.31V~1.395V)	1.75V	67.4A	76W	72° C
mP4 3.2 (512KB)	1.55V (1.335V~1.42V)	1.75V	67.4A	76W	72° C
mobile Pentium 4 (Prescott)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Die Temp.
mP4 (1.86GHz - 1MB)	1.15V (?V~?V)	1.55V	44A	?W	75° C
mP4 518 (2.8GHz - 1MB)	?V (1.25V~1.4V)	1.55V	80A	88W	75° C
mP4 532 (3.06GHz - 1MB)	?V (1.25V~1.4V)	1.55V	80A	88W	75° C
mP4 538 (3.2GHz - 1MB)	?V (1.25V~1.4V)	1.55V	80A	88W	75° C
mP4 548 (3.33GHz - 1MB)	?V (1.25V~1.4V)	1.55V	80A	88W	75° C
mP4 552 (3.46GHz - 1MB)	?V (1.25V~1.4V)	1.55V	80A	88W	75° C

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 Celeron
Celeron (Willamette) Socket 478	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Cel 1.7G (128KB)	1.75V (1.565V~1.75V)	2.1V	48.1A	63.5W	76° C
Cel 1.8G (128KB)	1.75V (1.56V~1.75V)	2.1V	50.4A	66.1W	77° C
Celeron (Northwood) Socket 478	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Cel 2.0G (128KB)	1.475V (1.315V~?V)	1.75V	43.8A	52.8W	68° C
Cel 2.0G (128KB)	1.5V (1.34V~?V)	1.75V	43.8A	52.8W	68° C
Cel 2.0G (128KB)	1.525V (1.37V~?V)	1.75V	43.8A	52.8W	68° C
Cel 2.1G (128KB)	1.475V (1.31V~?V)	1.75V	46.4A	55.5W	69° C
Cel 2.1G (128KB)	1.5V (1.335V~?V)	1.75V	46.4A	55.5W	69° C
Cel 2.1G (128KB)	1.525V (1.36V~?V)	1.75V	46.4A	55.5W	69° C
Cel 2.2G (128KB)	1.475V (1.31V~?V)	1.75V	47.9A	57.1W	70° C
Cel 2.2G (128KB)	1.5V (1.335V~?V)	1.75V	47.9A	57.1W	70° C
Cel 2.2G (128KB)	1.525V (1.36V~?V)	1.75V	47.9A	57.1W	70° C
Cel 2.3G (128KB)	1.475V (1.305V~?V)	1.75V	49.2A	58.3W	70° C
Cel 2.3G (128KB)	1.5V (1.33V~?V)	1.75V	49.2A	58.3W	70° C
Cel 2.3G (128KB)	1.525V (1.355V~?V)	1.75V	49.2A	58.3W	70° C
Cel 2.4G (128KB)	1.475V (1.3V~?V)	1.75V	50.7A	59.8W	71° C
Cel 2.4G (128KB)	1.5V (1.325V~?V)	1.75V	50.7A	59.8W	71° C
Cel 2.4G (128KB)	1.525V (1.355V~?V)	1.75V	50.7A	59.8W	71° C
Cel 2.5G (128KB)	1.475V (1.3V~?V)	1.75V	52A	61W	72° C
Cel 2.5G (128KB)	1.5V (1.325V~?V)	1.75V	52A	61W	72° C
Cel 2.5G (128KB)	1.525V (1.35V~?V)	1.75V	52A	61W	72° C
Cel 2.6G (128KB)	1.475V (1.295V~?V)	1.75V	53.5A	62.6W	72° C
Cel 2.6G (128KB)	1.5V (1.32V~?V)	1.75V	53.5A	62.6W	72° C
Cel 2.6G (128KB)	1.525V (1.345V~?V)	1.75V	53.5A	62.6W	72° C
Cel 2.7G (128KB)	1.475V (1.29V~?V)	1.75V	54.5A	66.8W	74° C
Cel 2.7G (128KB)	1.5V (1.315V~?V)	1.75V	54.5A	66.8W	74° C
Cel 2.7G (128KB)	1.525V (1.34V~?V)	1.75V	54.5A	66.8W	74° C
Cel 2.8G (128KB)	1.475V (1.29V~?V)	1.75V	55.9A	68.4W	75° C
Cel 2.8G (128KB)	1.5V (1.315V~?V)	1.75V	55.9A	68.4W	75° C
Cel 2.8G (128KB)	1.525V (1.34V~?V)	1.75V	55.9A	68.4W	75° C
Celeron D (Prescott) Socket 478	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Cel D 310 (2.13GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	?A	73W	67° C
Cel D 315 (2.26GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	73A	73W	67° C
Cel D 320 (2.4GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	73A	73W	67° C
Cel D 325 (2.53GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	73A	73W	67° C
Cel D 330 (2.66GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	73A	73W	67° C
Cel D 335 (2.8GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	73A	73W	67° C
Cel D 340 (2.93GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	73A	73W	67° C
Cel D 345 (3.06GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	73A	73W	67° C
Cel D 350 (3.2GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	73A	73W	67° C
Celeron D (Prescott) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Cel D 325J (2.53GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 326 (2.53GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 330J (2.66GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 331 (2.66GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 335J (2.8GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 336 (2.8GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 340J (2.93GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 341 (2.93GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 345J (3.06GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 346 (3.06GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 351 (3.2GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Cel D 355 (3.33GHz - 256KB)	1.4V (1.25V~1.4V)	1.55V	78A	84W	67° C
Celeron D (Cedar Mill) Socket T	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Cel D 347 (3.06GHz - 512KB)	1.3V (1.25V~1.325V)	1.55V	100A	86W	69.2° C
Cel D 352 (3.2GHz - 512KB)	1.3V (1.25V~1.325V)	1.55V	100A	86W	69.2° C
Cel D 356 (3.33GHz - 512KB)	1.3V (1.25V~1.325V)	1.55V	100A	86W	69.2° C
Cel D 360 (3.46GHz - 512KB)	1.3V (1.25V~1.325V)	1.55V	65A	65W	69.2° C
Cel D 365 (3.6GHz - 512KB)	1.3V (1.25V~1.325V)	1.55V	65A	65W	69.2° C

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."
The 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-M
mobile Celeron (Northwood)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCel 1.4G (256KB)	1.3V (?V~1.3V)	1.75V	26.3A	30W	100° C
mCel 1.5G (256KB)	1.3V (?V~1.3V)	1.75V	27.5A	30W	100° C
mCel 1.6G (256KB)	1.3V (?V~1.3V)	1.75V	28.7A	30W	100° C
mCel 1.7G (256KB)	1.3V (?V~1.3V)	1.75V	29.9A	30W	100° C
mCel 1.8G (256KB)	1.3V (?V~1.3V)	1.75V	31A	30W	100° C
mCel 2.0G (256KB)	1.3V (?V~1.3V)	1.75V	33.3A	32W	100° C
mCel 2.2G (256KB)	1.3V (?V~1.3V)	1.75V	34.5A	35W	100° C
mCel 2.4G (256KB)	1.3V (?V~1.3V)	1.75V	36.7A	35W	100° C
mCel 2.5G (256KB)	1.3V (?V~1.3V)	1.75V	37.7A	35W	100° C
mobile Celeron M (Northwood)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCel M 800 (512KB)	1.004V (?V~?V)	1.75V	7.4A	7W	100° C
mCel M 900 (512KB)	1.004V (?V~?V)	1.75V	8A	7W	100° C
mCel M 1.2G (512KB)	1.356V (?V~?V)	1.75V	21A	24.5W	100° C
mCel M 1.3G (512KB)	1.356V (?V~?V)	1.75V	21A	24.5W	100° C
mCel M 1.4G (512KB)	1.356V (?V~?V)	1.75V	21A	24.5W	100° C
mobile Celeron M (Dothan)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCel M 353 ULV (900MHz - 512KB)	0.94V (?V~?V)	1.6V	7A	5W	100° C
mCel M 373 ULV (1GHz - 512KB)	0.94V (?V~?V)	1.6V	7A	5.5W	100° C
mCel M 383 ULV (1GHz - 512KB)	0.94V (?V~?V)	1.6V	7A	5.5W	100° C
mCel M 350 (1.3GHz - 512KB)	1.26V (?V~?V)	1.6V	21A	21W	100° C
mCel M 350J (1.3GHz - 512KB)	?V (1.004V~1.292V)	1.6V	21A	21W	100° C
mCel M 360 (1.4GHz - 512KB)	1.26V (?V~?V)	1.6V	21A	21W	100° C
mCel M 360J (1.4GHz - 512KB)	?V (1.004V~1.292V)	1.6V	21A	21W	100° C
mCel M 370 (1.5GHz - 512KB)	?V (1.004V~1.292V)	1.6V	21A	21W	100° C
mCel M 380 (1.6GHz - 512KB)	?V (1.004V~1.292V)	1.6V	21A	21W	100° C
mCel M 390 (1.7GHz - 512KB)	?V (1.004V~1.292V)	1.6V	21A	27W	100° C

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 Celeron
Celeron (Conroe-L) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Cel D 420 (1.6GHz - 512KB)	?V (1.0V~1.3375V)	1.55V	35A	35W	60.4° C
Cel D 430 (1.8GHz - 512KB)	?V (1.0V~1.3375V)	1.55V	35A	35W	60.4° C
Cel D 440 (2.0GHz - 512KB)	?V (1.0V~1.3375V)	1.55V	35A	35W	60.4° C
Cel D 450 (2.2GHz - 512KB)	?V (1.0V~1.3375V)	1.55V	35A	35W	60.4° C
Celeron (Conroe) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Cel E1200 (dual 1.6GHz - 512KB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	73.3° C
Cel E1400 (dual 2.0GHz - 512KB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	73.3° C
Cel E1500 (dual 2.2GHz - 512KB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	73.3° C
Cel E1600 (dual 2.4GHz - 512KB)	1.2V (0.962V~1.275V)	1.55V	?A	65W	73.3° C
Celeron (Wolfdale) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Cel E3200 (dual 2.4GHz - 1MB)	?V (0.85V~1.3625V)	?V	?A	65W	74.1° C
Cel E3400 (dual 2.5GHz - 1MB)	?V (0.85V~1.3625V)	?V	?A	65W	74.1° C

Intel Pentium
Pentium (Conroe) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Pentium E2140 (dual 1.6GHz - 1MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	61.4° C
Pentium E2160 (dual 1.8GHz - 1MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	61.4° C
Pentium E2180 (dual 2.0GHz - 1MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	61.4° C
Pentium E2200 (dual 2.2GHz - 1MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	61.4° C
Pentium E2220 (dual 2.4GHz - 1MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	61.4° C
Pentium (Wolfdale) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Pentium E2210 (dual 2.4GHz - 1MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	74.1° C
Pentium (Wolfdale) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Pentium E5200 (dual 2.5GHz - 2MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	74.1° C
Pentium E5300 (dual 2.6GHz - 2MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	74.1° C
Pentium E5400 (dual 2.7GHz - 2MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	74.1° C
Pentium E6300 (dual 2.8/266 - 2MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	74.1° C
Pentium E6500 (dual 2.93/266 - 2MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	74.1° C

Intel Core 2 Duo
Core 2 Duo (Allendale) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Core 2 Duo E4300 (dual 1.8GHz - 2MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	61.4° C
Core 2 Duo E4400 (dual 2.0GHz - 2MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	61.4° C
Core 2 Duo E4500 (dual 2.2GHz - 2MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	73.3° C
Core 2 Duo E4600 (dual 2.4GHz - 2MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	73.3° C
Core 2 Duo E4700 (dual 2.6GHz - 2MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	73.3° C
Core 2 Duo (Conroe) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Core 2 Duo E6300 (dual 1.86GHz - 2MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	61.4° C
Core 2 Duo E6320 (dual 1.86GHz - 4MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	60.1° C
Core 2 Duo E6400 (dual 2.13GHz - 2MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	61.4° C
Core 2 Duo E6420 (dual 2.13GHz - 4MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	60.1° C
Core 2 Duo E6540 (dual 2.33GHz - 4MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	60.1° C
Core 2 Duo E6550 (dual 2.33GHz - 4MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	60.1° C
Core 2 Duo E6600 (dual 2.4GHz - 4MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	60.1° C
Core 2 Duo E6700 (dual 2.66GHz - 4MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	60.1° C
Core 2 Duo E6750 (dual 2.66GHz - 4MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	60.1° C
Core 2 Duo E6850 (dual 3.0GHz - 4MB)	1.2V (0.85V~1.5V)	1.55V	75A	65W	60.1° C
Core 2 Duo (Wolfdale) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Core 2 Duo E7200 (dual 2.53GHz - 3MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C
Core 2 Duo E7300 (dual 2.66GHz - 3MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C
Core 2 Duo E7400 (dual 2.8GHz - 3MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C
Core 2 Duo E7500 (dual 2.93GHz - 3MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C
Core 2 Duo E7600 (dual 3.06GHz - 3MB)	?V (0.85V~1.3625V)	1.45V	?A	65W	74.1° C
Core 2 Duo E8190 (dual 2.66GHz - 6MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C
Core 2 Duo E8200 (dual 2.66GHz - 6MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C
Core 2 Duo E8300 (dual 2.83GHz - 6MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C
Core 2 Duo E8400 (dual 3.0GHz - 6MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C
Core 2 Duo E8500 (dual 3.16GHz - 6MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C
Core 2 Duo E8600 (dual 3.33GHz - 6MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C
Core 2 Duo E8700 (dual 3.5GHz - 6MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	72.4° C

Intel Core 2 Extreme
Core 2 Extreme (Conroe) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Core 2 Extreme X6800 (dual 2.93GHz - 4MB)	1.2V (0.85V~1.5V)	1.55V	90A	75W	60.4° C
Core 2 Extreme (Kentsfield) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Core 2 Quad Q6600 (quad 2.4GHz - 2x4MB - 6-F-B)	?V (0.85V~1.5V)	1.55V	115A	95W	71° C
Core 2 Quad Q6600 (quad 2.4GHz - 2x4MB - 6-F-7)	?V (0.85V~1.5V)	1.55V	115A	105W	62.2° C
Core 2 Quad Q6700 (quad 2.66GHz - 2x4MB)	?V (0.85V~1.5V)	1.55V	115A	95W	71° C
Core 2 Extreme QX6700 (quad 2.66GHz - 2x4MB)	?V (0.85V~1.5V)	1.55V	125A	130W	64.5° C
Core 2 Extreme QX6800 (quad 2.93GHz - 2x4MB)	?V (0.85V~1.5V)	1.55V	155A	130W	54.8° C
Core 2 Extreme QX6800 (quad 2.93GHz - 2x4MB - 6-5-B)	?V (0.85V~1.5V)	1.55V	125A	130W	54.8° C
Core 2 Extreme QX6850 (quad 3.0GHz - 2x4MB)	?V (0.85V~1.5V)	1.55V	125A	130W	64.5° C
Core 2 Extreme (Yorkfield) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Core 2 Quad Q8200 (quad 2.33GHz - 2x2MB)	?V (?V~?V)	1.45V	100A	95W	71.4° C
Core 2 Quad Q8200S (quad 2.33GHz - 2x2MB)	?V (?V~?V)	1.45V	100A	65W	76.3° C
Core 2 Quad Q8300 (quad 2.5GHz - 2x2MB)	?V (?V~?V)	1.45V	100A	95W	71.4° C
Core 2 Quad Q8400 (quad 2.66GHz - 2x2MB)	?V (0.85V~1.3625V)	1.45V	100A	95W	71.4° C
Core 2 Quad Q8400S (quad 2.66GHz - 2x2MB)	?V (0.85V~1.3625V)	1.45V	?A	65W	76.3° C
Core 2 Quad Q9300 (quad 2.5GHz - 2x3MB)	?V (?V~?V)	1.45V	100A	95W	71.4° C
Core 2 Quad Q9400 (quad 2.66GHz - 2x3MB)	?V (?V~?V)	1.45V	100A	95W	71.4° C
Core 2 Quad Q9400S (quad 2.66GHz - 2x3MB)	?V (?V~?V)	1.45V	100A	65W	76.3° C
Core 2 Quad Q9450 (quad 2.66GHz - 2x6MB)	?V (?V~?V)	1.45V	100A	95W	71.4° C
Core 2 Quad Q9505 (quad 2.83GHz - 2x3MB)	?V (0.85V~1.3625V)	?V	?A	95W	71.4° C
Core 2 Quad Q9505S (quad 2.83GHz - 2x3MB)	?V (0.85V~1.3625V)	?V	?A	65W	76.3° C
Core 2 Quad Q9550 (quad 2.83GHz - 2x6MB)	?V (?V~?V)	1.45V	100A	95W	71.4° C
Core 2 Quad Q9550S (quad 2.83GHz - 2x6MB)	?V (?V~?V)	1.45V	100A	65W	76.3° C
Core 2 Quad Q9650 (quad 3.0GHz - 2x6MB)	?V (?V~?V)	1.45V	100A	95W	71.4° C
Core 2 Extreme QX9650 (quad 3.0GHz - 2x6MB)	?V (0.85V~1.3625V)	1.45V	125A	130W	64.5° C
Core 2 Extreme QX9770 (quad 3.2GHz - 2x6MB)	?V (0.85V~1.3625V)	1.45V	140A	136W	55.5° C
Core 2 Extreme (Harpertown) Socket 771	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Core 2 Extreme QX9775 (quad 3.2GHz - 2x6MB)	?V (0.85V~1.35V)	1.35V	150A	150W	63° C

Core 2 Notes:

Vmax is the maximum non-operating (failure) voltage.
Intel states: "Thermal Design Power (TDP) should be used for processor thermal design targets. TDP is not the maximum power that the processor can dissipate."

Intel Core i5/i7
Core i5 (Lynnfield) Socket 1156	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Core i5 750 (quad 2.66GHz - 4x 256KB - 8MB L3)	?V (0.65V~1.4V)	?V	110A	95W	?° C
Core i5 860 (quad 2.8GHz - 4x 256KB - 8MB L3)	?V (0.65V~1.4V)	?V	110A	95W	?° C
Core i5 870 (quad 2.93GHz - 4x 256KB - 8MB L3)	?V (0.65V~1.4V)	?V	110A	95W	?° C
Core i7 (Bloomfield) Socket 1366	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Core i7 920 (quad 2.66GHz - 4x 256KB - 8MB L3)	?V (0.8V~1.375V)	1.55V	145A	130W	67.9° C
Core i7 940 (quad 2.93GHz - 4x 256KB - 8MB L3)	?V (0.8V~1.375V)	1.55V	145A	130W	67.9° C
Core i7 950 (quad 3.06GHz - 4x 256KB - 8MB L3)	?V (0.8V~1.225V)	1.55V	145A	130W	67.9° C
Core i7 960 (quad 3.2GHz - 4x 256KB - 8MB L3)	?V (0.8V~1.375V)	1.55V	145A	130W	67.9° C

Intel Core i7 Extreme
Core i7 Extreme (Bloomfield) Socket 1366	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
Core i7 965 Extreme (quad 3.2GHz - 4x 256KB - 8MB L3)	?V (0.8V~1.375V)	1.55V	145A	130W	67.9° C
Core i7 975 Extreme (quad 3.33GHz - 4x 256KB - 8MB L3)	?V (0.8V~1.225V)	1.55V	145A	130W	67.9° C

Core i7 Notes:

Intel mobile Core Solo
mobile Core Solo (Yonah)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore Solo ULV (800MHz - 2MB)	?V (0.85V~1.1V)	1.6V	6.4A	5W	100° C
mCore Solo ULV 1300 (1.06GHz - 2MB)	?V (0.85V~1.1V)	1.6V	8A	5.5W	100° C
mCore Solo ULV 1400 (1.2GHz - 2MB)	?V (0.85V~1.1V)	1.6V	8A	5.5W	100° C
mCore Solo ULV 1500 (1.33GHz - 2MB)	?V (0.85V~1.1V)	1.6V	8A	5.5W	100° C
mCore Solo T (1.0GHz - 2MB)	?V (0.7625V~1.3V)	1.6V	15.5A	13.1W	100° C
mCore Solo T1300 (1.66GHz - 2MB)	1.2V (1.1625V~1.3V)	1.6V	34A	27W	100° C
mCore Solo T1400 (1.83GHz - 2MB)	1.2V (1.1625V~1.3V)	1.6V	34A	27W	100° C

Intel mobile Core Duo
mobile Core Duo (Yonah2)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore Duo ULV (dual 800MHz - 2MB)	?V (0.8V~1.0V)	1.6V	10.5A	7.5W	100° C
mCore Duo ULV U2400 (dual 1.06GHz - 2MB)	1.2V (0.85V~1.1V)	1.6V	13.9A	9W	100° C
mCore Duo ULV U2500 (dual 1.2GHz - 2MB)	1.2V (0.85V~1.1V)	1.6V	13.9A	9W	100° C
mCore Duo LV (dual 1.0GHz - 2MB)	?V (0.7625V~1.0V)	1.6V	15.5A	13.1W	100° C
mCore Duo LV L2300 (dual 1.5GHz - 2MB)	1.2V (1.0V~1.2125V)	1.6V	19A	15W	100° C
mCore Duo LV L2400 (dual 1.66GHz - 2MB)	1.2V (1.0V~1.2125V)	1.6V	19A	15W	100° C
mCore Duo LV L2500 (dual 1.83GHz - 2MB)	1.2V (1.0V~1.2125V)	1.6V	19A	15W	100° C
mCore Duo T (dual 1.0GHz - 2MB)	?V (0.7625V~1.0V)	1.6V	15.5A	13.1W	100° C
mCore Duo T2050 (dual 1.6GHz - 2MB)	?V (0.7625V~1.3V)	1.6V	?A	31W	?° C
mCore Duo T2250 (dual 1.73GHz - 2MB)	?V (0.7625V~1.3V)	1.6V	?A	31W	?° C
mCore Duo T2300E (dual 1.66GHz - 2MB)	1.2V (1.1625V~1.3V)	1.6V	34A	31W	100° C
mCore Duo T2300 (dual 1.66GHz - 2MB)	1.2V (1.1625V~1.3V)	1.6V	34A	31W	100° C
mCore Duo T2350 (dual 1.86GHz - 2MB)	?V (0.95V~1.262V)	1.6V	?A	31W	?° C
mCore Duo T2400 (dual 1.83GHz - 2MB)	1.2V (1.1625V~1.3V)	1.6V	34A	31W	100° C
mCore Duo T2450 (dual 2.0GHz - 2MB)	?V (0.95V~1.262V)	1.6V	?A	31W	?° C
mCore Duo T2500 (dual 2.0GHz - 2MB)	1.2V (1.1625V~1.3V)	1.6V	34A	31W	100° C
mCore Duo T2600 (dual 2.16GHz - 2MB)	1.2V (1.1625V~1.3V)	1.6V	34A	31W	100° C
mCore Duo T2700 (dual 2.33GHz - 2MB)	1.2V (1.1625V~1.3V)	1.6V	34A	31W	100° C

Intel mobile Core 2 Duo
mobile Core 2 Solo (Montevina)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Solo SU3300 (1.2GHz - 3MB)	?V (0.775V~1.1V)	1.45V	9A	5.5W	100° C
mCore 2 Solo SU3500 (1.3GHz - 3MB)	?V (1.05V~1.15V)	1.45V	?A	6W	?° C
mobile Pentium (Conroe)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mPentium T2060 (dual 1.6GHz - 2x 512KB)	1.2V (1V~1.3V)	1.6V	36A	31W	100° C
mPentium T2080 (dual 1.73GHz - 2x 512KB)	1.2V (1V~1.3V)	1.6V	36A	31W	100° C
mPentium T2130 (dual 1.86GHz - 2x 512KB)	1.2V (1V~1.3V)	1.6V	36A	31W	100° C
mobile Core 2 Duo (Merom)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Duo U (dual 800MHz - 2x 1MB)	1.2V (0.75V~0.95V)	1.55V	13.8A	9.2W	100° C
mCore 2 Duo U7500 (dual 1.06GHz - 2x 1MB)	1.2V (0.8V~0.975V)	1.55V	16A	10W	100° C
mCore 2 Duo U7600 (dual 1.2GHz - 2x 1MB)	1.2V (0.8V~0.975V)	1.55V	16A	10W	100° C
mCore 2 Duo U7700 (dual 1.33GHz - 2x 1MB)	1.2V (0.8V~0.975V)	1.55V	16A	10W	100° C
mCore 2 Duo L (dual 800MHz - 2x 2MB)	1.2V (0.75V~0.95V)	1.55V	14.2A	10W	100° C
mCore 2 Duo L (dual 1.0GHz - 2x 2MB)	1.2V (0.9V~1.1V)	1.55V	19.7A	15.1W	100° C
mCore 2 Duo L (dual 1.2GHz - 2x 2MB)	1.2V (0.9V~1.05V)	1.55V	21A	16W	100° C
mCore 2 Duo L7200 (dual 1.33/166 - 2x 2MB)	1.2V (0.9V~1.1V)	1.55V	23A	17W	100° C
mCore 2 Duo L7300 (dual 1.4GHz - 2x 2MB)	1.2V (0.9V~1.3V)	1.55V	23A	17W	100° C
mCore 2 Duo L7400 (dual 1.5/166 - 2x 2MB)	1.2V (0.9V~1.1V)	1.55V	23A	17W	100° C
mCore 2 Duo L7500 (dual 1.6GHz - 2x 2MB)	1.2V (0.9V~1.3V)	1.55V	23A	17W	100° C
mCore 2 Duo L7700 (dual 1.8GHz - 2x 2MB)	1.2V (0.9V~1.3V)	1.55V	23A	17W	100° C
mCore 2 Duo T (dual 1.0GHz - 2x 1MB)	1.2V (1.0375V~1.3V)	1.55V	27.3A	20W	100° C
mCore 2 Duo T5200 (dual 1.6/133 - 2x 1MB)	?V (1.075V~1.175V)	1.55V	44A	34W	85° C
mCore 2 Duo T5250 (dual 1.5/166 - 2x 1MB)	?V (1.075V~1.275V)	1.55V	44A	34W	85° C
mCore 2 Duo T5270 (dual 1.4GHz - 2x 1MB)	?V (1.075V~1.25V)	1.55V	44A	34W	100° C
mCore 2 Duo T5300 (dual 1.73/133 - 2x 1MB)	?V (?V~?V)	1.55V	44A	34W	100° C
mCore 2 Duo T5450 (dual 1.6/166 - 2x 1MB)	?V (1.075V~1.25V)	1.55V	44A	34W	85° C
mCore 2 Duo T5470 (dual 1.6GHz - 2x 1MB)	?V (1.075V~1.25V)	1.55V	44A	34W	100° C
mCore 2 Duo T5500 (dual 1.66/166 - 2x 1MB)	1.2V (1.0375V~1.3V)	1.55V	44A	34W	100° C
mCore 2 Duo T5550 (dual 1.83/166 - 2x 1MB)	?V (1.075V~1.25V)	1.55V	?A	35W	85° C
mCore 2 Duo T5600 (dual 1.83GHz - 2x 1MB)	1.2V (1.0375V~1.3V)	1.55V	44A	34W	100° C
mCore 2 Duo T5750 (dual 2.0/166 - 2x 1MB)	?V (1.075V~1.175V)	1.55V	?A	35W	?° C
mCore 2 Duo T5800 (dual 2.0/200 - 2x 1MB)	?V (1.075V~1.175V)	1.55V	?A	35W	?° C
mCore 2 Duo T (dual 800MHz - 2x 2MB)	1.2V (0.75V~0.95V)	1.55V	25.5A	12W	100° C
mCore 2 Duo T (dual 1.2GHz - 2x 2MB)	1.2V (0.85V~1.05V)	1.55V	30.1A	25W	100° C
mCore 2 Duo T7100 (dual 1.8GHz - 2x 1MB)	1.2V (1.0375V~1.35V)	1.55V	41A	35W	100° C
mCore 2 Duo T7200 (dual 2.0/166 - 2x 2MB)	1.2V (1.0375V~1.3V)	1.55V	44A	34W	100° C
mCore 2 Duo T7250 (dual 2.0GHz - 2x 1MB)	1.2V (1.0375V~1.3V)	1.55V	44A	34W	100° C
mCore 2 Duo T7300 (dual 2.0GHz - 2x 2MB)	1.2V (1.0375V~1.35V)	1.55V	41A	35W	100° C
mCore 2 Duo T7400 (dual 2.16GHz - 2x 2MB)	1.2V (1.0375V~1.3V)	1.55V	44A	34W	100° C
mCore 2 Duo T7500 (dual 2.2GHz - 2x 2MB)	1.2V (1.0375V~1.35V)	1.55V	41A	35W	100° C
mCore 2 Duo T7600 (dual 2.33/166 - 2x 2MB)	1.2V (1.0375V~1.3V)	1.55V	44A	34W	100° C
mCore 2 Duo T7700 (dual 2.4GHz - 2x 2MB)	1.2V (1.0375V~1.35V)	1.55V	41A	35W	100° C
mCore 2 Duo T7800 (dual 2.6GHz - 2x 2MB)	1.2V (1.0375V~1.35V)	1.55V	41A	35W	100° C
mobile Core 2 Duo (Penryn)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Duo T (dual 800MHz - 2x 1.5MB)	1.2V (1V~1.25V)	1.45V	22.4A	12W	105° C
mCore 2 Duo T (dual 1.2GHz - 2x 1.5MB)	1.2V (1V~1.25V)	1.45V	28.6A	22W	105° C
mCore 2 Duo T8100 (dual 2.1GHz - 2x 1.5MB)	1.2V (1V~1.25V)	1.45V	44A	35W	105° C
mCore 2 Duo T8300 (dual 2.4GHz - 2x 1.5MB)	1.2V (1V~1.25V)	1.45V	44A	35W	105° C
mCore 2 Duo T9300 (dual 2.5GHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	44A	35W	105° C
mCore 2 Duo T9400 (dual 2.53GHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	47A	35W	105° C
mCore 2 Duo T9500 (dual 2.6GHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	44A	35W	105° C
mobile Core 2 Duo (Montevina)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Duo SU9300 (dual 1.2GHz - 2x 1.5MB)	?V (0.8V~1.1625V)	1.45V	18A	10W	105° C
mCore 2 Duo SU9400 (dual 1.4GHz - 2x 1.5MB)	?V (0.8V~1.1625V)	1.45V	18A	10W	105° C
mCore 2 Duo SU9600 (dual 1.6GHz - 2x 1.5MB)	?V (1.05V~1.15V)	1.45V	?A	10W	105° C
mobile Core 2 Duo (Montevina)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Duo SL9300 (dual 1.6GHz - 2x 3MB)	?V (0.9V~1.25V)	1.45V	27A	17W	105° C
mCore 2 Duo SL9400 (dual 1.86GHz - 2x 3MB)	?V (0.9V~1.25V)	1.45V	27A	17W	105° C
mCore 2 Duo SL9600 (dual 2.13GHz - 2x 3MB)	?V (1.05V~1.15V)	1.45V	?A	17W	105° C
mobile Core 2 Duo (Montevina)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Duo SP9300 (dual 2.26GHz - 2x 3MB)	?V (0.9V~1.275V)	1.45V	37A	17W	105° C
mCore 2 Duo SP9400 (dual 2.4GHz - 2x 3MB)	?V (0.9V~1.275V)	1.45V	37A	17W	105° C
mCore 2 Duo SP9600 (dual 2.53MHz - 2x 3MB)	?V (1.05V~1.15V)	1.45V	?A	25W	105° C
mobile Core 2 Duo (Montevina)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Duo T (dual 800MHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	22.4A	12W	105° C
mCore 2 Duo T (dual 1.6GHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	31.4A	22W	105° C
mCore 2 Duo T9400 (dual 2.53GHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	47A	35W	105° C
mCore 2 Duo T9550 (dual 2.66GHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	47A	35W	105° C
mCore 2 Duo T9600 (dual 2.8GHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	47A	35W	105° C
mCore 2 Duo T9800 (dual 2.93GHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	47A	35W	105° C
mCore 2 Duo T9900 (dual 3.06GHz - 2x 3MB)	1.2V (1.05V~1.2125V)	?V	47A	35W	105° C
mobile Core 2 Duo (Montevina)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Duo P (dual 800MHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	17.5A	?W	105° C
mCore 2 Duo P (dual 1.6GHz - 2x 3MB)	1.2V (1V~1.25V)	1.45V	27.7A	?W	105° C
mCore 2 Duo P8400 (2.26GHz - 2x 1.5MB)	1.2V (0.85V~1.25V)	1.45V	38A	25W	105° C
mCore 2 Duo P8600 (2.4GHz - 2x 1.5MB)	1.2V (0.85V~1.25V)	1.45V	38A	25W	105° C
mCore 2 Duo P8700 (2.53GHz - 2x 1.5MB)	1.2V (0.85V~1.25V)	1.45V	38A	25W	105° C
mCore 2 Duo P8800 (2.66GHz - 2x 1.5MB)	1.2V (1V~1.25V)	1.45V	?A	25W	105° C
mCore 2 Duo P9500 (2.53GHz - 2x 3MB)	1.2V (0.85V~1.25V)	1.45V	38A	25W	105° C
mCore 2 Duo P9600 (2.66GHz - 2x 3MB)	1.2V (0.85V~1.25V)	1.45V	38A	25W	105° C
mCore 2 Duo P9700 (2.8GHz - 2x 3MB)	?V (1.012V~1.175V)	1.45V	?A	28W	105° C

Intel mobile Core 2 Extreme
mobile Core 2 Extreme (Merom)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Extreme X7800 (2.6GHz - 2x 2MB)	?V (?V~?V)	?V	?A	44W	?° C
mCore 2 Extreme X7900 (2.8GHz - 2x 2MB)	?V (1.1V~1.375V)	?V	?A	44W	?° C
mobile Core 2 Extreme (Penryn)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Extreme (dual 0.8GHz - 2x 3MB)	1.2V (1V~1.275V)	1.45V	26A	22W	105° C
mCore 2 Extreme (dual 1.2GHz - 2x 3MB)	1.2V (1V~1.275V)	1.45V	34A	29W	105° C
mCore 2 Extreme (dual 1.6GHz - 2x 3MB)	1.2V (1V~1.275V)	1.45V	34A	29W	105° C
mCore 2 Extreme X9000 (dual 2.8GHz - 2x 3MB)	1.2V (1V~1.275V)	1.45V	57A	35W	105° C
mobile Core 2 Extreme (Montevina)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Extreme X9100 (dual 3.06GHz - 2x 3MB)	1.2V (1V~1.275V)	1.45V	59A	44W	105° C
mobile Core 2 Quad ( ? )	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Quad Q9000 (2.0GHz - 4x 1.5MB)	?V (0.9V~1.25V)	?V	64A	45W	100° C
mCore 2 Quad Q9100 (2.26GHz - 4x 3MB)	?V (0.9V~1.25V)	?V	64A	45W	100° C
mobile Core 2 Extreme ( ? )	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 Extreme QX9300 (2.53GHz - 4x 3MB)	?V (0.9V~1.25V)	?V	64A	45W	100° C

mobile Core 2 Notes:

THERMTRIP activates at 125C.

Intel mobile Core i7
mobile Core i7 (Clarksfield)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCore 2 i7 720QM (quad 1.6GHz - 6MB)	?V (?V~?V)	?V	?A	45W	100° C
mCore 2 i7 820QM (quad 1.73GHz - 8MB)	?V (?V~?V)	?V	?A	45W	100° C
mCore 2 i7 920XM Extreme (quad 2.0GHz - 8MB)	?V (?V~?V)	?V	?A	55W	100° C

mobile Core i7 Notes:

Intel mobile Celeron-M for 945
mobile Celeron M (Yonah)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCel M 423 ULV (1.06GHz - 1MB)	1.2V (0.85V~1.1V)	1.6V	8.2A	5.5W	100° C
mCel M 426 ULV (1.06GHz - 1MB)	1.2V (0.85V~1.1V)	1.6V	8.2A	5.5W	100° C
mCel M 443 ULV (1.2GHz - 1MB)	1.2V (0.85V~1.1V)	1.6V	8.2A	5.5W	100° C
mCel M 410 (1.46GHz - 1MB)	1.2V (1V~1.3V)	1.6V	29A	27W	100° C
mCel M 420 (1.6GHz - 1MB)	1.2V (1V~1.3V)	1.6V	29A	27W	100° C
mCel M 430 (1.73GHz - 1MB)	1.2V (1V~1.3V)	1.6V	29A	27W	100° C
mCel M 440 (1.86GHz - 1MB)	1.2V (1V~1.3V)	1.6V	29A	27W	100° C
mCel M 450 (2.0GHz - 1MB)	1.2V (1V~1.3V)	1.6V	29A	27W	100° C
mobile Celeron M (Yonah)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCel M 520-fused (1.6GHz - 1MB - 6-F-6)	1.15V (0.95V~1.3V)	1.55V	34.5A	30W	100° C
mCel M 520 (1.6GHz - 1MB)	1.15V (0.95V~1.3V)	1.55V	34.5A	26W	100° C
mCel M 530-fused (1.73GHz - 1MB - 6-F-6)	1.15V (0.95V~1.3V)	1.55V	34.5A	30W	100° C
mCel M 530 (1.73GHz - 1MB)	1.15V (0.95V~1.3V)	1.55V	34.5A	26W	100° C

Intel mobile Celeron-M for 965
mobile Celeron M (Yonah)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCel M 530-fused (1.73GHz - 1MB)	1.15V (0.95V~1.3V)	1.55V	34.5A	31W	100° C
mCel M 530 (1.73GHz - 1MB)	1.15V (0.95V~1.3V)	1.55V	32A	27W	100° C
mCel M 540-fused (1.86GHz - 1MB)	1.15V (0.95V~1.3V)	1.55V	34.5A	31W	100° C
mCel M 540 (1.86GHz - 1MB)	1.15V (0.95V~1.3V)	1.55V	32A	27W	100° C
mCel M 550-fused (2.0GHz - 1MB)	1.15V (0.95V~1.3V)	1.55V	34.5A	31W	100° C
mCel M 550 (2.0GHz - 1MB)	1.15V (0.95V~1.3V)	1.55V	32A	27W	100° C
mCel M 560-fused (2.13GHz - 1MB)	1.15V (0.95V~1.3V)	1.55V	34.5A	31W	100° C
mCel M 560 (2.13GHz - 1MB)	1.15V (0.95V~1.3V)	1.55V	32A	27W	100° C
mCel M 570 (2.26GHz - 1MB)	?V (?V~?V)	1.55V	?A	31W	?° C
mobile Celeron-M (Merom)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCel M 575 (2.0/166 - 1MB)	?V (?V~?V)	?V	?A	31W	100° C
mCel M 585 (2.16/166 - 1MB)	?V (?V~?V)	?V	?A	31W	100?° C

Intel mobile Celeron for GS45
mobile Celeron ( ? )	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mCel M 723 (1.2GHz - 1MB)	?V (0.775V~1.1V)	1.45V	17.6A	10W	100° C
mCel M 743 (1.3GHz - 1MB)	?V (0.775V~1.1V)	1.45V	17.6A	10W	100° C

mobile Celeron M Notes:

Intel mobile Atom
mobile Centrino Atom (Silverthorne)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mAtom Z500 (800MHz - 512KB)	?V (0.8V~1.1V)	1.2V	1.5A	0.65W	90° C
mAtom Z510 (1.1GHz - 512KB)	?V (0.8V~1.1V)	1.2V	3.5A	2W	90° C
mAtom Z510P (1.1GHz - 512KB)	?V (0.8V~1.1V)	1.2V	?A	2.2W	85° C
mAtom Z510PT (1.1GHz - 512KB)	?V (0.75V~1.1V)	1.2V	?A	2.2W	107° C
mAtom Z515 (1.2GHz - 512KB)	?V (?V~1.1V)	1.2V	?A	1.4W	?° C
mAtom Z520 (1.33GHz - 512KB)	?V (0.8V~1.1V)	1.2V	3.5A	2.2W	90° C
mAtom Z520PT (1.33GHz - 512KB)	?V (0.9V~1.1V)	1.2V	?A	2.2W	107° C
mAtom Z530 (1.6GHz - 512KB)	?V (0.75V~1.1V)	1.2V	3.5A	2.2W	90° C
mAtom Z530P (1.6GHz - 512KB)	?V (0.8V~1.1V)	1.2V	?A	2.2W	85° C
mAtom Z540 (1.86GHz - 512KB)	?V (0.8V~1.1V)	1.2V	4A	2.64W	90° C
mAtom Z550 (2.0GHz - 512KB)	?V (?V~1.1V)	1.2V	?A	1.4W	?° C
mobile Atom (Diamondville)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mAtom N270 (1.6GHz - 512KB)	?V (0.75V~1.1V)	1.1V	3A	2.5W	90° C
mobile Atom (Diamondville)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mAtom 230 (1.6GHz - 512KB)	?V (0.7V~1.2V)	1.55V	4A	4W	85.2° C
mobile Atom (Diamondville)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mAtom 330 (2x 1.6GHz - 2x 512KB)	?V (0.9V~1.162V)	?V	?A	8W	85.2° C

mobile Atom Notes:

THERMTRIP activates at 125C.
Vmax is power-up voltage.
Max Core Amperage is recommended design target.
Wattage numbers are with HT enabled.

Intel mobile A100
mobile A100 ( ?, 0.09um)	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max. Cover Temp.
mA100 (600MHz - 512KB)	1.2V (0.796V~0.94V)	1.6V	4.5A	3W	100° C
mA110 (600MHz - 512KB)	1.2V (0.796V~0.94V)	1.6V	4.8A	3W	100° C

mobile A100 Notes:

Intel Xeon
Xeon (Foster) Socket 603	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon 1.4G (256KB)	1.7V (1.59V~1.7V)	2.1V	41.7A	56W	--	69° C
Xeon 1.5G (256KB)	1.7V (1.585V~1.7V)	2.1V	44.2A	59.2W	--	70° C
Xeon 1.7G (256KB)	1.7V (1.575V~1.7V)	2.1V	49.4A	65.8W	--	73° C
Xeon 2.0G (256KB)	1.7V (1.56V~1.7V)	2.1V	57.2A	77.5W	--	78° C
Xeon (Prestonia) Socket 603/604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
LV Xeon 1.6G (512KB)	1.3V (1.187V~1.274V)	1.75V	30.4A	30W	--	81° C
Xeon 1.8G (F-2-4 - 512KB)	1.5V (1.361V~1.465V)	1.75V	42.4A	55W	--	69° C
Xeon 1.8G (F-2-7 - 512KB)	1.5V (1.361V~1.465V)	1.75V	42.4A	62W	--	69° C
LV Xeon 2.0A (512KB)	1.3V (1.179V~1.27V)	1.75V	35.7A	35W	--	83° C
Xeon 2.0A (F-2-4 - 512KB)	1.5V (1.357V~1.463V)	1.75V	45.3A	58W	--	70° C
Xeon 2.0A (F-2-7 - 512KB)	1.5V (1.357V~1.463V)	1.75V	45.3A	66W	--	70° C
Xeon 2.0A (F-2-7, F-2-9 - 533MHz - 512KB)	1.5V (1.353V~1.461V)	1.75V	45.4A	58W	66W	70° C
Xeon 2.2G (F-2-4 - 512KB)	1.5V (1.352V~1.46V)	1.75V	48.1A	61W	--	72° C
Xeon 2.2G (F-2-7 512KB)	1.5V (1.352V~1.46V)	1.75V	48.1A	70W	--	72° C
Xeon 2.4G (F-2-4 - 512KB)	1.5V (1.347V~1.458V)	1.75V	51A	65W	--	71° C
Xeon 2.4G (F-2-7 - 512KB)	1.5V (1.347V~1.458V)	1.75V	51A	74W	--	71° C
Xeon 2.4G (F-2-5 - 533MHz - 512KB)	1.5V (1.338V~1.451V)	1.75V	59.1A	77W	86W	72° C
Xeon 2.4G (F-2-7, F-2-9 - 533MHz - 512KB)	1.5V (1.344V~1.456V)	1.75V	51.4A	65W	75W	71° C
Xeon 2.6G (F-2-7 - 512KB)	1.5V (1.339V~1.453V)	1.75V	56.1A	71W	--	74° C
Xeon 2.66G (F-2-5 - 533MHz - 512KB)	1.5V (1.338V~1.451V)	1.75V	59.1A	77W	86W	72° C
Xeon 2.66G (F-2-7, F-2-9 - 533MHz - 512KB)	1.5V (1.334V~1.452V)	1.75V	57.1A	72W	83W	74° C
Xeon 2.8G (F-2-7 - 512KB)	1.5V (1.335V~1.45V)	1.75V	59.1A	74W	--	75° C
Xeon 2.8G (F-2-5 - 533MHz - 512KB)	1.5V (1.338V~1.451V)	1.75V	59.1A	77W	86W	72° C
Xeon 2.8G (F-2-7, F-2-9 - 533MHz - 512KB)	1.5V (1.331V~1.45V)	1.75V	59.1A	74W	86W	75° C
Xeon 3.06G (F-2-7, F-2-9 - 533MHz - 512KB)	1.5V (1.352V~1.467V)	1.75V	69.1A	85W	101W	73° C
Xeon (Gallatin) Socket 604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon 3.06 (1MB L3)	1.525V (1.348V~1.468V)	1.75V	69.1A	87W	102W	70° C
Xeon 3.2 (1MB L3)	1.525V (1.34V~1.4V)	1.75V	75A	92W	110W	71° C
Xeon (Nocona) Socket 604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon 2.8 (1MB)	1.4V (1.2875V~1.4V)	1.55V	100A	103W	111W	80° C
Xeon 3.0 (1MB)	1.4V (1.2875V~1.4V)	1.55V	100A	103W	111W	80° C
Xeon 3.2 (1MB)	1.4V (1.2875V~1.4V)	1.55V	100A	103W	111W	80° C
Xeon 3.4 (1MB)	1.4V (1.2875V~1.4V)	1.55V	100A	103W	111W	80° C
Xeon 3.6 (1MB)	1.4V (1.2875V~1.4V)	1.55V	100A	103W	111W	80° C
Xeon (Irwindale) Socket 604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon LV 3.0 (2MB)	?V (1.05V~1.2V)	1.55V	60A	55W	60W	86° C
Xeon 2.8 (2MB)	?V (1.2875V~1.3875V)	1.55V	120A	110W	120W	79° C
Xeon 3.0 (2MB)	?V (1.2875V~1.3875V)	1.55V	120A	110W	120W	79° C
Xeon MV 3.2 (2MB)	?V (1.2125V~1.3875V)	1.55V	120A	90W	97W	67° C
Xeon 3.2 (2MB)	?V (1.2875V~1.3875V)	1.55V	120A	110W	120W	79° C
Xeon 3.4 (2MB)	?V (1.2875V~1.3875V)	1.55V	120A	110W	120W	79° C
Xeon 3.6 (2MB)	?V (1.2875V~1.3875V)	1.55V	120A	110W	120W	79° C
Xeon 3.8 (2MB)	?V (1.2875V~1.3875V)	1.55V	120A	110W	120W	79° C
Xeon (Paxville DP) Socket 604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon 2.8 (dual - 2x 2MB)	?V (1.2875V~1.4125V)	1.55V	120A	135W	150W	72° C

Intel Xeon MP
Xeon MP (Foster MP) Socket 603	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon MP 1.4 (512KB L3)	1.7V (1.55V~1.7V)	1.7V	47A	65W	78W	75° C
Xeon MP 1.4 (1MB L3)	1.7V (1.55V~1.7V)	1.7V	47A	65W	78W	75° C
Xeon MP 1.5 (512KB L3)	1.7V (1.545V~1.7V)	1.7V	50A	68W	82W	76° C
Xeon MP 1.5 (1MB L3)	1.7V (1.545V~1.7V)	1.7V	50A	68W	82W	76° C
Xeon MP 1.6 (512KB L3)	1.7V (1.54V~1.7V)	1.7V	53A	72W	87W	78° C
Xeon MP 1.6 (1MB L3)	1.7V (1.54V~1.7V)	1.7V	53A	72W	87W	78° C
Xeon MP (Gallatin) Socket 603	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon MP 1.5 (1MB L3)	1.475V (1.345V~1.453V)	1.75V	37.2A	48W	54W	67° C
Xeon MP 1.9 (1MB L3)	1.475V (1.336V~1.45V)	1.75V	43.1A	55W	63W	68° C
Xeon MP 2.0 (1MB L3)	1.475V (1.333V~1.449V)	1.75V	44.8A	57W	65W	69° C
Xeon MP 2.0 (2MB L3)	1.475V (1.333V~1.449V)	1.75V	44.8A	57W	65W	69° C
Xeon MP 2.2 (2MB L3)	1.475V (1.309V~1.438V)	1.75V	51.1A	65W	74W	65° C
Xeon MP 2.5 (1MB L3)	1.475V (1.327V~1.432V)	1.75V	51.9A	66W	74W	70° C
Xeon MP 2.7 (2MB L3)	1.475V (1.314V~1.441V)	1.75V	63A	80W	91W	70° C
Xeon MP 2.8 (2MB L3)	1.475V (1.326V~1.445V)	1.75V	57.5A	72W	83W	69° C
Xeon MP 3.0 (4MB L3)	1.5V (1.328V~1.461V)	1.75V	66.5A	85W	97W	71° C
Xeon MP (Cranford) Socket 604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon MP 3.16 (1MB)	1.4V (1.2875V~1.4V)	1.55V	120A	110W	120W	73° C
Xeon MP 3.66 (1MB)	1.4V (1.2875V~1.4V)	1.55V	120A	110W	120W	73° C
Xeon MP (Potomac) Socket 604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon MP 2.83 (4MB L3)	1.3875V (?V~?V)	1.55V	91A	129W	136W	73° C
Xeon MP 3.0 (8MB L3)	1.3875V (?V~?V)	1.55V	91A	129W	136W	73° C
Xeon MP 3.33 (8MB L3)	1.3875V (?V~?V)	1.55V	91A	129W	136W	73° C
Xeon (Paxville MP) Socket 604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon 7020 (dual 2.66G/166 - 2x 1MB)	1.3875V (1.2625V~1.4125V)	1.55V	150A	165W	173W	76° C
Xeon 7030 (dual 2.8G/200 - 2x 1MB)	1.3875V (1.2625V~1.4125V)	1.55V	150A	165W	173W	76° C
Xeon 7040 (dual 3.0G/166 - 2x 2MB)	1.3875V (1.2625V~1.4125V)	1.55V	150A	165W	173W	76° C
Xeon 7041 (dual 3.0G/200 - 2x 2MB)	1.3875V (1.2625V~1.4125V)	1.55V	150A	165W	173W	76° C
Xeon (Tulsa) Socket 604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon 7110N (dual 2.5G/166 - 2x 1MB - 4MB L3)	?V (1.1V~1.35V)	1.55V	135A	95W	110W	60° C
Xeon 7110M (dual 2.6G/200 - 2x 1MB - 4MB L3)	?V (1.1V~1.35V)	1.55V	135A	95W	110W	60° C
Xeon 7120N (dual 3.0G/166 - 2x 1MB - 4MB L3)	?V (1.1V~1.35V)	1.55V	135A	95W	110W	60° C
Xeon 7120M (dual 3.0G/300 - 2x 1MB - 4MB L3)	?V (1.1V~1.35V)	1.55V	135A	95W	110W	60° C
Xeon 7130N (dual 3.16G/166 - 2x 1MB - 8MB L3)	?V (1.1V~1.35V)	1.55V	135A	150W	165W	69° C
Xeon 7130M (dual 3.2G/200 - 2x 1MB - 8MB L3)	?V (1.1V~1.35V)	1.55V	135A	150W	165W	69° C
Xeon 7140N (dual 3.33G/166 - 2x 1MB - 16MB L3)	?V (1.1V~1.35V)	1.55V	135A	150W	165W	69° C
Xeon 7140M (dual 3.4G/200 - 2x 1MB - 16MB L3)	?V (1.1V~1.35V)	1.55V	135A	150W	165W	69° C
Xeon 7150M (dual 3.5G/166 - 2x 1MB - 16MB L3)	?V (1.1V~1.35V)	1.55V	135A	150W	165W	69° C

Xeon 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."
Core voltage varies with the amount of amperage being pulled by the CPU. Which is why the Prestonia's VID voltage (1.5v) is actually higher than it's maximum rated voltage (the chip will never actually be run at its VID voltage except under no-load conditions).
Max Processor Power for the Xeon MP is the "maximum thermal power that can be dissipated by the processor through the integrated heat spreader."
In Sep 2002, electrical numbers for the 2.6 and 2.8GHz Prestonia chips changed. Not sure why. Voltage limits were adjusted slightly downward. Amperage went up. Wattage decreased and max Tcase went up.
Tcase for the Nocona CPUs is the thermal solution design point (Tcase_maxB), though the TCC on the chip will not allow the processor to exceed Tcase_maxA.
For Tulsa chips Icc_Max is based on Vcc_Max loadline.

Intel Xeon
Xeon (Conroe) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon 3040 (dual 1.86GHz - 2MB)	1.2V (0.85V~1.3525V)	1.55V	75A	65W	--	61.4° C
Xeon 3050 (dual 2.13GHz - 2MB)	1.2V (0.85V~1.3525V)	1.55V	75A	65W	--	61.4° C
Xeon 3060 (dual 2.4GHz - 4MB)	1.2V (0.85V~1.3525V)	1.55V	75A	65W	--	60.1° C
Xeon 3065 (dual 2.66/333 - 4MB)	1.2V (0.85V~1.3525V)	1.55V	75A	65W	--	72° C
Xeon 3070 (dual 2.66GHz - 4MB)	1.2V (0.85V~1.3525V)	1.55V	75A	65W	--	60.1° C
Xeon 3075 (dual 2.66/333 - 4MB)	1.2V (0.85V~1.3525V)	1.55V	75A	65W	--	72° C
Xeon 3085 (dual 3.0/333 - 4MB)	1.2V (0.85V~1.3525V)	1.55V	75A	65W	--	72° C
Xeon (Wolfdale) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon L3110 (quad 3.0GHz - 6MB)	?V (0.85V~1.3625V)	1.45V	75A	45W	--	78.65° C
Xeon E3110 (quad 3.0GHz - 6MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	--	72.4° C
Xeon E3120 (quad 3.16GHz - 6MB)	?V (0.85V~1.3625V)	1.45V	75A	65W	--	72.4° C
Xeon (Kentsfield) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon X3210 (quad 2.13GHz - 2x 4MB)	?V (0.85V~1.5V)	1.55V	115A	105W	--	62.2° C
Xeon X3220 (quad 2.4GHz - 2x 4MB)	?V (0.85V~1.5V)	1.55V	125A	105W	--	62.2° C
Xeon X3230 (quad 2.66GHz - 2x 4MB)	?V (0.85V~1.5V)	1.55V	125A	105W	--	62.2° C
Xeon (Yorkfield) Socket 775	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon X3320 (quad 2.5GHz - 2x 3MB)	?V (0.85V~1.3625V)	?V	100A	95W	--	71.4° C
Xeon X3330 (quad 2.66GHz - 2x 3MB)	?V (0.85V~1.3625V)	?V	100A	95W	--	71.4° C
Xeon X3350 (quad 2.66GHz - 2x 6MB)	?V (0.85V~1.3625V)	?V	100A	95W	--	71.4° C
Xeon L3360 (quad 2.83GHz - 2x 6MB)	?V (0.85V~1.3625V)	?V	100A	65W	--	76.25° C
Xeon X3360 (quad 2.83GHz - 2x 6MB)	?V (0.85V~1.3625V)	?V	100A	95W	--	71.4° C
Xeon X3370 (quad 3.0GHz - 2x 6MB)	?V (0.85V~1.3625V)	?V	100A	95W	--	71.4° C
Xeon X3380 (quad 3.16GHz - 2x 6MB)	?V (0.85V~1.3625V)	?V	100A	95W	--	71.4° C
Xeon (Lynnfield) Socket 1156	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon L3426 (quad 1.86GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	45W	?W	?° C
Xeon X3430 (quad 2.4GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	95W	?W	?° C
Xeon X3440 (quad 2.53GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	95W	?W	?° C
Xeon X3450 (quad 2.66GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	95W	?W	?° C
Xeon X3460 (quad 2.8GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	95W	?W	?° C
Xeon X3470 (quad 2.93GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	95W	?W	?° C
Xeon (Bloomfield) Socket 1366	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon W3520 (quad 2.66GHz - 4x 256KB - 8MB L3)	?V (0.8V~1.225V)	?V	?A	130W	?W	67.9° C
Xeon W3540 (quad 2.93GHz - 4x 256KB - 8MB L3)	?V (0.8V~1.225V)	?V	?A	130W	?W	67° C
Xeon W3570 (quad 3.2GHz - 4x 256KB - 8MB L3)	?V (0.8V~1.225V)	?V	?A	130W	?W	?° C
Xeon (Dempsey) Socket 771	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon 5020 (dual 2.5/166 - 2x 2MB)	?V (1.075V~1.35V)	1.55V	115A	95W	130W	67° C
Xeon 5030 (dual 2.66/166 - 2x 2MB)	?V (1.075V~1.35V)	1.55V	115A	95W	130W	67° C
Xeon 5040 (dual 2.83/166 - 2x 2MB)	?V (1.075V~1.35V)	1.55V	115A	95W	130W	67° C
Xeon 5050 (dual 3.0/166 - 2x 2MB)	?V (1.075V~1.35V)	1.55V	115A	95W	130W	67° C
Xeon 5060 (dual 3.2/266 - 2x 2MB)	?V (1.075V~1.35V)	1.55V	150A	95W	130W	67° C
Xeon 5063 (dual 3.2/266 - 2x 2MB)	?V (1.075V~1.35V)	1.55V	115A	95W	130W	67° C
Xeon 5070 (dual 3.46/266 - 2x 2MB)	?V (1.075V~1.35V)	1.55V	150A	95W	130W	67° C
Xeon 5080 (dual 3.73/266 - 2x 2MB)	?V (1.075V~1.35V)	1.55V	150A	95W	130W	67° C
Xeon (Woodcrest) Socket 771	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon LV 5128 (dual 1.86G/266 - 4MB)	?V (1.0V~1.5V)	1.55V	45A	40W	?W	58° C
Xeon LV 5138 (dual 2.13/266 - 4MB)	?V (1.0V~1.5V)	1.55V	45A	35W	?W	70.8° C
Xeon LV 5148 (dual 2.33/333 - 4MB)	?V (1.0V~1.5V)	1.55V	45A	40W	?W	58° C
Xeon 5110 (dual 1.6/266 - 4MB)	?V (1.0V~1.5V)	1.55V	75A	65W	?W	65° C
Xeon 5120 (dual 1.86/266 - 4MB)	?V (1.0V~1.5V)	1.55V	75A	65W	?W	65° C
Xeon 5130 (dual 2.0/333 - 4MB)	?V (1.0V~1.5V)	1.55V	75A	65W	?W	65° C
Xeon 5140 (dual 2.33/333 - 4MB)	?V (1.0V~1.5V)	1.55V	75A	65W	?W	65° C
Xeon 5150 (dual 2.66/333 - 4MB)	?V (1.0V~1.5V)	1.55V	75A	65W	?W	65° C
Xeon 5160 (dual 3.0/333 - 4MB)	?V (1.0V~1.5V)	1.55V	90A	80W	W	60° C
Xeon 5160 (dual 3.0/333 - 4MB - G-step)	?V (0.85V~1.5V)	1.55V	75A	65W	?W	65° C
Xeon (Wolfdale) Socket 771	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon L5215 (dual ?/? - 6MB)	?V (?V~?V)	?V	?A	20W	?W	75° C
Xeon L5238 (dual 2.66/333 - 6MB)	?V (0.95V~1.212V)	1.55V	42A	35W	40W	71° C
Xeon L5240 (dual 3.0/333 - 6MB)	?V (0.95V~1.212V)	1.55V	42A	35W	40W	71° C
Xeon E5205 (dual 1.86/266 - 6MB)	?V (0.95V~1.212V)	1.55V	75A	65W	75W	66° C
Xeon E5220 (dual 2.33/333 - 6MB)	?V (0.95V~1.212V)	1.55V	75A	65W	75W	66° C
Xeon E5240 (dual 3.0/333 - 6MB)	?V (0.95V~1.212V)	1.55V	75A	65W	75W	66° C
Xeon X5260 (dual 3.33/333 - 6MB)	?V (0.95V~1.2125V)	1.55V	90A	80W	90W	66° C
Xeon X5270 (dual 3.5/333 - 6MB)	?V (0.95V~1.2125V)	1.55V	90A	80W	90W	66° C
Xeon X5272 (dual 3.4/400 - 6MB)	?V (0.95V~1.2125V)	1.55V	90A	80W	90W	66° C
Xeon (Clovertown) Socket 771	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon L5310 (quad 1.6/266 - 8MB)	?V (1.0V~1.25V)	1.55V	60A	50W	65W	60° C
Xeon L5318 (quad 1.6/266 - 8MB)	?V (0.9V~1.25V)	1.55V	50A	40W	50W	72.2° C
Xeon L5320 (quad 1.86/266 - 8MB)	?V (1.0V~1.25V)	1.55V	60A	50W	65W	60° C
Xeon L5335 (quad 2.0/333 - 8MB)	?V (1.0V~1.25V)	1.55V	60A	50W	65W	60° C
Xeon E5310 (quad 1.6/266 - 8MB)	?V (1.0V~1.5V)	1.55V	90A	80W	100W	66° C
Xeon E5320 (quad 1.86/266 - 8MB)	?V (1.0V~1.5V)	1.55V	90A	80W	100W	66° C
Xeon E5335 (quad 2.0/333 - 8MB)	?V (1.0V~1.5V)	1.55V	90A	80W	100W	66° C
Xeon E5345 (quad 2.33/333 - 8MB)	?V (1.0V~1.5V)	1.55V	90A	80W	100W	66° C
Xeon X5355 (quad 2.66/333 - 8MB - A)	?V (1.0V~1.5V)	1.55V	125A	120W	145W	63° C
Xeon X5355 (quad 2.66/333 - 8MB - B)	?V (1.0V~1.5V)	1.55V	125A	120W	145W	70° C
Xeon X5365 (quad 3.0/333 - 8MB)	?V (1.0V~1.5V)	1.55V	125A	120W	145W	?° C
Xeon (Harpertown) Socket 771	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon L5408 (quad 2.13/266 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	48A	40W	50W	72° C
Xeon L5410 (quad 2.33/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	48A	40W	50W	72° C
Xeon L5420 (quad 2.5/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	48A	40W	50W	72° C
Xeon L5430 (quad 2.66/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	48A	40W	50W	72° C
Xeon E5405 (quad 2.0/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	102A	80W	85W	67° C
Xeon E5410 (quad 2.33/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	102A	80W	85W	67° C
Xeon E5420 (quad 2.5/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	102A	80W	85W	67° C
Xeon E5430 (quad 2.66/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	102A	80W	85W	67° C
Xeon E5440 (quad 2.83/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	102A	80W	85W	67° C
Xeon E5450 (quad 3.0/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	102A	80W	85W	67° C
Xeon E5462 (quad 2.8/400 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	102A	80W	85W	67° C
Xeon E5472 (quad 3.0/400 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	102A	80W	85W	67° C
Xeon X5450 (quad 3.0/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	125A	120W	135W	63° C
Xeon X5460 (quad 3.16/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	125A	120W	135W	63° C
Xeon X5470 (quad 3.33/333 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	125A	120W	135W	63° C
Xeon X5472 (quad 3.0/400 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	125A	120W	135W	63° C
Xeon X5482 (quad 3.2/400 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	150A	150W	155W	63° C
Xeon X5492 (quad 3.4/400 - 2x 6MB)	?V (0.975V~1.212V)	1.35V	150A	150W	155W	63° C
Xeon (Gainestown, Nehalem-EP) Socket 1366	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon L5506 (quad 2.13GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	60W	?W	70° C
Xeon L5508 (dual 2.0GHz - 2x 256KB - 8MB L3)	?V (0.9V~1.99V)	?V	?A	38W	?W	85° C
Xeon L5518 (quad 2.13GHz - 4x 256KB - 8MB L3)	?V (0.9V~1.99V)	?V	?A	60W	?W	85° C
Xeon L5528 (quad 2.26GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	60W	?W	70° C
Xeon E5502 (dual 1.86GHz - 2x 256KB - 4MB L3)	?V (?V~?V)	?V	?A	80W	?W	?° C
Xeon E5504 (quad 2.0GHz - 4x 256KB - 4MB L3)	?V (?V~?V)	?V	?A	80W	?W	?° C
Xeon E5506 (quad 2.13GHz - 4x 256KB - 4MB L3)	?V (?V~?V)	?V	?A	80W	?W	?° C
Xeon E5520 (quad 2.26GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	80W	?W	?° C
Xeon E5530 (quad 2.4GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	80W	?W	?° C
Xeon E5540 (quad 2.53GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	80W	?W	76° C
Xeon X5550 (quad 2.66GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	95W	?W	?° C
Xeon X5560 (quad 2.8GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	95W	?W	?° C
Xeon X5570 (quad 2.93GHz - 4x 256KB - 8MB L3)	?V (0.9V~1.9V)	?V	?A	95W	?W	75° C
Xeon W5580 (quad 3.2GHz - 4x 256KB - 8MB L3)	?V (?V~?V)	?V	?A	130W	?W	?° C
Xeon MP (Tigerton) Socket 604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon L7345 (quad 1.86/266 - 2x 4MB)	?V (?V~?V)	1.55V	60A	50W	65W	66° C
Xeon E7210 (dual 2.4/266 - 2x 4MB)	?V (1.0V~1.5V)	1.55V	90A	80W	108W	64° C
Xeon E7220 (dual 2.93/266 - 2x 4MB)	?V (1.0V~1.5V)	1.55V	90A	80W	108W	64° C
Xeon E7310 (quad 1.6/266 - 2x 2MB)	?V (?V~?V)	1.55V	90A	80W	108W	66° C
Xeon E7320 (quad 2.13/266 - 2x 2MB)	?V (?V~?V)	1.55V	90A	80W	108W	66° C
Xeon E7330 (quad 2.4/266 - 2x 3MB)	?V (?V~?V)	1.55V	90A	80W	108W	66° C
Xeon E7340 (quad 2.4/266 - 2x 4MB)	?V (?V~?V)	1.55V	90A	80W	108W	66° C
Xeon X7350 (quad 2.93/266 - 2x 4MB)	?V (?V~?V)	1.55V	130A	130W	152W	66° C
Xeon (Dunnington) Socket 604	Core Voltage	Vmax	Max. Core Amp.	Thermal Design Power	Max Processor Power	Max. Cover Temp.
Xeon L7445 (quad 2133/266 - 2x 3MB - 12MB L3)	?V (?V~?V)	1.45V	65A	50W	65W	65° C
Xeon L7455 (sextet 2133/266 - 3x 3MB - 12MB L3)	?V (?V~?V)	1.45V	85A	65W	85W	73° C
Xeon E7420 (quad 2133/266 - 2x 3MB - 8MB L3)	?V (?V~?V)	1.45V	130A	90W	125W	65° C
Xeon E7430 (quad 2133/266 - 2x 3MB - 12MB L3)	?V (?V~?V)	1.45V	130A	90W	125W	65° C
Xeon E7440 (quad 2400/266 - 2x 3MB - 16MB L3)	?V (?V~?V)	1.45V	130A	90W	125W	65° C
Xeon E7450 (sextet 2400/266 - 3x 3MB - 12MB L3)	?V (?V~?V)	1.45V	130A	90W	125W	68° C
Xeon X7460 (sextet 2666/266 - 3x 3MB - 16MB L3)	?V (?V~?V)	1.45V	150A	130W	170W	64° C

Xeon Notes:

Vmax is the maximum non-operating (failure) voltage.
Intel states: "Thermal Design Power (TDP) should be used for processor thermal design targets. TDP is not the maximum power that the processor can dissipate. TDP is measured at maximum Tcase."
Thermal profile A should not trip TCC; thermal profile B may.

Intel Itanium
Itanium (Merced) PAC418	Core Voltage	Abs. Max. Core Voltage	L3 Voltage	Abs. Max. L3 Voltage	Max. Core Amp.	Max. L3 Amp.	Thermal Design Power	Maximum Design Power	Max. Cover Temp.
Itanium 733 (2MB L3)	?V (?V~?V)	2.1V	?V (?V~?V)	2.8V	71.4A	16.5A	116W	--	66° C
Itanium 733 (4MB L3)	?V (?V~?V)	2.1V	?V (?V~?V)	2.8V	71.4A	16.5A	130W	--	66° C
Itanium 800 (2MB L3)	?V (?V~?V)	2.1V	?V (?V~?V)	2.8V	71.4A	16.5A	116W	--	66° C
Itanium 800 (4MB L3)	?V (?V~?V)	2.1V	?V (?V~?V)	2.8V	71.4A	16.5A	130W	--	66° C
Itanium 2 (McKinley) PAC611	Core Voltage	Abs. Max. Core Voltage	L3 Voltage	Abs. Max. L3 Voltage	Max. Core Amp.	Max. L3 Amp.	Thermal Design Power	Maximum Design Power	Max. Cover Temp.
Itanium 2 900 (1.5MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	90W	130W	85° C
Itanium 2 1.0G (1.5MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	100W	130W	85° C
Itanium 2 1.0G (3MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	100W	130W	85° C
Itanium 2 (Madison) PAC611	Core Voltage	Abs. Max. Core Voltage	L3 Voltage	Abs. Max. L3 Voltage	Max. Core Amp.	Max. L3 Amp.	Thermal Design Power	Maximum Design Power	Max. Cover Temp.
Itanium 2 1.3G (3MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	97W	130W	83° C
Itanium 2 1.4G (4MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	91W	130W	83° C
Itanium 2 1.5G (4MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	107W	130W	83° C
Itanium 2 (Madison 9M) PAC611	Core Voltage	Abs. Max. Core Voltage	L3 Voltage	Abs. Max. L3 Voltage	Max. Core Amp.	Max. L3 Amp.	Thermal Design Power	Maximum Design Power	Max. Cover Temp.
Itanium 2 1.5G (6MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	107W	130W	83° C
Itanium 2 1.6G (6MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	122W	130W	83° C
Itanium 2 1.6G (9MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	122W	130W	83° C
Itanium 2 1.66G (6MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	122W	130W	83° C
Itanium 2 1.66G (9MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	122W	130W	83° C
Itanium 2 (Deerfield) PAC611	Core Voltage	Abs. Max. Core Voltage	L3 Voltage	Abs. Max. L3 Voltage	Max. Core Amp.	Max. L3 Amp.	Thermal Design Power	Maximum Design Power	Max. Cover Temp.
Itanium 2 1.3G (LV 3MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	?W	55W	83° C
Itanium 2 1.4G (LV 1.5MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	?W	55W	83° C
Itanium 2 1.4G (1.5MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	?W	91W	83° C
Itanium 2 1.4G (3MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	?W	91W	83° C
Itanium 2 1.6G (3MB L3)	?V (?V~?V)	2.1V	--	--	100A	--	?W	91W	83° C
Itanium (Montecito) PAC611	Core Voltage	Abs. Max. Core Voltage	L3 Voltage	Abs. Max. L3 Voltage	Max. Core Amp.	Max. L3 Amp.	Thermal Design Power	Maximum Power	Max. Cover Temp.
Itanium 9010 (1.6/266 - 6MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	75W	177W	74° C
Itanium 9015 (dual 1.4/200 - 2x 6MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium 9020 (dual 1.42/266 - 2x 6MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium 9030 (dual 1.6/266 - 2x 4MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium 9040 (dual 1.6/266 - 2x 9MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium 9050 (dual 1.6/266 - 2x 12MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium (Montvale) PAC611	Core Voltage	Abs. Max. Core Voltage	L3 Voltage	Abs. Max. L3 Voltage	Max. Core Amp.	Max. L3 Amp.	Thermal Design Power	Maximum Power	Max. Cover Temp.
Itanium 9110N (1.6/266 - 12MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	75W	177W	74° C
Itanium 9120N (dual 1.42/266 - 2x 6MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium 9130M (dual 1.66/333 - 2x 4MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium 9140M (dual 1.66/333 - 2x 9MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium 9140N (dual 1.6/266 - 2x 9MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium 9150M (dual 1.66/333 - 2x 12MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium 9150N (dual 1.6/266 - 2x 12MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C
Itanium 9152M (dual 1.66/333 - 2x 12MB L3)	?V (1.0875V~1.25V)	?V	--	--	?A	--	104W	177W	76° C

你可能感兴趣的:(c,socket,System,mobile,Signal,Numbers)

机器学习与深度学习间关系与区别 ℒℴѵℯ心·动ꦿ໊ོ꫞ 人工智能学习深度学习 python
一、机器学习概述定义机器学习（MachineLearning,ML）是一种通过数据驱动的方法，利用统计学和计算算法来训练模型，使计算机能够从数据中学习并自动进行预测或决策。机器学习通过分析大量数据样本，识别其中的模式和规律，从而对新的数据进行判断。其核心在于通过训练过程，让模型不断优化和提升其预测准确性。主要类型1.监督学习（SupervisedLearning）监督学习是指在训练数据集中包含输入
android系统selinux中添加新属性property 辉色投像
1.定位/android/system/sepolicy/private/property_contexts声明属性开头：persist.charge声明属性类型：u:object_r:system_prop:s0图12.定位到android/system/sepolicy/public/domain.te删除neverallow{domain-init}default_prop:property
【iOS】MVC设计模式 Magnetic_h ios mvc 设计模式 objective-c 学习 ui
MVC前言如何设计一个程序的结构，这是一门专门的学问，叫做"架构模式"（architecturalpattern），属于编程的方法论。MVC模式就是架构模式的一种。它是Apple官方推荐的App开发架构，也是一般开发者最先遇到、最经典的架构。MVC各层controller层Controller/ViewController/VC（控制器）负责协调Model和View，处理大部分逻辑它将数据从Mod
OC语言多界面传值五大方式 Magnetic_h ios ui 学习 objective-c 开发语言
前言在完成暑假仿写项目时，遇到了许多需要用到多界面传值的地方，这篇博客来总结一下比较常用的五种多界面传值的方式。属性传值属性传值一般用前一个界面向后一个界面传值，简单地说就是通过访问后一个视图控制器的属性来为它赋值，通过这个属性来做到从前一个界面向后一个界面传值。首先在后一个界面中定义属性@interfaceBViewController:UIViewController@propertyNSSt
UI学习——cell的复用和自定义cell Magnetic_h ui 学习
目录cell的复用手动（非注册）自动（注册）自定义cellcell的复用在iOS开发中，单元格复用是一种提高表格（UITableView）和集合视图（UICollectionView）滚动性能的技术。当一个UITableViewCell或UICollectionViewCell首次需要显示时，如果没有可复用的单元格，则视图会创建一个新的单元格。一旦这个单元格滚动出屏幕，它就不会被销毁。相反，它被添
element实现动态路由+面包屑软件技术NINI vue案例 vue.js 前端
el-breadcrumb是ElementUI组件库中的一个面包屑导航组件，它用于显示当前页面的路径，帮助用户快速理解和导航到应用的各个部分。在Vue.js项目中，如果你已经安装了ElementUI，就可以很方便地使用el-breadcrumb组件。以下是一个基本的使用示例：安装ElementUI（如果你还没有安装的话）:你可以通过npm或yarn来安装ElementUI。bash复制代码npmi
C语言宏函数南林yan C语言 c语言
一、什么是宏函数？通过宏定义的函数是宏函数。如下，编译器在预处理阶段会将Add(x,y)替换为((x)*(y))#defineAdd(x,y)((x)*(y))#defineAdd(x,y)((x)*(y))intmain(){inta=10;intb=20;intd=10;intc=Add(a+d,b)*2;cout<
C语言如何定义宏函数？小九格物 c语言
在C语言中，宏函数是通过预处理器定义的，它在编译之前替换代码中的宏调用。宏函数可以模拟函数的行为，但它们不是真正的函数，因为它们在编译时不会进行类型检查，也不会分配存储空间。宏函数的定义通常使用#define指令，后面跟着宏的名称和参数列表，以及宏展开后的代码。宏函数的定义方式：1.基本宏函数：这是最简单的宏函数形式，它直接定义一个表达式。#defineSQUARE(x)((x)*(x))2.带参
理解Gunicorn：Python WSGI服务器的基石范范0825 ipython linux 运维
理解Gunicorn：PythonWSGI服务器的基石介绍Gunicorn，全称GreenUnicorn，是一个为PythonWSGI（WebServerGatewayInterface）应用设计的高效、轻量级HTTP服务器。作为PythonWeb应用部署的常用工具，Gunicorn以其高性能和易用性著称。本文将介绍Gunicorn的基本概念、安装和配置，帮助初学者快速上手。1.什么是Gunico
Cell Insight | 单细胞测序技术又一新发现，可用于HIV-1和Mtb共感染个体诊断尐尐呅
结核病是艾滋病合并其他疾病中导致患者死亡的主要原因。其中结核病由结核分枝杆菌（Mycobacteriumtuberculosis,Mtb）感染引起，获得性免疫缺陷综合症（艾滋病）由人免疫缺陷病毒（Humanimmunodeficiencyvirustype1,HIV-1）感染引起。国家感染性疾病临床医学研究中心/深圳市第三人民医院张国良团队携手深圳华大生命科学研究院吴靓团队，共同研究得出单细胞测序
c++ 的iostream 和 c++的stdio的区别和联系黄卷青灯77 c++算法开发语言 iostream stdio
在C++中，iostream和C语言的stdio.h都是用于处理输入输出的库，但它们在设计、用法和功能上有许多不同。以下是两者的区别和联系：区别1.编程风格iostream（C++风格）：C++标准库中的输入输出流类库，支持面向对象的输入输出操作。典型用法是cin（输入）和cout（输出），使用>操作符来处理数据。更加类型安全，支持用户自定义类型的输入输出。#includeintmain(){in
Long类型前后端数据不一致 igotyback 前端
响应给前端的数据浏览器控制台中response中看到的Long类型的数据是正常的到前端数据不一致前后端数据类型不匹配是一个常见问题，尤其是当后端使用Java的Long类型（64位）与前端JavaScript的Number类型（最大安全整数为2^53-1，即16位）进行数据交互时，很容易出现精度丢失的问题。这是因为JavaScript中的Number类型无法安全地表示超过16位的整数。为了解决这个问
LocalDateTime 转 String igotyback java 开发语言
importjava.time.LocalDateTime;importjava.time.format.DateTimeFormatter;publicclassMain{publicstaticvoidmain(String[]args){//获取当前时间LocalDateTimenow=LocalDateTime.now();//定义日期格式化器DateTimeFormatterformat
swagger访问路径 igotyback swagger
Swagger2.x版本访问地址：http://{ip}:{port}/{context-path}/swagger-ui.html{ip}是你的服务器IP地址。{port}是你的应用服务端口，通常为8080。{context-path}是你的应用上下文路径，如果应用部署在根路径下，则为空。Swagger3.x版本对于Swagger3.x版本（也称为OpenAPI3）访问地址：http://{ip
mysql禁用远程登录 igotyback mysql
去mysql库中的user表里，将host都改成localhost之后刷新权限FLUSHPRIVILEGES;
Linux下QT开发的动态库界面弹出操作（SDL2） 13jjyao QT类 qt 开发语言 sdl2 linux
需求：操作系统为linux，开发框架为qt，做成需带界面的qt动态库，调用方为java等非qt程序难点：调用方为java等非qt程序，也就是说调用方肯定不带QApplication::exec()，缺少了这个，QTimer等事件和QT创建的窗口将不能弹出(包括opencv也是不能弹出)；这与qt调用本身qt库是有本质的区别的思路：1.调用方缺QApplication::exec()，那么我们在接口
店群合一模式下的社区团购新发展——结合链动 2+1 模式、AI 智能名片与 S2B2C 商城小程序源码说私域人工智能小程序
摘要：本文探讨了店群合一的社区团购平台在当今商业环境中的重要性和优势。通过分析店群合一模式如何将互联网社群与线下终端紧密结合，阐述了链动2+1模式、AI智能名片和S2B2C商城小程序源码在这一模式中的应用价值。这些创新元素的结合为社区团购带来了新的机遇，提升了用户信任感、拓展了营销渠道，并实现了线上线下的完美融合。一、引言随着互联网技术的不断发展，社区团购作为一种新兴的商业模式，在满足消费者日常需
html 中如何使用 uniapp 的部分方法某公司摸鱼前端 html uni-app 前端
示例代码：Documentconsole.log(window);效果展示：好了，现在就可以uni.使用相关的方法了
ArcGIS栅格计算器常见公式（赋值、0和空值的转换、补充栅格空值）研学随笔 arcgis 经验分享
我们在使用ArcGIS时通常经常用到栅格计算器，今天主要给大家介绍我日常中经常用到的几个公式，供大家参考学习。将特定值（-9999）赋值为0，例如-9999.Con("raster"==-9999,0,"raster")2.给空值赋予特定的值（如0）Con(IsNull("raster"),0,"raster")3.将特定的栅格值(如1)赋值为空值，其他保留原值SetNull("raster"==
高级编程--XML+socket练习题 masa010 java 开发语言
1.北京华北2114.8万人上海华东2,500万人广州华南1292.68万人成都华西1417万人（1）使用dom4j将信息存入xml中（2）读取信息，并打印控制台（3）添加一个city节点与子节点（4）使用socketTCP协议编写服务端与客户端，客户端输入城市ID，服务器响应相应城市信息（5）使用socketTCP协议编写服务端与客户端，客户端要求用户输入city对象，服务端接收并使用dom4j
水平垂直居中的几种方法（总结） LJ小番茄 CSS_玄学语言 html javascript 前端 css css3
1.使用flexbox的justify-content和align-items.parent{display:flex;justify-content:center;/*水平居中*/align-items:center;/*垂直居中*/height:100vh;/*需要指定高度*/}2.使用grid的place-items:center.parent{display:grid;place-item
回溯 Leetcode 332 重新安排行程 mmaerd Leetcode刷题学习记录 leetcode 算法职场和发展
重新安排行程Leetcode332学习记录自代码随想录给你一份航线列表tickets，其中tickets[i]=[fromi,toi]表示飞机出发和降落的机场地点。请你对该行程进行重新规划排序。所有这些机票都属于一个从JFK（肯尼迪国际机场）出发的先生，所以该行程必须从JFK开始。如果存在多种有效的行程，请你按字典排序返回最小的行程组合。例如，行程[“JFK”,“LGA”]与[“JFK”,“LGB
每日一题——第八十九题互联网打工人no1 C语言程序设计每日一练 c语言
题目：在字符串中找到提取数字，并统计一共找到多少整数，a123xxyu23&8889，那么找到的整数为123，23，8889//思想：#include#include#includeintmain(){charstr[]="a123xxyu23&8889";intcount=0;intnum=0;//用于临时存放当前正在构建的整数。boolinNum=false;//用于标记当前是否正在读取一个整
每日一题——第九十题互联网打工人no1 C语言程序设计每日一练 c语言
题目：判断子串是否与主串匹配#include#include#include//////判断子串是否在主串中匹配//////主串///子串///boolisSubstring(constchar*str,constchar*substr){intlenstr=strlen(str);//计算主串的长度intlenSub=strlen(substr);//计算子串的长度//遍历主字符串，对每个可能得
每日一题——第八十一题互联网打工人no1 C语言程序设计每日一练 c语言
打印如下图案:#includeintmain(){inti,j;charch='A';for(i=1;i<5;i++,ch++){for(j=0;j<5-i;j++){printf("");//控制空格输出}for(j=1;j<2*i;j++)//条件j<2*i{printf("%c",ch);//控制字符输出}printf("\n");}return0;}
每日一题——第八十四题互联网打工人no1 C语言程序设计每日一练 c语言
题目：编写函数1、输入10个职工的姓名和职工号2、按照职工由大到小顺序排列，姓名顺序也随之调整3、要求输入一个职工号，用折半查找法找出该职工的姓名#define_CRT_SECURE_NO_WARNINGS#include#include#defineMAX_EMPLOYEES10typedefstruct{intid;charname[50];}Empolyee;voidinputEmploye
每日一题——第八十二题互联网打工人no1 C语言程序设计每日一练 c语言
题目：将一个控制台输入的字符串中的所有元音字母复制到另一字符串中#include#include#include#include#defineMAX_INPUT1024boolisVowel(charp);intmain(){charinput[MAX_INPUT];charoutput[MAX_INPUT];printf("请输入一串字符串：\n");fgets(input,sizeof(inp
每日一题——第八十三题互联网打工人no1 C语言程序设计每日一练 c语言
题目：将输入的整形数字输出,输出1990，输出"1990"#include#defineMAX_INPUT1024intmain(){intarrr_num[MAX_INPUT];intnum,i=0;printf("请输入一个数字：");scanf_s("%d",&num);while(num!=0){arrr_num[i++]=num%10;num/=10;}printf("\"");for(
C#中使用split分割字符串互联网打工人no1 c#
1、用字符串分隔：usingSystem.Text.RegularExpressions;stringstr="aaajsbbbjsccc";string[]sArray=Regex.Split(str,"js",RegexOptions.IgnoreCase);foreach(stringiinsArray)Response.Write(i.ToString()+"");输出结果：aaabbbc
WPF中的ComboBox控件几种数据绑定的方式互联网打工人no1 wpf c#
一、用字典给ItemsSource赋值（此绑定用的地方很多，建议熟练掌握）在XMAL中：在CS文件中privatevoidBindData(){DictionarydicItem=newDictionary();dicItem.add(1,"北京");dicItem.add(2,"上海");dicItem.add(3,"广州");cmb_list.ItemsSource=dicItem;cmb_l
mongodb3.03开启认证 21jhf mongodb
下载了最新mongodb3.03版本，当使用--auth 参数命令行开启mongodb用户认证时遇到很多问题，现总结如下：（百度上搜到的基本都是老版本的，看到db.addUser的就是，请忽略） Windows下我做了一个bat文件，用来启动mongodb，命令行如下： mongod --dbpath db\data --port 27017 --directoryperdb --logp
【Spark103】Task not serializable bit1129 Serializable
Task not serializable是Spark开发过程最令人头疼的问题之一，这里记录下出现这个问题的两个实例，一个是自己遇到的，另一个是stackoverflow上看到。等有时间了再仔细探究出现Task not serialiazable的各种原因以及出现问题后如何快速定位问题的所在，至少目前阶段碰到此类问题，没有什么章法 1. package spark.exampl
你所熟知的 LRU(最近最少使用) dalan_123 java
关于LRU这个名词在很多地方或听说，或使用，接下来看下lru缓存回收的实现 1、大体的想法 a、查询出最近最晚使用的项 b、给最近的使用的项做标记通过使用链表就可以完成这两个操作，关于最近最少使用的项只需要返回链表的尾部；标记最近使用的项，只需要将该项移除并放置到头部，那么难点就出现你如何能够快速在链表定位对应的该项？这时候多
Javascript 跨域周凡杨 JavaScript jsonp 跨域 cross-domain
linux下安装apache服务器 g21121 apache
安装apache 下载windows版本apache，下载地址：http://httpd.apache.org/download.cgi 1.windows下安装apache Windows下安装apache比较简单，注意选择路径和端口即可，这里就不再赘述了。 2.linux下安装apache：下载之后上传到linux的相关目录，这里指定为/home/apach
FineReport的JS编辑框和URL地址栏语法简介老A不折腾 finereport web报表报表软件语法总结
JS编辑框： 1.FineReport的js。作为一款BS产品，browser端的JavaScript是必不可少的。 FineReport中的js是已经调用了finereport.js的。大家知道，预览报表时，报表servlet会将cpt模板转为html，在这个html的head头部中会引入FineReport的js，这个finereport.js中包含了许多内置的fun
根据STATUS信息对MySQL进行优化墙头上一根草 status
mysql 查看当前正在执行的操作，即正在执行的sql语句的方法为: show processlist 命令 mysql> show global status;可以列出MySQL服务器运行各种状态值，我个人较喜欢的用法是show status like '查询值%';一、慢查询mysql> show variab
我的spring学习笔记7-Spring的Bean配置文件给Bean定义别名 aijuans Spring 3
本文介绍如何给Spring的Bean配置文件的Bean定义别名？原始的 <bean id="business" class="onlyfun.caterpillar.device.Business"> <property name="writer"> <ref b
高性能mysql 之性能剖析 annan211 性能 mysql mysql 性能剖析剖析
1 定义性能优化 mysql服务器性能，此处定义为响应时间。在解释性能优化之前，先来消除一个误解，很多人认为，性能优化就是降低cpu的利用率或者减少对资源的使用。这是一个陷阱。资源时用来消耗并用来工作的，所以有时候消耗更多的资源能够加快查询速度，保持cpu忙绿，这是必要的。很多时候发现编译进了新版本的InnoDB之后，cpu利用率上升的很厉害，这并不
主外键和索引唯一性约束百合不是茶索引唯一性约束主外键约束联机删除
目标;第一步;创建两张表用户表和文章表第二步;发表文章 1,建表; ---用户表 BlogUsers --userID唯一的 --userName --pwd --sex create
线程的调度 bijian1013 java 多线程 thread 线程的调度 java多线程
1. Java提供一个线程调度程序来监控程序中启动后进入可运行状态的所有线程。线程调度程序按照线程的优先级决定应调度哪些线程来执行。 2. 多数线程的调度是抢占式的（即我想中断程序运行就中断，不需要和将被中断的程序协商） a)
查看日志常用命令 bijian1013 linux 命令 unix
一.日志查找方法，可以用通配符查某台主机上的所有服务器grep "关键字" /wls/applogs/custom-*/error.log 二.查看日志常用命令1.grep '关键字' error.log：在error.log中搜索'关键字'2.grep -C10 '关键字' error.log：显示关键字前后10行记录3.grep '关键字' error.l
【持久化框架MyBatis3一】MyBatis版HelloWorld bit1129 helloworld
MyBatis这个系列的文章，主要参考《Java Persistence with MyBatis 3》。样例数据本文以MySQL数据库为例，建立一个STUDENTS表，插入两条数据，然后进行单表的增删改查 CREATE TABLE STUDENTS ( stud_id int(11) NOT NULL AUTO_INCREMENT,
【Hadoop十五】Hadoop Counter bit1129 hadoop
1. 只有Map任务的Map Reduce Job File System Counters FILE: Number of bytes read=3629530 FILE: Number of bytes written=98312 FILE: Number of read operations=0 FILE: Number of lar
解决Tomcat数据连接池无法释放 ronin47 tomcat 连接池　优化
近段时间，公司的检测中心报表系统(SMC)的开发人员时不时找到我，说用户老是出现无法登录的情况。前些日子因为手头上有Jboss集群的测试工作，发现用户不能登录时，都是在Tomcat中将这个项目Reload一下就好了，不过只是治标而已，因为大概几个小时之后又会再次出现无法登录的情况。今天上午，开发人员小毛又找到我，要我协助将这个问题根治一下，拖太久用户难保不投诉。简单分析了一
java-75-二叉树两结点的最低共同父结点 bylijinnan java
import java.util.LinkedList; import java.util.List; import ljn.help.*; public class BTreeLowestParentOfTwoNodes { public static void main(String[] args) { /* * node data is stored in
行业垂直搜索引擎网页抓取项目 carlwu Lucene Nutch Heritrix Solr
公司有一个搜索引擎项目，希望各路高人有空来帮忙指导，谢谢！这是详细需求：（1）通过提供的网站地址(大概100-200个网站)，网页抓取程序能不断抓取网页和其它类型的文件（如Excel、PDF、Word、ppt及zip类型），并且程序能够根据事先提供的规则，过滤掉不相干的下载内容。（2）程序能够搜索这些抓取的内容，并能对这些抓取文件按照油田名进行分类，然后放到服务器不同的目录中。
[通讯与服务]在总带宽资源没有大幅增加之前,不适宜大幅度降低资费 comsci 资源
降低通讯服务资费，就意味着有更多的用户进入，就意味着通讯服务提供商要接待和服务更多的用户，在总体运维成本没有由于技术升级而大幅下降的情况下，这种降低资费的行为将导致每个用户的平均带宽不断下降，而享受到的服务质量也在下降，这对用户和服务商都是不利的。。。。。。。。 &nbs
Java时区转换及时间格式 Cwind java
本文介绍Java API 中 Date, Calendar, TimeZone和DateFormat的使用，以及不同时区时间相互转化的方法和原理。问题描述：向处于不同时区的服务器发请求时需要考虑时区转换的问题。譬如，服务器位于东八区（北京时间，GMT+8:00），而身处东四区的用户想要查询当天的销售记录。则需把东四区的“今天”这个时间范围转换为服务器所在时区的时间范围。
readonly,只读，不可用 dashuaifu js jsp disable readOnly readOnly
readOnly 和 readonly 不同，在做js开发时一定要注意函数大小写和jsp黄线的警告！！！我就经历过这么一件事：使用readOnly在某些浏览器或同一浏览器不同版本有的可以实现“只读”功能，有的就不行，而且函数readOnly有黄线警告！！！就这样被折磨了不短时间！！！（期间使用过disable函数，但是发现disable函数之后后台接收不到前台的的数据！！！）
LABjs、RequireJS、SeaJS 介绍 dcj3sjt126com js Web
LABjs 的核心是 LAB（Loading and Blocking）：Loading 指异步并行加载，Blocking 是指同步等待执行。LABjs 通过优雅的语法（script 和 wait）实现了这两大特性，核心价值是性能优化。LABjs 是一个文件加载器。RequireJS 和 SeaJS 则是模块加载器，倡导的是一种模块化开发理念，核心价值是让 JavaScript 的模块化开发变得更
[应用结构]入口脚本 dcj3sjt126com PHP yii2
入口脚本入口脚本是应用启动流程中的第一环，一个应用（不管是网页应用还是控制台应用）只有一个入口脚本。终端用户的请求通过入口脚本实例化应用并将将请求转发到应用。 Web 应用的入口脚本必须放在终端用户能够访问的目录下，通常命名为 index.php，也可以使用 Web 服务器能定位到的其他名称。控制台应用的入口脚本一般在应用根目录下命名为 yii（后缀为.php），该文
haoop shell命令 eksliang hadoop hadoop shell
cat chgrp chmod chown copyFromLocal copyToLocal cp du dus expunge get getmerge ls lsr mkdir movefromLocal mv put rm rmr setrep stat tail test text
MultiStateView不同的状态下显示不同的界面 gundumw100 android
只要将指定的view放在该控件里面，可以该view在不同的状态下显示不同的界面，这对ListView很有用，比如加载界面，空白界面，错误界面。而且这些见面由你指定布局，非常灵活。 PS：ListView虽然可以设置一个EmptyView，但使用起来不方便，不灵活，有点累赘。 <com.kennyc.view.MultiStateView xmlns:android=&qu
jQuery实现页面内锚点平滑跳转 ini JavaScript html jquery html5 css
平时我们做导航滚动到内容都是通过锚点来做，刷的一下就直接跳到内容了，没有一丝的滚动效果，而且 url 链接最后会有“小尾巴”，就像#keleyi，今天我就介绍一款 jquery 做的滚动的特效，既可以设置滚动速度，又可以在 url 链接上没有“小尾巴”。效果体验：http://keleyi.com/keleyi/phtml/jqtexiao/37.htmHTML文件代码： &
kafka offset迁移 kane_xie kafka
在早前的kafka版本中（0.8.0），offset是被存储在zookeeper中的。到当前版本（0.8.2）为止，kafka同时支持offset存储在zookeeper和offset manager（broker）中。从官方的说明来看，未来offset的zookeeper存储将会被弃用。因此现有的基于kafka的项目如果今后计划保持更新的话，可以考虑在合适
android > 搭建 cordova 环境 mft8899 android
1 , 安装 node.js http://nodejs.org node -v 查看版本 2, 安装 npm 可以先从 https://github.com/isaacs/npm/tags 下载源码解压到
java封装的比较器，比较是否全相同，获取不同字段名字 qifeifei
非常实用的java比较器，贴上代码： import java.util.HashSet; import java.util.List; import java.util.Set; import net.sf.json.JSONArray; import net.sf.json.JSONObject; import net.sf.json.JsonConfig; i
记录一些函数用法 .Aky. 位运算 PHP 数据库函数 IP
高手们照旧忽略。想弄个全天朝IP段数据库，找了个今天最新更新的国内所有运营商IP段，copy到文件，用文件函数，字符串函数把玩下。分割出startIp和endIp这样格式写入.txt文件，直接用phpmyadmin导入.csv文件的形式导入。（生命在于折腾，也许你们觉得我傻X，直接下载人家弄好的导入不就可以，做自己的菜鸟，让别人去说吧）当然用到了ip2long()函数把字符串转为整型数
sublime text 3 rust wudixiaotie Sublime Text
1.sublime text 3 => install package => Rust 2.cd ~/.config/sublime-text-3/Packages 3.mkdir rust 4.git clone https://github.com/sp0/rust-style 5.cd rust-style 6.cargo build --release 7.ctrl