Intel CELERON 1.10 GHZ - Processor Power for the PPGA and FC-PGA Packages

66 Datasheet
Intel
®
Celeron
®
Processor up to 1.10 GHz
NOTES:
1. These values are specified at nominal VCC
CORE
for the processor core.
2. Thermal Design Power (TDP) represents the maximum amount of power the thermal solution is required to
dissipate. The thermal solution should be designed to dissipate the TDP power without exceeding the
maximum T
JUNCTION
specification.
3. FC-PGA package only.
4. The Thermal Design Power (TDP) Celeron
®
processors in production has been redefined. The updated TDP
values are based on device characterization and do not reflect any silicon design changes to lower processor
power consumption. The TDP values represent the thermal design point required to cool Celeron
®
processors in the platform environment while executing thermal validation type software.
5. Power density is the maximum power the processor die can dissipate (i.e., processor power) divided by the
die area over which the power is generated. Power for these processors is generated from the core area
shown in Figure 17.
6. T
junctionoffset
is the worst-case difference between the thermal reading from the on-die thermal diode and the
hottest location on the processor’s core. T
junctionoffset
values do not include any thermal diode kit
measurement error. Diode kit measurement error must be added to the T
junctionoffset
value from the table.
Intel has characterized the use of the Analog Devices AD1021 diode measurement kit and found its
measurement error to be ±1
o
C.
7. For processors with a CPUID of 0683h, the TDP number is 11.2 W.
8. For processors with a CPUID of 0683h, the TDP number is 11.9 W.
9. For processors with a CPUID of 0683h, the TDP number is 12.6 W.
10.The Tj min for processors with a CPUID of 068x is 0
o
C with a 3
o
C– 5
o
C margin error.
Table 40. Processor Power for the PPGA and FC-PGA Packages
Processor
Core
Frequency
L2
Cache
Size
(KB)
Processor
Thermal
Design
Power
2,3
(W) up to
CPUID
0686h
Processor
Thermal
Design
Power
2,3
(W) for
CPUID
068Ah
Power
Density
5
(W/cm
2
)
For
CPUID
0686h
Power
Density
5
(W/cm
2
)
For
CPUID
068Ah
Min
TCASE
(°C)
Max
T
CASE
(°C)
Max
10
T
JUNCTION
(°C)
T
JUNCTION
Offset
6
(°C)
333 MHz 128 19.7 NA NA NA 5 85 NA NA
366 MHz 128 21.7 NA NA NA 5 85 NA NA
400 MHz 128 23.7 NA NA NA 5 85 NA NA
433 MHz 128 24.1 NA NA NA 5 85 NA NA
466 MHz 128 25.6 NA NA NA 5 70 NA NA
500 MHz 128 27.0 NA NA NA 5 70 NA NA
533 MHz 128 28.3 NA NA NA 5 70 NA NA
533A
3
MHz 128 14.0
4,7
NA 17.5
4
NA NA NA 90 2.6
566
3
MHz 128 14.9
4,8
19.2 18.5
4
30
4
NA NA 90 2.6
600
3
MHz 128 15.8
4,9
19.6
4
19.7
4
30.5
4
NA NA 90 2.6
633 MHz 128 16.5
4
20.2
4
25.8
4
31.5
4
NA NA 82 2.6
667 MHz 128 17.5
4
21.1
4
27.3
4
32.9
4
NA NA 82 2.6
700 MHz 128 18.3
4
21.9
4
28.6
4
34.1
4
NA NA 80 2.7
733 MHz 128 19.1
4
22.8
4
29.8
4
35.5
4
NA NA 80 2.8
766 MHz 128 20.0
4
23.6
4
31.3
4
36.8
4
NA NA 80 3.0
800 MHz 128 20.8
4
24.5
4
32.6
4
38.2
4
NA NA 80 3.0
850 MHz 128 22.5
4
25.7
4
35.2
4
40.0
4
NA NA 80 3.3
900 MHz 128 NA 26.7
4
NA 41.6
4
NA NA 77 3.6
950 MHz 128 NA 28.0 NA 43.6
4
NA NA 79 3.8
1 GHz 128 NA 29.0 NA 45.2
4
NA NA 75 3.8
1.10 GHz 128 NA 33.0 NA 51.4
4
NA NA 77 4.4