Hyperion
10-02-2005, 19:12
Ho trovato queste 2 pagine interessanti, che trattano sui consumi effettivi delle cpu intel mobile:
http://www.cpuheat.wz.cz/html/PentiumM.txt
http://www.cpuheat.wz.cz/html/Mobile_Pentium4.txt
-----------------------------------------------------------------
Intel Pentium M (Banias), 0.13 micron, 1024 kByte Level 2 cache
CPUID=0695h, B1 revision, 100 MHz DAR QDR FSB
Vcc down & Static Max. down - 0.003V/A
FULL SPEED MODE:
VID=1.484V parts / 0.956V battery (Classic Models)
--------------------------------------------------
21A * 1.421V = 29.841W 1.70 GHz
21A * 1.421V = 29.841W 1.60 GHz
21A * 1.421V = 29.841W 1.50 GHz
18A * 1.430V = 25.740W 1.40 GHz
VID=1.388V parts / 0.956V battery (Classic Models)
--------------------------------------------------
19A * 1.331V = 25.289W 1.30 GHz
VID=1.180V parts / 0.956V battery (LV Models)
--------------------------------------------------
12.5A * 1.1425V = 14.28125W 1.30 GHz
12.0A * 1.1440V = 13.72800W 1.20 GHz
12.0A * 1.1440V = 13.72800W 1.10 GHz
VID=1.004V parts / 0.844V battery (ULV Models)
--------------------------------------------------
9.0A * 0.977V = 8.793W 1.10 GHz
9.0A * 0.977V = 8.793W 1.00 GHz
9.0A * 0.977V = 8.793W 900 MHz
BATTERY MODE:
VID=0.956V (battery mode - classic & LV models)
--------------------------------------------------
6.8A * 0.9356V = 6.36208W 600 MHz
VID=0.844V (battery mode - ULV models)
--------------------------------------------------
5.0A * 0.829V = 4.145W 600 MHz
//////////////////////////////////////////////////////////////////////
Intel Celeron M (Banias), 0.13 micron, 512 kByte Level 2 cache
CPUID=0695h, B1 revision, 100 MHz DAR QDR FSB
Vcc down & Static Max. down - 0.003V/A
FULL SPEED MODE:
VID=1.356V parts
--------------------------------------------------
21A * 1.293V = 27.153W 1.40 GHz
21A * 1.293V = 27.153W 1.40 GHz
21A * 1.293V = 27.153W 1.30 GHz
21A * 1.293V = 27.153W 1.20 GHz
VID=1.004V parts
--------------------------------------------------
8.0A * 0.980V = 7.840W 900 MHz
7.4A * 0.982V = 7.265W 800 MHz
7.2A * 0,982V = 7.073W 600 MHz // Embedded only
BATTERY MODE NOT SUPPORTED BY CELERON M !
//////////////////////////////////////////////////////////////////////
Intel Pentium M (Dothan), 0.09 micron, 2048 kByte Level 2 cache
CPUID=06D6h, B1 revision, 100 MHz DAR QDR FSB
Vcc down & Static Max. down - 0.003V/A
Target design point: 25A
FULL SPEED MODE:
VID=1.340V parts / 0.988V battery (Classic Models)
--------------------------------------------------
21A * 1.277V = 26.817W 2.00 GHz
21A * 1.277V = 26.817W 1.80 GHz
21A * 1.277V = 26.817W 1.70 GHz
BATTERY MODE:
VID=0.988V (battery mode - classic & LV models)
--------------------------------------------------
8.1A * 0.9637V = 7.80597W 600 MHz
--------------------------------------------------------------------------
Mobile Intel Pentium 4 Processor-M Northwood, 0.13 micron, 512 kByte Level 2 cache
Mobile Intel Celeron Northwood, 0.13 micron, 512 kByte Level 2 cache
------------------------------------------------
VID=1.300V parts (AC mode)
38.8A * 1.22628V = 47.579664W 2.60 GHz
37.7A * 1.22837V = 46.309549W 2.50 GHz
36.7A * 1.23027V = 45.150909W 2.40 GHz
34.5A * 1.23445V = 42.588525W 2.20 GHz
33.3A * 1.23673V = 41.183109W 2.00 GHz
32.2A * 1.23882V = 39.890004W 1.90 GHz
31.0A * 1.24110V = 38.474100W 1.80 GHz
29.9A * 1.24319V = 37.171381W 1.70 GHz
28.7A * 1.24547V = 35.744989W 1.60 GHz
27.5A * 1.24775V = 34.313125W 1.50 GHz
26.3A * 1.25003V = 32.875789W 1.40 GHz
VID=1.200V parts (battery mode)
22.1A * 1.15801V = 25.592021W 1.20 GHz
//////////////////////////////////////////////////////////////////////////////////
Mobile Intel Pentium 4 Processor with 533 MHz System Bus Northwood, 0.13 micron,
512 kByte Level 2 cache
------------------------------------------------
VID=1.525V parts (AC mode)
50.7A * 1.42867V = 72.433569W 2.40 GHz
53.9A * 1.42259V = 76.677601W 2.66 GHz
55.9A * 1.41879V = 79.310361W 2.80 GHz
------------------------------------------------
VID=1.550V parts (AC mode)
65.4A * 1.42574V = 93.243396W 3.06 GHz
67.4A * 1.42194V = 95.838756W 3.20 GHz
VID=1.200V parts (battery mode)
34.1A * 1.13521V = 38.710661W 1.60 GHz
//////////////////////////////////////////////////////////////////////////////////
Mobile Intel Pentium 4 Processor with 533 MHz System Bus Prescott, 90nm,
1024 kByte Level 2 cache
------------------------------------------------
VID=1.400V parts (AC mode)
80A * 1.284V = 102.72W 2.80 GHz
80A * 1.284V = 102.72W 3.06 GHz
80A * 1.284V = 102.72W 3.20 GHz
VID=1.150V parts (battery mode)
44A * 1.0862V = 47.7928W 1.86 GHz
Non so come siano stati fatti i test, perņ mi sembrano abbastanza attendibili.....
Certo che per un notebook mi sembrano eccessivi 100 W per la sola cpu....
Avete qualche test per le cpu AMD?
:)
Ciao!!
http://www.cpuheat.wz.cz/html/PentiumM.txt
http://www.cpuheat.wz.cz/html/Mobile_Pentium4.txt
-----------------------------------------------------------------
Intel Pentium M (Banias), 0.13 micron, 1024 kByte Level 2 cache
CPUID=0695h, B1 revision, 100 MHz DAR QDR FSB
Vcc down & Static Max. down - 0.003V/A
FULL SPEED MODE:
VID=1.484V parts / 0.956V battery (Classic Models)
--------------------------------------------------
21A * 1.421V = 29.841W 1.70 GHz
21A * 1.421V = 29.841W 1.60 GHz
21A * 1.421V = 29.841W 1.50 GHz
18A * 1.430V = 25.740W 1.40 GHz
VID=1.388V parts / 0.956V battery (Classic Models)
--------------------------------------------------
19A * 1.331V = 25.289W 1.30 GHz
VID=1.180V parts / 0.956V battery (LV Models)
--------------------------------------------------
12.5A * 1.1425V = 14.28125W 1.30 GHz
12.0A * 1.1440V = 13.72800W 1.20 GHz
12.0A * 1.1440V = 13.72800W 1.10 GHz
VID=1.004V parts / 0.844V battery (ULV Models)
--------------------------------------------------
9.0A * 0.977V = 8.793W 1.10 GHz
9.0A * 0.977V = 8.793W 1.00 GHz
9.0A * 0.977V = 8.793W 900 MHz
BATTERY MODE:
VID=0.956V (battery mode - classic & LV models)
--------------------------------------------------
6.8A * 0.9356V = 6.36208W 600 MHz
VID=0.844V (battery mode - ULV models)
--------------------------------------------------
5.0A * 0.829V = 4.145W 600 MHz
//////////////////////////////////////////////////////////////////////
Intel Celeron M (Banias), 0.13 micron, 512 kByte Level 2 cache
CPUID=0695h, B1 revision, 100 MHz DAR QDR FSB
Vcc down & Static Max. down - 0.003V/A
FULL SPEED MODE:
VID=1.356V parts
--------------------------------------------------
21A * 1.293V = 27.153W 1.40 GHz
21A * 1.293V = 27.153W 1.40 GHz
21A * 1.293V = 27.153W 1.30 GHz
21A * 1.293V = 27.153W 1.20 GHz
VID=1.004V parts
--------------------------------------------------
8.0A * 0.980V = 7.840W 900 MHz
7.4A * 0.982V = 7.265W 800 MHz
7.2A * 0,982V = 7.073W 600 MHz // Embedded only
BATTERY MODE NOT SUPPORTED BY CELERON M !
//////////////////////////////////////////////////////////////////////
Intel Pentium M (Dothan), 0.09 micron, 2048 kByte Level 2 cache
CPUID=06D6h, B1 revision, 100 MHz DAR QDR FSB
Vcc down & Static Max. down - 0.003V/A
Target design point: 25A
FULL SPEED MODE:
VID=1.340V parts / 0.988V battery (Classic Models)
--------------------------------------------------
21A * 1.277V = 26.817W 2.00 GHz
21A * 1.277V = 26.817W 1.80 GHz
21A * 1.277V = 26.817W 1.70 GHz
BATTERY MODE:
VID=0.988V (battery mode - classic & LV models)
--------------------------------------------------
8.1A * 0.9637V = 7.80597W 600 MHz
--------------------------------------------------------------------------
Mobile Intel Pentium 4 Processor-M Northwood, 0.13 micron, 512 kByte Level 2 cache
Mobile Intel Celeron Northwood, 0.13 micron, 512 kByte Level 2 cache
------------------------------------------------
VID=1.300V parts (AC mode)
38.8A * 1.22628V = 47.579664W 2.60 GHz
37.7A * 1.22837V = 46.309549W 2.50 GHz
36.7A * 1.23027V = 45.150909W 2.40 GHz
34.5A * 1.23445V = 42.588525W 2.20 GHz
33.3A * 1.23673V = 41.183109W 2.00 GHz
32.2A * 1.23882V = 39.890004W 1.90 GHz
31.0A * 1.24110V = 38.474100W 1.80 GHz
29.9A * 1.24319V = 37.171381W 1.70 GHz
28.7A * 1.24547V = 35.744989W 1.60 GHz
27.5A * 1.24775V = 34.313125W 1.50 GHz
26.3A * 1.25003V = 32.875789W 1.40 GHz
VID=1.200V parts (battery mode)
22.1A * 1.15801V = 25.592021W 1.20 GHz
//////////////////////////////////////////////////////////////////////////////////
Mobile Intel Pentium 4 Processor with 533 MHz System Bus Northwood, 0.13 micron,
512 kByte Level 2 cache
------------------------------------------------
VID=1.525V parts (AC mode)
50.7A * 1.42867V = 72.433569W 2.40 GHz
53.9A * 1.42259V = 76.677601W 2.66 GHz
55.9A * 1.41879V = 79.310361W 2.80 GHz
------------------------------------------------
VID=1.550V parts (AC mode)
65.4A * 1.42574V = 93.243396W 3.06 GHz
67.4A * 1.42194V = 95.838756W 3.20 GHz
VID=1.200V parts (battery mode)
34.1A * 1.13521V = 38.710661W 1.60 GHz
//////////////////////////////////////////////////////////////////////////////////
Mobile Intel Pentium 4 Processor with 533 MHz System Bus Prescott, 90nm,
1024 kByte Level 2 cache
------------------------------------------------
VID=1.400V parts (AC mode)
80A * 1.284V = 102.72W 2.80 GHz
80A * 1.284V = 102.72W 3.06 GHz
80A * 1.284V = 102.72W 3.20 GHz
VID=1.150V parts (battery mode)
44A * 1.0862V = 47.7928W 1.86 GHz
Non so come siano stati fatti i test, perņ mi sembrano abbastanza attendibili.....
Certo che per un notebook mi sembrano eccessivi 100 W per la sola cpu....
Avete qualche test per le cpu AMD?
:)
Ciao!!