Notebookcheck

Core Duo Notebook Processor (CPU)

The Intel Core Duo processor is Intel's first mobile dual core processor for notebooks and a key component of the Intel Centrino processor technology. It belongs to the Core processor family, is based on the Pentium M architecture (two improved Pentium M cores) and the direct predecessor of the Intel Core 2 Duo notebook processors, which were introduced in July 2006.

The Intel Core Duo processor integrates two 32-Bite cores (based on the Pentium M), which are optimised for mobile operation in a single processor. Therewith, it is possible to run threads and application in separate cores with separate CPU resources in parallel and, so, the performance can increase depending on the other hardware components if this feature is supported by the operating system and the software.

Later on the design of the Core Duo was reused for the Pentium Dual-Core (an inexpensive alternative to the Core 2 Duo and a direct competitor of the Turion (64) X2 processors).

Key Features

  • Two 32 Bit Cores with shared L2 cache
  • Intel Smart Cache – 2MB L2 cache with enhanced Transfer Cache Architecture
  • Intel Digital Media Boost
  • Intel Dynamic Power Coordination with Dynamic Bus Parking
  • Enhanced Intel Deeper Sleep with Intel Smart Cache Sizing
  • Intel Advanced Thermal Manager
  • Power-Optimized 667 MHz System Bus (all but Uxxxx processors)
  • Enhanced Intel SpeedStep Technology Support
  • 65nm lithography

Performance

After first benchmarks it gets obvious that the Core Duo is at least equally fast than a Pentium M with same clock speed in all tests. In all applications designed for multi processors the performance is nearly double the performance of the Pentium M (e.g., 86% faster in CineBench).

Technical Specifications

All Core Duo processors are produced in 65 nm technology and have 2 MB level 2 cache. Depending on the model the front-side-bus works either on 667 MHz or on 533 MHz (ultra-low-voltage models). The ultra-low-voltage models require 9.0 Watt, the low-voltage models 15 Watt, all other have an energy demand of 13 Watt. The clock rates of this processor series ranges from 1.06 GHz up to 2.33 GHz. Furthermore, all models implement Intel's Enhanced Speedstep technology, and Execute-Disable-Bit and some of the Intel's Virtualisation technology. The Intel Core Duo is alike the Intel Core Solo and the Intel Xeon dual core processor LV based on the enhanced Pentium M processor microarchitecture.

Enhanced Pentium M Architecture
The Intel Core processor is based on the Pentium M architecture. The Pentium M  brings compared to the former mobile IA-32 processors an improved micro-architecture, a lower energy demand and a good performance. The aim was a longer battery life and being ready for new fields of operation by, e.g., enhanced mobility, a very thin shape, integrated wireless LAN. Thereby the following enhancements were implemented:

  • Support of Intel architectures with Dynamic Execution
  • 32-KByte Instruction-Cache and 32-KByte Write-Back-Data-Cache on-chip
  • Up to 2 MByte Second-Level-Cache wich enhanced Transfer-Cache-Architecture
  • Enhanced Branch-Prediction and Data-Prefetch-Logic
  • Support for MMX-Technology, Streaming-SIMD instructions, and the SSE2 instruction set
  • A 400 or 533 MHz Source-Synchronous system bus
  • Enhanced Power-Management by Enhanced Intel SpeedStep technology

Dual Core Architecture
The Pentium M architecture was further enhanced for the Core Duo (and the Core Solo). The enhancements include:

  • Intel Smart Cache, which improves the data sharing of the two processor cores.
  • Enhanced decoding and SIMD execution
  • Intel Dynamic Power Coordination and Enhanced Intel Deeper Sleep for reducing the energy demand
  • Intel Advanced-Thermal-Manager, which offers digital interfaces to the temperature sensor.
  • Support of the performance-oriented 667 MHz bus
  • SSE3 enhancement of the instruction set

Dualcore Technik
Two processor cores work inside a single processor component at the same clock frequency and share the L2 cache and the front side bus (FSB).

Execute Disable Bit
prohibits security problems caused by buffer overflows if it is activated and supported by the operating system.

Dynamic Execution
includes deep-branch prediction, micro-data flow analysis, out-of-order execution, superior branch prediction, and speculative execution

Smart-Cache
2 MB Level 2 Cache with enhanced cache architecture make the cache more efficient (compared to the Pentium M architecture).

Advanced Thermal Manager
The Thermal Management system, which was enhanced compared to the Pentium M architecture, improves the control and, therefore, allows quieter, cooler, and slimmer notebooks.

Virtualization Technology (VT)
The Intel VT offers hardware support of virtual systems on a single computer (i.e., using more operating systems in parallel and isolated from each other, e.g., Xen or VMWare).

Digital Media Boost
The Digital-Media-Boost is an enhancement of the micro-architecture, which optimises instructions and improves the performance for the purpose of accelerating calculation intensive tasks like audio, and video processing, picture editing, 3D graphics and scientific calculations.

#Technisch Daten 1

Energy Saving Functions

Dynamic Power Coordination with Dynamic Bus Parking
On demand both cores are used or vice versa if the performance requirements are not that high one of the two cores will be deactivated.

Enhanced Deeper Sleep with Dynamic Cache Sizing
The enhanced Deeper Sleep allows an even lower minimum voltage than Deeper Sleep and, so, enhances the possibilities to save energy. Dynamic Cache Sizing is also an energy saving mechanism, which allows an automatic memory flush depending on the demands and in idle times.

Enhanced Intel SpeedStep Technology
Depending on the load the SpeedStep Technology allows to switch between different states and to save energy if possible.

Core Duo versus Core 2 Duo

In our special article about the Core 2 Duo processor  you can learn about differences between the Core Duo (Yonah) architecture and the Core 2 Duo (Merom).

Abwärtskompatibilität

Der Core 2 Duo vor Einführung der Santa Rosa Platform basiert noch wie der Vorgänger auf das PGA Socket-M Interface. Dadurch ist es möglich manche Notebooks von einem Core Duo auf einen Core 2 Duo aufzurüsten. Nötig hierzu ist jedoch ein Bios das den Core 2 Duo unterstützt. Außerdem darf der Prozessor nicht mit dem Mainboard verlötet sein (wie beim BGA - Ball Grid Array - Gehäuse).

Folgende Chipsätze unterstützen theoretisch einen Core 2 Duo:

Intel 945GM: Core 2 Duo, LV, ULV
Intel 945GMS: Core 2 Duo LV und ULV
Intel 945PM: Core 2 Duo, LV, ULV
Intel 940GML: Unterstützt keinen Core 2 Duo

Montevina Penryn Update (Centrino 2)

Am 15 Juli 2008 stellte Intel im Zuge der Centrino 2 Plattform überarbeitete Penryn Prozessoren mit FSB 1066 und verringertem TDP (Stromverbrauch) vor. Besonders die neue 25 Watt P-Klasse soll leistungsfähige Prozessoren in kleine Laptops bringen.

Penryn Update

Im Jänner 2008 führte Intel neue T9xxx und T8xxx Core 2 Duo Prozessoren auf Basis des neuen "Penryn" Kerns vor. Diese Prozessoren werden in 45nm hergestellt (die Vorgänger noch in 65nm) und bieten einen größeren Level 2 Cache (3 und 6 MB, je nach Version - derzeit). Weiters bekam Penryn eine schnellere Divisionseinheit und 47 neue SSE Befehle (SSE4 getauft). Dank des neuen Produktionsprozesses konnte Intel die Taktraten steigern (bei gleichem Stromverbrauch).

Nach ersten Messungen der c't war ein Penryn T9500 rund 5-10% schneller als ein ein gleichgetakteter Merom T7800. Bei wenigen Tests konnte die c't sogar bis zu 25% an Mehrleistung messen. Einzelne SPEC-Benchmarks des CPU2000 liefen jedoch sogar langsamer als beim Merom. Grundsätzlich führen sie die Mehrleistung (wenn messbar) hauptsächlich auf den größeren L2 Cache zurück. Weitere Informationen und Benchmarks finden Sie in unserem Intel Core 2 Duo „Penryn“ CPU Vergleichstest.

Santa Rosa Update

Dynamic FSB Switching
Dynamic FSB Switching
Dynamic Acceleration
Dynamic Acceleration
Longer Deeper Sleep
Longer Deeper Sleep

Am 9. Mai 2007 wurde im Zuge der 4. Centrino Generation namens Santa Rosa auch der Core 2 Duo Prozessor erneuert. Der Prozessor basiert immer noch auf dem Merom Kern, wurde jedoch um einige Stromspar- und Optimierungsfunktionen erweitert. Ausserdem braucht er nun den neuen Socket P mit 478 Pins, der jedoch nicht mehr Pin-kompatibel mit dem Socket M der älteren Core 2 Duo ist.

Im Unterschied zu den Vorgänger Core 2 Duo Prozessoren arbeiten die neuen CPUs nun mit FSB 800 (200 MHz Quad-pumped) anstatt FSB 667 (133 MHz Quad-pumped).

Dieser unterstützt nun "Dynamic Front Side Bus Switching", wobei bei geringer Prozessorlast der FSB von 200 MHz auf bis zu 100 MHz (FSB 400) abgesenkt werden kann um Energie zu sparen. Diese Absenkung betrifft jedoch nur Chipsatz und Prozessor und wird daher "virtuell" genannt. Der Core 2 Duo kann sich dank Speedstep auf minimal 1.2 GHz runtertakten. Dank dem niedrigeren (virtuellen) FSB kann sich der "Santa Rosa" Core 2 Duo auf 800 MHz heruntertakten um noch mehr Strom zu sparen.

Ein weiteres neues Feature ist das dynamische Übertakten eines Kerns namens "Dynamic Acceleration". Wenn nur ein Kern des Prozessors gefordert wird, dann kann sich der eine Kern dynamisch übertakten, während der zweite Kern in den stromsparenden C3-Modus verweilt. Dadurch kann der übertaktete Kern mit der Taktrate des nächshöheren Modells arbeiten (z.B. 2.2 statt 2.0 GHz beim T7300). Dadurch bleibt die TDP (Thermal Design Power) gleich und erfordert keine angepassten Kühllösungen.

Wenn der Prozessor gerade keine Aufgabe zum Abarbeiten hat, begibt er sich in die unterschiedliche Sparzustände (C1 bis C4/DC4). Bei Santa Rosa sorgt der neue Chipsatz dafür, das der Prozessor so lange wie mögliche im Sparzustand verbleibt (z.B. fängt er Speicheranfragen ab).

Models

Intel Core 2 Duo Box

Processor numbers for the Intel Core CPU are categorized in 4-digit numerical sequences with an alphabetical prefix. All processors with leading 'T' have standard energy demand. Except of these there are also Lxxxx (low-voltage) and Uxxx (ultra-low voltage) processors available.

The following number is based on a variety of

  • Cache
  • Front side bus
  • Clock speed
  • Power
  • New Instructions
  • Other Intel technologies.

Thereby a higher number hints on more features, but this can also mean that a  processor features more of an aspect, but less of another.

A detailed list of all models is available in our overview of mobile processors.

A categorization according to performance of all mobile processors is available in our benchmark list of mobile processors.

Restrictions

(Manufacturer, Model, Series, Codename), Connect search words with   .

   min. TDP W    max. TDP W    Architecture

all, none

all, none

Permalink:

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MediaTek Helio X27 MT6797X260010/10
Intel Core i9-7900X10MB + 13.8MB1403300 ‑ 450010/20
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Microsoft SQ1 + 2MB30008/8
Qualcomm Snapdragon 62520008/8
Qualcomm Snapdragon 43920008/8
Qualcomm Snapdragon 8cx + 2MB28408/8
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HiSilicon Kirin 92518008/8
Qualcomm Snapdragon 71022008/8
Qualcomm Snapdragon 67020168/8
AMD Ryzen 7 3700X4MB + 32MB653600 ‑ 44008/16
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Intel Core i9-9900K2MB + 16MB953600 ‑ 50008/16
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7933n4
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Intel Core i9-10885H2MB + 16MB452400 ‑ 53008/16
Mediatek Helio G8020008/8
Intel Xeon W-10885M2MB + 16MB452400 ‑ 53008/16
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AMD Ryzen 7 4800H4MB + 7.9MB452900 ‑ 42008/16
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Samsung Exynos 7870 Octa16008/8
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Apple A12X Bionic8MB ‑ 24908/8
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Qualcomm Snapdragon 652 MSM897618008/8
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Samsung Exynos 98201900 ‑ 27008/8
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HiSilicon Kirin 980 ‑ 26008/8
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Qualcomm Snapdragon 765G1800 ‑ 24008/8
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Qualcomm Snapdragon 616 MSM8939v217008/8
Qualcomm Snapdragon 615 MSM893917008/8
HiSilicon Kirin 62012008/8
Mediatek MT675315008/8
Mediatek MT6750S15008/8
Mediatek MT6750N15008/8
Mediatek MT675015008/8
Mediatek MT65921MB17008/8
Qualcomm Snapdragon 67520008/8
Qualcomm Snapdragon 835 (8998)24508/8
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3198
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Qualcomm Snapdragon 71223008/8
Samsung Exynos 8895 Octa23008/8
Samsung Exynos 8890 Octa26008/8
Qualcomm Snapdragon 43514008/8
Samsung Exynos 96111700 ‑ 23008/8
Mediatek MT6595 Turbo2MB25008/8
Qualcomm Snapdragon 430 (MSM8937)14008/8
Samsung Exynos 96101700 ‑ 23008/8
Samsung Exynos 5433 Octa19008/8
Qualcomm Snapdragon 415 MSM892914008/8
Qualcomm Snapdragon 8651.8MB + 7MB52420 ‑ 28408/8
HiSilicon Kirin 95525008/8
Mediatek Helio A2518008/8
Qualcomm Snapdragon 63618008/8
Samsung Exynos 790418008/8
Qualcomm Snapdragon 63218008/8
HiSilicon Kirin 990 5G ‑ 28608/8
HiSilicon Kirin 990 ‑ 28608/8
Samsung Exynos 9902000 ‑ 27308/8
Qualcomm Snapdragon 855+ / 855 Plus1.8MB + 5MB5 ‑ 29608/8
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Qualcomm Snapdragon 8551.8MB + 5MB528408/8
HiSilicon Kirin 95023008/8
Samsung Exynos 96091600 ‑ 22008/8
AMD Ryzen 7 3800XT4MB + 32MB1053900 ‑ 47008/16
6035
40528
2.36
24.18
219
2230
3.74
271
119
HiSilicon Kirin 8201840 ‑ 23608/8
Qualcomm Snapdragon 63022008/8
Qualcomm Snapdragon 62622008/8
Samsung Exynos 5430 Octa512KB18008/8
Qualcomm Snapdragon 865+ (Plus)1.8MB + 7MB52420 ‑ 31008/8
UNISOC SC9863A16008/8
Mediatek Helio P23 MT6763T2300 ‑ 25008/8
Mediatek Helio P23 MT6763V20008/8
Mediatek MT65952MB22008/8
AMD FX-83508MB + 8MB1254000 ‑ 42008/8
6648
3201
16904
1.1n2
6.89n2
97
636
8.34n2
138.75n2
43.5n2
Mediatek MT6595M2MB20008/8
Intel Core i5-10600K1.5MB + 12MB1254100 ‑ 48006/12
7343
40074
2.19
15.76
205
1452
4.65
251.5
88.15
Intel Core i7-8086K1.5MB + 12MB953700 ‑ 50006/12
11218n2
7216n2
35896n2
2.28n2
15.04n2
206n3
1349n3
4.13n2
230.53n2
85.45n2
Intel Core i7-8700K1.5MB + 12MB953700 ‑ 47006/12
11701n3
7328n4
39096n4
2.2n4
15n4
192n5
1362n5
4.16n5
232n3
87.2n3
Intel Core i9-8950HK1.5MB + 12MB452900 ‑ 48006/12
11055n7
7149n5
36591n5
2.24n7
13.22n7
195n14
1223.5n14
8.08
224.91n2
77.92n2
Intel Xeon E-2186M1.5MB + 12MB452900 ‑ 48006/12
1098
PosModelL2 Cache + L3 CacheTDP (Watt)MHz - TurboCores / Threads3DMark06 CPUCinebench R10 32Bit SingleCinebench R10 32Bit MultiCinebench R11.5 CPU Single 64BitCinebench R11.5 64BitCinebench R15 CPU Single 64BitCinebench R15 CPU Multi 64BitwPrime 32(-)x264 Pass 1x264 Pass 2
Intel Xeon E-2276M1.5MB + 12MB452800 ‑ 47006/12
189
1205
Intel Xeon E-2176G1.5MB + 12MB803700 ‑ 47006/12
11719
7369
39053
2.2
14.58
200
1324
4.52
233.2
83.3
Intel Core i7-87001.5MB + 12MB653200 ‑ 46006/12
11193n3
7171n3
35384n3
2.17n2
12.97n2
192n3
1199n3
6.77n2
234.64n3
75.2n3
Intel Core i5-9600K1.5MB + 9MB953700 ‑ 46006/6
10974
7205
33950
2.24
10.98
193
1094
6.03
250
68.75
Intel Core i7-9850H1.5MB + 12MB452600 ‑ 46006/12
10056n2
7169
31938
2.13
12.47
194.5n3
1172n3
8.3
201.29
68.31
Intel Core i7-9750H + 12MB452600 ‑ 45006/12
10791.5n10
6970n13
34445n13
2.12n10
13.18n10
184.48n80
1185n83
4.93
214.8n2
70.25n2
AMD Ryzen 5 4600H3MB + 11MB453000 ‑ 40006/12
5365
32756
2.04
16.25
178n3
1436.5n4
197
82.9
AMD Ryzen 5 4600HS3MB + 8MB353000 ‑ 40006/12
Qualcomm Snapdragon 808 MSM899220006/6
Qualcomm Snapdragon 650 MSM895618006/6
Intel Xeon W-10855M1.5MB + 12MB452800 ‑ 51006/12
Intel Core i7-10850H1.5MB + 12MB452700 ‑ 51006/12
Intel Core i7-10750H1.5MB + 12MB452600 ‑ 50006/12
11307n3
7376.5n2
37154n2
2.2n2
13.92n2
192n15
1308n15
5.56
221.2n2
78.3n2
Intel Xeon E-2176M1.5MB + 12MB452700 ‑ 44006/12
9757n3
6973n3
32132n3
2.04n3
12.29n3
187n3
1095n3
5.34n2
203.5n2
63.06n2
Intel Core i7-8850H1.5MB + 9MB452600 ‑ 43006/12
10516n3
6766n4
34216.5n4
2.01n4
13.85n5
181.5n10
1090n15
216.1n2
71.35n2
Intel Core i5-8600K1.5MB + 9MB953600 ‑ 43006/6
9078
6875
32863
2.07
10.76
181n2
989.5n2
5.69
232.65n2
63.35n2
Samsung Exynos 5260 Hexa17006/6
Intel Core i7-10810U1MB + 12MB151100 ‑ 49006/12
6496
7197
19661
161
1064.2
4.86
153.7
39.7
Intel Core i5-85001.5MB + 9MB653000 ‑ 41006/6
9903
8606
40829
1.96
10.21
172
950
26.52
206.5
Intel Core i7-8750H1.5MB + 9MB452200 ‑ 41006/12
10294.5n22
6471n25
33595n25
1.98n40
12.33n41
173n86
1116n93
5.48n6
200.3n2
67.18n2
PosModelL2 Cache + L3 CacheTDP (Watt)MHz - TurboCores / Threads3DMark06 CPUCinebench R10 32Bit SingleCinebench R10 32Bit MultiCinebench R11.5 CPU Single 64BitCinebench R11.5 64BitCinebench R15 CPU Single 64BitCinebench R15 CPU Multi 64BitwPrime 32(-)x264 Pass 1x264 Pass 2
Intel Core i7-10710U1MB + 12MB151100 ‑ 47006/12
10451
6972n2
31643.5n2
2.18n3
11.81n3
176n7
1067n7
5.24n2
204n3
60.55n3
Intel Core i5-84001.5MB + 9MB652800 ‑ 40006/6
9474
6363.5n2
30789.5n2
1.9
10.99
169.5n2
941n3
6.2
223.8
61.4
AMD Ryzen 5 2600X4MB + 16MB953600 ‑ 42006/12
4958
29954
1.81
14.56
163
1341
4.62
207.4
80.5
AMD Ryzen 5 26004MB + 16MB653400 ‑ 39006/12
9290
4726
28173
1.76
13.71
159
1270
5.5
205.3
74.96
Intel Core i5-8500T1.5MB + 9MB352100 ‑ 35006/6
8062
5493
25971
1.65
8.6
145
843
8.03
196
51.75
Intel Core i7-4960X1.5MB + 15MB1303600 ‑ 40006/12
8743
11.23n3
144
1076
4.56
Intel Core i7-3960X1.5MB + 15MB1303300 ‑ 39006/12
8330n3
5013.5n2
27189.5n2
1.52n2
10.52n4
159
1158
5.12n2
173n3
54.8n3
AMD Ryzen 5 16003MB + 16MB653200 ‑ 36006/12
8244n2
4538n3
25970n3
1.65n3
12.57n3
147n5
1129n5
6.85n3
177n3
68.7n3
AMD Ryzen 5 PRO 4650U3MB + 8MB152100 ‑ 40006/12
AMD Ryzen 5 4600U3MB + 8MB152100 ‑ 40006/12
175
838
AMD Ryzen 5 4500U3MB + 8MB152300 ‑ 40006/6
8933.5n2
5337n2
24155.5n2
2.03n2
10.91n2
175n7
883.5n12
8.3n3
210
59.25
Intel Core i5-9400F1.5MB + 9MB652900 ‑ 41006/6
6490
31523
1.95
11.27
173
984
6.76
234
64
Mediatek MT817621006/6
Intel Core i7-990X EE1.5MB + 12MB1303467 ‑ 37336/12
7042n5
4204n3
22228n3
8.85n4
5.17
Intel Core i7-980X EE1.5MB + 12MB1303333 ‑ 36006/12
7122.5n2
23150
8.88n2
5.1n2
Apple A13 Bionic12MB ‑ 26606/6
Apple A12 Bionic8MB ‑ 24906/6
Apple A11 Bionic8MB ‑ 23906/6
Apple A10X Fusion23906/3
Intel Xeon X56701.5MB + 12MB952933 ‑ 33336/12
5794
3698
19954
7.55
PosModelL2 Cache + L3 CacheTDP (Watt)MHz - TurboCores / Threads3DMark06 CPUCinebench R10 32Bit SingleCinebench R10 32Bit MultiCinebench R11.5 CPU Single 64BitCinebench R11.5 64BitCinebench R15 CPU Single 64BitCinebench R15 CPU Multi 64BitwPrime 32(-)x264 Pass 1x264 Pass 2
Intel Core i5-10400F1.5MB + 12MB652900 ‑ 43006/12
6719
36564
2.03
14.39
180
1332
6.25
228.5
81.2
Intel Core i5-L16G71.5MB + 4MB71400 ‑ 30005/5
4079
9003
1.42
3.18
88.3
255
28.6
Intel Core i3-L13G41.5MB + 4MB7800 ‑ 28005/5
AMD Ryzen 5 2500U2MB + 4MB152000 ‑ 36004/8
4828n3
4410.5n6
15683.5n6
1.59n4
6.64n4
137n15
609n16
10.23n2
121n2
34.7n2
VIA Nano QuadCore L47004MB27.51200 ‑ 14604/4
1615
AMD Ryzen 5 PRO 2500U2MB + 4MB152000 ‑ 36004/8
5635n3
4349n3
14336n3
1.55n3
6.08n3
134n3
553n3
12.36n2
97.71n2
33.91n2
Intel Core i3-8100H1MB + 8MB4530004/4
Intel Core i7-2760QM1MB + 6MB452400 ‑ 35004/8
6000.5n4
4474n4
16211n4
5.63n4
8.24
120.4
28
Intel Core 2 Quad (Desktop) Q66008MB10524004/4
3546.5n2
2460
8800
Qualcomm Snapdragon 801 MSM8974AA2MB22604/4
Intel Core 2 Quad Q910012MB4522604/4
3310n2
2905n2
10081n2
Intel Pentium J29002MB102410 ‑ 26674/4
AMD A8-8600P2MB12-351600 ‑ 30004/4
Intel Core i5-64001MB + 6MB652700 ‑ 33004/4
5088
18297
1.51
5.92
134
510
10.48
150.1
33.9
AMD Pro A8-8600B2MB12-351600 ‑ 30004/4
2111
5885
0.81
2.18
69
181
18.78
67.5
13.5
Qualcomm Snapdragon 800 MSM89742MB23004/4
Intel Core i5-6500T1MB + 6MB352500 ‑ 31004/4
5832
4880
16462
1.45
5.36
128
466
11.56
153.49
32.32
AMD A8-7200P4MB352400 ‑ 33004/4
Intel Core i5-24001MB + 6MB953100 ‑ 34004/4
5715n5
4425
15344
5.09n4
11.7
137
26.7
Intel Core i7-9601MB + 8MB1303200 ‑ 34664/8
5360
3863
15223
5.47
12.2
PosModelL2 Cache + L3 CacheTDP (Watt)MHz - TurboCores / Threads3DMark06 CPUCinebench R10 32Bit SingleCinebench R10 32Bit MultiCinebench R11.5 CPU Single 64BitCinebench R11.5 64BitCinebench R15 CPU Single 64BitCinebench R15 CPU Multi 64BitwPrime 32(-)x264 Pass 1x264 Pass 2
Intel Core i7-9501MB + 8MB1303060 ‑ 33334/8
5143n5
3652n3
14558n3
5.21n2
8.05
Qualcomm Snapdragon 821 MSM8996 Pro1.5MB24004/4
Intel Core i7-2820QM1MB + 8MB452300 ‑ 34004/8
5818.5n10
4249.5n6
15043.5n6
5.48n7
10n7
Intel Core i7-3612QM1MB + 6MB352100 ‑ 31004/8
5466n13
4112.5n14
15678n14
1.27n9
5.62n14
9.58n9
123.76n4
31.1n4
AMD A10-5750M4MB352500 ‑ 35004/4
3238n5
2579n5
6451n5
0.85n5
2.31n5
76n5
209n5
22.5n2
76n3
15n3
Intel Core i7-2720QM1MB + 6MB452200 ‑ 33004/8
5616n8
4167n5
14852n5
5.29n8
13.12n3
AMD A10-5757M4MB352500 ‑ 35004/4
2986
2182
3774
0.88n2
2.23n2
28.7
39.24
7.64
Intel Core i7-2675QM1MB + 6MB452200 ‑ 31004/8
Intel Core i7-2670QM1MB + 6MB452200 ‑ 31004/8
5400.5n12
3899.5n12
14842.5n12
5.19n13
10.56n3
115.11n3
26.5n3
Intel Core i5-6400T1MB + 6MB352200 ‑ 28004/4
5161
4397
14798
1.35
4.82
119
420
12.88
139.2
28.07
AMD Phenom II X4 X940 BE2MB4524004/4
Qualcomm Snapdragon 820 MSM89961.5MB22004/4
AMD Ryzen 3 3300U2MB + 4MB152100 ‑ 35004/4
4332
4280
12357
134
471
11.94
132.1
26.2
AMD Ryzen 3 PRO 3300U2MB + 4MB152100 ‑ 35004/4
1.43
5.52
126
481
Intel Pentium N35302MB7.52160 ‑ 25804/4
1312.5n4
4450n4
0.47n5
1.82n5
39n4
130.5n4
23.6
53.76
10.86
AMD Ryzen 3 2300U2MB + 4MB152000 ‑ 34004/4
0.79
4.46
79
422.53
AMD Ryzen 3 PRO 2300U2MB + 4MB152000 ‑ 34004/4
Intel Pentium N37002MB61600 ‑ 24004/4
2174.5n2
1200n5
3148n5
0.45n3
1.71n3
37n5
141n5
23.09
49.74
10.04
Intel Pentium J28502MB1024004/4
Intel Pentium N35202MB7.52167 ‑ 24204/4
2320n2
1252n2
4327.5n2
0.44n4
1.76n4
38n3
144n3
28n2
50.93n2
10.16n2
PosModelL2 Cache + L3 CacheTDP (Watt)MHz - TurboCores / Threads3DMark06 CPUCinebench R10 32Bit SingleCinebench R10 32Bit MultiCinebench R11.5 CPU Single 64BitCinebench R11.5 64BitCinebench R15 CPU Single 64BitCinebench R15 CPU Multi 64BitwPrime 32(-)x264 Pass 1x264 Pass 2
Intel Celeron J19002MB102000 ‑ 24204/4
Intel Atom Z35702MB20004/4
Intel Atom x7-Z87002MB1600 ‑ 24004/4
1114n2
3116n2
0.41n2
1.26n2
37.5n2
116n2
24.51
50.82
10.28
Intel Core i7-9401MB + 8MB1302930 ‑ 32004/8
5054
3550
13888
4.91
13.4
Intel Core i7-9201MB + 8MB1302660 ‑ 29304/8
4727.5n2
3874n2
15575.5n2
4.79
9.57n2
Intel Core i7-2635QM1MB + 6MB452000 ‑ 29004/8
4906
3699n9
13581n9
4.68n9
15
AMD A10-4600M4MB352300 ‑ 32004/4
2865.5n8
2078n7
5696n7
0.7n7
2.01n9
63n3
187n3
26.49n5
57.54n4
13.1n4
Intel Core i7-2630QM1MB + 6MB452000 ‑ 29004/8
5039n45
3662n46
13833n47
4.82n46
10.1n19
AMD A10-4657M4MB352300 ‑ 32004/4
Intel Core i5-7501MB + 8MB952660 ‑ 32004/4
4320
3458
11048
3.76
12.06
AMD E2-71102MB12-1518004/4
2407
1429
4974
0.45
1.78
37
140
29.2
46.45
10.8
AMD A4-62102MB1518004/4
2398
1373.5n2
4284.5n2
0.46n2
1.75n2
37.5n2
134.5n2
34.05
46.74
9.99
Intel Core i7-940XM1MB + 8MB552130 ‑ 33334/8
4064n3
3630
11391
3.85n2
25.18n2
AMD A10-5745M4MB252100 ‑ 29004/4
2745n3
2065n2
5480n2
0.69n2
1.92n2
63.5n2
177n2
34.97
62.1
12.7
Intel Atom Z35602MB18304/4
AMD A8-5550M4MB352100 ‑ 31004/4
2795n3
2321n3
5844n3
0.78n3
2.05n3
68
188
26.02n3
70.59n2
13.49n2
AMD A8-5557M4MB352100 ‑ 31004/4
2747
2115
5259
0.78
1.91
26.82
62.5
12.4
Intel Atom x5-Z85502MB1440 ‑ 24004/4
36
134
Intel Pentium Silver N50004MB61100 ‑ 27004/4
3320n2
2295n6
6688n6
0.94
2.8
78n12
236.5n12
16.83
76.3
15.4
Intel Atom Z37952MB<41590 ‑ 23904/4
2145.5n2
1234n3
3715n2
0.44n2
1.63n2
37n3
131n3
27.16n2
42.14n2
8.31n2
PosModelL2 Cache + L3 CacheTDP (Watt)MHz - TurboCores / Threads3DMark06 CPUCinebench R10 32Bit SingleCinebench R10 32Bit MultiCinebench R11.5 CPU Single 64BitCinebench R11.5 64BitCinebench R15 CPU Single 64BitCinebench R15 CPU Multi 64BitwPrime 32(-)x264 Pass 1x264 Pass 2
AMD FX-75004MB192100 ‑ 33004/4
2770.5n2
2060n2
5482n2
0.65n2
1.72n2
55n2
153n2
23.32
68.5
13.9
Intel Atom Z37852MB<41490 ‑ 24104/4
Intel Atom x3-C34401MB1200 ‑ 14004/4
Intel Core 2 Extreme (Desktop) QX68508MB13030004/4
4450n3
3095
10990
3.39
Intel Atom Z37752MB<41460 ‑ 23904/4
2195
1144n3
4014n3
0.4
1.49
25.47n2
47
9.5
Intel Core i7-920XM1MB + 8MB552000 ‑ 32004/8
3797n4
4322n2
11916n2
3.87n3
19n3
Intel Atom Z3775D2MB<41490 ‑ 24104/4
Intel Core i7-7740X1MB + 8MB1124300 ‑ 45004/8
10252n2
7396.5n2
29537.5n2
2.21
10.86
195.5n2
988n2
5.44n2
233.6
61.7
Intel Atom Z37702MB<41460 ‑ 24004/4
2212n2
1189n5
3961n6
26.55n4
40.49n3
7.65n3
Intel Atom Z3770D2MB<41500 ‑ 24104/4
Intel Core i7-7700K1MB + 8MB914200 ‑ 45004/8
10156
7304.5n2
28903n2
2.19n4
10.37n4
192.5n4
938.5n4
5.56n2
230
61.6
Intel Atom x7-E39502MB121600 ‑ 20004/4
2152
1304
3769
0.51
1.61
41
125
30.26
45.11
9.2
Intel Atom x5-Z85002MB1440 ‑ 22404/4
1991n3
1166n2
3563n3
0.43n4
1.32n4
35.5n4
106.5n4
36.57n2
7.22n2
Intel Celeron N29402MB7.51830 ‑ 22504/4
2191
1150
3958
0.42n2
1.6n2
35.5n2
110.5n2
29.2
46.92
9.36
AMD A10 Pro-7350B4MB192100 ‑ 33004/4
2525n2
2003.5n2
5275.5n2
0.68n3
1.83n3
55n3
162n3
23.29
68.13n2
12.08n2
Intel Celeron N31602MB61600 ‑ 22404/4
AMD A10-6800K4MB1004100 ‑ 44004/4
4885
3428
10077
1.14
3.61
100n2
326n2
16.1
111
23.3
Intel Core 2 Quad (Desktop) Q955012MB9528304/4
4230n3
3106
10825
3.39
AMD A10-7850K4MB953700 ‑ 40004/4
4748
3216
10278
1.01
3.59
86
318
13.1
114
24.1
Intel Celeron N41204MB61100 ‑ 26004/4
PosModelL2 Cache + L3 CacheTDP (Watt)MHz - TurboCores / Threads3DMark06 CPUCinebench R10 32Bit SingleCinebench R10 32Bit MultiCinebench R11.5 CPU Single 64BitCinebench R11.5 64BitCinebench R15 CPU Single 64BitCinebench R15 CPU Multi 64BitwPrime 32(-)x264 Pass 1x264 Pass 2
Intel Celeron N31502MB61600 ‑ 20804/4
2053
1085
3624
0.41
1.46
32
118
30.11
44.8
8.96
Samsung Exynos 4412 Quad14004/4
Intel Celeron N29302MB7.51830 ‑ 21604/4
2214
1131.5n4
3880n4
0.41n5
1.57n5
35n5
129n5
27.25
46.95
9.3
NVIDIA Tegra 31200 ‑ 13004/4
AMD Phenom II X4 X920 BE2MB4523004/4
3164n3
1935n3
7082n3
2.61n2
17.5n2
Intel Celeron J18502MB1020004/4
Qualcomm Snapdragon 42920004/4
Mediatek MT8127512KB15004/4
Intel Core i5-10400H1MB + 8MB452600 ‑ 46004/8
Intel Pentium N35102MB7.520004/4
2003.5n2
1040n2
3669.5n2
0.38n4
1.48n4
33n3
123n3
30
Mediatek Helio A22 MT6762M20004/4
Mediatek MT6589T2MB15004/4
Mediatek Helio A22 MT676120004/4
Mediatek MT83891MB12004/4
Mediatek MT813517004/4
Mediatek MT81251MB12004/4
Intel Core i7-77001MB + 8MB653600 ‑ 42004/8
2.02
9.52
178n3
857n3
6.73
181
49
Spreadtrum SC9830A15004/4
Intel Core i7-6700K1MB + 8MB914000 ‑ 42004/8
9037n2
6531n5
25817n5
1.97n6
9.65n6
177.5n10
880n10
6.66n7
204.75n7
54.58n7
Samsung Exynos 3470 Quad14004/4
PosModelL2 Cache + L3 CacheTDP (Watt)MHz - TurboCores / Threads3DMark06 CPUCinebench R10 32Bit SingleCinebench R10 32Bit MultiCinebench R11.5 CPU Single 64BitCinebench R11.5 64BitCinebench R15 CPU Single 64BitCinebench R15 CPU Multi 64BitwPrime 32(-)x264 Pass 1x264 Pass 2
Samsung Exynos 3475 Quad13004/4
Mediatek MT83211MB13004/4
Intel Core i5-10300H1MB + 8MB452500 ‑ 45004/8
9731
6867
26994
2.05
9.87
186n7
889n7
7.12
190.2
53.3
Intel Celeron N29202MB7.51860 ‑ 20004/4
1860.5n2
1030n2
3530n2
0.38n2
1.43n2
32.5n2
118.5n2
31.99
42.07
8.36
Mediatek MT81211MB13004/4
Intel Core i7-8809G1MB + 8MB1003100 ‑ 42004/8
8837
6668
25809
1.99
9.41
179n2
865n2
6.57n2
200.3
53.44
Intel Core 2 Quad Q90006MB4520004/4
2863n6
2396n4
8008n5
2.37
20.25n2
Mediatek MT6582512KB13004/4
Intel Core i7-4790K1MB + 8MB884000 ‑ 44004/8
9485n14
6520n3
25082n3
1.95n5
9.14n5
174n5
846n6
5.94n2
189.14n2
51.57n2
Mediatek MT6582M512KB13004/4
Intel Core i5-9400H1MB + 8MB452500 ‑ 43004/8
9.44
823
Mediatek MT6580M512KB13004/4
Intel Core i7-1185G71530004/8
Intel Atom Z35302MB13304/4
Spreadtrum SC773113004/4
Qualcomm Snapdragon 212 APQ800913004/4
Qualcomm Snapdragon 400 MSM892612004/4
Qualcomm Snapdragon 400 MSM822612004/4
Intel Xeon E3-1280 v51MB + 8MB803700 ‑ 40004/8
8470
1.92
8.91
163
815
9.5
187.5
50.7
AMD A10-7700K4MB953400 ‑ 38004/4
4500
3004
9821
0.94
3.45
83
285
13.7
110
23.1
PosModelL2 Cache + L3 CacheTDP (Watt)MHz - TurboCores / Threads3DMark06 CPUCinebench R10 32Bit SingleCinebench R10 32Bit MultiCinebench R11.5 CPU Single 64BitCinebench R11.5 64BitCinebench R15 CPU Single 64BitCinebench R15 CPU Multi 64BitwPrime 32(-)x264 Pass 1x264 Pass 2
Qualcomm Snapdragon 400 APQ802612004/4
Intel Core i7-67001MB + 8MB653400 ‑ 40004/8
8478n3
6002.5n2
24304.5n2
1.93n4
8.86n4
168.5n4
802n4
6.8
187.4
50.8
AMD A8-7650K4MB953300 ‑ 38004/4
4410
2904
9456
0.96
3.35
84
296
14.2
108
22.7
Mediatek MT658912004/4
Intel Xeon E3-1535M v61MB + 8MB453100 ‑ 42004/8
8227.5n2
6426
20729
1.92
7.48
175.5n4
806n4
10.61
169.29
39.78
Qualcomm Snapdragon 200 MSM821212004/4
Intel Core i7-1068G72MB + 8MB282300 ‑ 41004/8
Qualcomm Snapdragon 210 MSM890911004/4
Marvell PXA108812004/4
Intel Core i7-8709G1MB + 8MB1003100 ‑ 41004/8
158
791
Intel Core i7-8706G1MB + 8MB653100 ‑ 41004/8
6549
24130
1.99
8.44
172
781
6.64
182.6
50
Intel Core i7-8705G1MB + 8MB653100 ‑ 41004/8
6436
23794
1.93n2
7.62n2
174n3
746n3
6.67
181.2
50.1
Intel Core i7-7920HQ1MB + 8MB453100 ‑ 41004/8
6169
24138
1.86
8.9
163
814
189.6
50.6
Intel Core i5-1038NG72MB + 6MB282000 ‑ 38004/8
7844
6743
23609
2.03
7.47
169
768
11.2
Intel Core i5-9300HF1MB + 8MB452400 ‑ 41004/8
Intel Core i5-9300H1MB + 8MB452400 ‑ 41004/8
8107n3
6572n5
24623n5
172n11
790n11
193.7
49.4
AMD A8-6600K4MB1003900 ‑ 42004/4
4701
3230
8040
0.96
3.41
17.9
106
22.2
Intel Core i7-47901MB + 8MB843600 ‑ 40004/8
5926
22667
1.79n2
8.29n2
158.5n2
765n2
6.39
171
46
AMD A10-5800K4MB1003800 ‑ 42004/4
4464n3
3093.5n2
9275.5n2
1.03n2
3.32n2
15.9n2
106.6n2
21.85n2
Intel Core i5-8400H1MB + 8MB452500 ‑ 42004/8
168
770
PosModelL2 Cache + L3 CacheTDP (Watt)MHz - TurboCores / Threads3DMark06 CPUCinebench R10 32Bit SingleCinebench R10 32Bit MultiCinebench R11.5 CPU Single 64BitCinebench R11.5 64BitCinebench R15 CPU Single 64BitCinebench R15 CPU Multi 64BitwPrime 32(-)x264 Pass 1x264 Pass 2
Intel Core i7-840QM1MB + 8MB451860 ‑ 32004/8
3531.5n4
3438.5n4
9266n4
3.31n4
40n3
Intel Core i5-7600K1MB + 8MB913800 ‑ 42004/4
8532
6814n2
24179n2
2.02n2
7.87n2
179.5n2
674n2
8.49n2
223
46.2
Intel Core i7-8559U1MB + 8MB282700 ‑ 45004/8
8313
7249
23215
2.17
7.32
184n2
803n2
6.54
191.4
45.59
AMD A8-5600K4MB1003600 ‑ 39004/4
4295
2941
8838
0.98
3.2
87
292
16.7
102.44
20.93
Intel Core i7-5775C1MB + 6MB653300 ‑ 37004/8
7933
5844
22261
1.79n2
8.32n2
152n3
772n3
6.3
179.84
46.24
Intel Core i7-10510Y512KB71200 ‑ 45004/8
AMD A10-73004MB191900 ‑ 32004/4
2518
1992n3
5192n3
0.67n3
1.8n3
58n3
158n3
23.79n2
62.05n2
11.93n2
Intel Core i7-4770K1MB + 8MB843500 ‑ 39004/8
8030n2
5845
22325
1.77
8.17
7.08n2
174.8
45.8
AMD A8 Pro-7150B4MB191900 ‑ 32004/4
Intel Core i7-4790S1MB + 8MB653200 ‑ 40004/8
5566
21072
1.72
7.78
150
714
Intel Xeon E3-1505M v61MB + 8MB453000 ‑ 40004/8
7713.5n2
6332
23780
1.92n2
8.25n2
170n3
737n3
11.01n2
185.01n2
48.53n2
AMD Phenom II X4 N9702MB3522004/4
3042.5n2
1861
6810.5n2
2.5
17.8n2
AMD A4-51002MB1515504/4
Rockchip RK328818004/4
Intel Core i5-8300H1MB + 8MB452300 ‑ 40004/8
6463.5n4
22266.5n4
1.9n7
7.84n7
170n17
812n17
7.66n4
169n3
40.15n3
AMD A4-50502MB13.515504/4
Intel Xeon E3-1575M v51MB + 8MB453000 ‑ 39004/8
AMD Ryzen 5 1500X2MB + 16MB653500 ‑ 37004/8
7403
4573
20186
1.73
8.95
149.5n2
806.75n2
6.9
177
49.5
AMD A4-50002MB1515004/4
2038.5n8
1206.5n12
4165n12
0.39n11
1.48n12
33n7
119n7