CPUBoss Review Our evaluation of 4700MQ vs 5750M

Performance

Benchmark performance using all cores

3DMark06 (CPU), Passmark and GeekBench (32-bit)

Single-core Performance

Individual core benchmark performance

Passmark (Single Core)

Power Consumption

How much power does the processor require?

TDP

Features

How does CPUBoss rank the features of each product?

Features and specifications that differ between products

No winner declared

Too close to call

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Differences What are the advantages of each

Front view of Intel Core i7 4700MQ

Reasons to consider the
Intel Core i7 4700MQ

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Is hyperthreaded Yes vs No Somewhat common; Maximizes usage of each CPU core
Newer manufacturing process 22 nms vs 32 nms A newer manufacturing process allows for a more powerful, yet cooler running processor
Much better turbo clock speed 1,150 MHz vs 720 MHz Around 60% better turbo clock speed
More threads 8 vs 4 Twice as many threads
Much better 3DMark11 physics score 6,810 vs 2,510 Around 2.8x better 3DMark11 physics score
Much better geekbench (32-bit) score 10,717 vs 3,897 More than 2.8x better geekbench (32-bit) score
Significantly better 3DMark06 CPU score 6,872 vs 3,238 More than 2x better 3DMark06 CPU score
Significantly better PassMark score 7,916 vs 3,814 More than 2x better PassMark score
Significantly better PassMark (Single core) score 1,845 vs 1,230 50% better PassMark (Single core) score
Better overclocked clock speed (Air) 3.74 GHz vs 3.05 GHz Around 25% better overclocked clock speed (Air)
Better performance per watt 21.8 pt/W vs 12.74 pt/W More than 70% better performance per watt
Marginally newer Jun, 2013 vs Mar, 2013 Release date 3 months later
Front view of AMD A10 5750M

Reasons to consider the
AMD A10 5750M

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Much more l2 cache 4 MB vs 1 MB 4x more l2 cache; more data can be stored in the l2 cache for quick access later
Much more l2 cache per core 1 MB/core vs 0.25 MB/core 4x more l2 cache per core
Lower typical power consumption 28.44W vs 38.19W More than 25% lower typical power consumption
Higher GPU clock speed 533 MHz vs 400 MHz Around 35% higher GPU clock speed
Higher Maximum Operating Temperature 105 °C vs 100 °C 5% higher Maximum Operating Temperature
Lower annual home energy cost 8.43 $/year vs 11.32 $/year More than 25% lower annual home energy cost

Benchmarks Real world tests of Core i7 4700MQ vs A10 5750M

GeekBench (32-bit)

A10 5750M
3,897

GeekBench

A10 5750M
3,897

3D Mark 11 (Physics)

Core i7 4700MQ A10 5750M @ community.futuremark.com

3D Mark 06 (CPU)

Passmark

Core i7 4700MQ A10 5750M @ cpubenchmark.net

Passmark (Single Core)

Specifications Full list of technical specs

summary

Core i7 4700MQ  vs
A10 5750M 
Clock speed 2.4 GHz 2.5 GHz
Turbo clock speed 3.4 GHz 3.5 GHz
Cores Quad core Quad core
Is unlocked No No
Is hyperthreaded Yes No

features

Has a NX bit Yes Yes
Has vitualization support Yes Yes
Instruction-set-extensions
MMX
SSE
SSE4.2
AVX
SSE3
SSE2
Supplemental SSE3
SSE4.1
SSE4
SSE4a
AVX 2.0
AES
Supports dynamic frequency scaling Yes Yes

gpu

GPU GPU GPU
Label Intel® HD Graphics 4600 Radeon™ HD 8650G
GPU clock speed 400 MHz 533 MHz
Turbo clock speed 1,150 MHz 720 MHz

details

Core i7 4700MQ  vs
A10 5750M 
Threads 8 4
L2 cache 1 MB 4 MB
L2 cache per core 0.25 MB/core 1 MB/core
Manufacture process 22 nms 32 nms
Max CPUs 1 1
Operating temperature Unknown - 100°C Unknown - 105°C

overclocking

Overclocked clock speed 3.74 GHz 3.05 GHz
Overclocked clock speed (Air) 3.74 GHz 3.05 GHz

power consumption

TDP 47W 35W
Annual home energy cost 11.32 $/year 8.43 $/year
Performance per watt 21.8 pt/W 12.74 pt/W
Typical power consumption 38.19W 28.44W
Intel Core i7 4700MQ
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AMD A10 5750M
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Comments

Showing 4 comments.
amd much better due to its price efficiency....
There is no program that does it properly, so you need to do it directly with PCI config space writes. I use BAR-EDIT on the richland laptop I have access to. The way the method works is you just limit the number of P-states the processor is allowed to use. PScheck can do this, but it neglects changing what P-state the CPU goes into C6 in, which is set by default to a state that is no longer available, thus breaking the top turbo bin. B0D24F3xDC clear bits 9 and 10 (in english: on bus 0, device 24, function 3, offset 0xDC, make bits 9 and 10 equal to 0) To then fix top turbo: B0D24F3xA8 clear bits 30 and 31 These changes net a consistent 9-12% raw performance gain in multithreaded programs. In games the difference is actually more noticeable since without this fix the CPU will randomly drop as low as 1.6ghz for me, which is just flat out dumb and causes major stutter.
how do you lock the APU at 3.2ghz? Did i miss some settings?
The A10 5750m only works yet at 2.75 GHz Max. you can lock it at 3.2 GHz and you will feel a big performance boost. When AMD unlocks the A10 5750m to lock it at 3.5 GHz it will be much better than an I5 3230m ;) AMD APU´s are not bad im happy with my MSI GX60 BF4 with mantle is great i play on ultra settings. Avg 53 FPS Max. 106 Min. 28 when you play on high you get a crazy boost. : Min. 37 Avg. 72 Max 132. on mid : Min. 45 Avg. 89 Max. 143 So who says GX60 is bad ?!
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