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AMD A10-5700 Vs Intel Core i7-3770

The AMD’s A10-5700 belongs to its Trinity Series, while the Core i7-3770 is Intel’s Ivy Bridge desktop processor. In the CPU performance, the Intel’s i7-3770 is substantially better.


- The Ivy Bridge has a better architecture.
- The i7-3770 supports Hyperthreading ( 10% advantage)
- The Trinity A10-5700′s 4 cores are not full cores – These are actually 2 module parts with each module has 2 Integer core and single Floating point core.

On the other hand the A10-5700 comes with a better integrated graphics – Radeon HD 7660D. You may like to check the integrated graphics comparison in the forum thread here.

Table : A10-5700 Vs Core i7-3770 Feature Differences

Feature A10-5700 Core i7-3770
Core Frequency 3.4 GHz 3.40 GHz
No. Of Cores 4 4 (8 Hyperthreads)
Cache Organization 4 MB L2 8 MB L3
Turbo Frequency 4.0 GHz 3.90 GHz
TDP Rating 65 Watts 77 Watts
64 Bit Support Y Y
Lithography 32 nm 22 nm
Integrated Memory Controller DDR3-1866 DDR3-1600 /1333
Integrated Graphics Radeon HD 7660D at 760 MHz (384 Radeon cores) Intel HD 4000 , 650 MHz Base, 1150 MHz Turbo

Table : A10-5700 Vs Core i7-3770 Benchmarking Comparison

Benchmarks A10-5700 Core i7-3770
PassMark CPU Mark Score 6830 10370
Super Pi 2M Not available Not available
3D Mark 06 CPU 6430 Not available
Windows 7 Experience Score Not available Not available

PassMark CPU Mark Score Benchmark

A10-5700 6830
Core i7-3770 10370

Some more details of A10-5700

The Trinity A10-5700 APU brings with it improve integrated graphics , better pile driver core all while keeping the power envelope in 65 Watts – at the lower end for the desktop APUs. It makes up a great processor for gaming, especially when you do not wish to spend extra bucks on graphics card. You will find it more responsive than the Intel’s Sandy Bridge. Intel’s Ivy Bridge is better, in general, in the CPU performance while still trying to catch up AMD in the graphics front.

Some more details of Core i7-3770

The Ivy Bridge processor gains its performance with 22 nm technology over the 32 nm in Sandy Bridge. Even though the processor is not overclocked, its performance makes it a high end desktop processor with a high 3.4 GHz base clock and support for Hyperthreading and Turbo clock. We have a newer HD 4000 integrated graphics which is decent for playing most of the entry level games.

Also Read

- Ivy Bridge architecture
- AMD Trinity Architecture

Related posts:

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  4. AMD’s Trinity A8-5500 Vs A10-5700

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