AMD FX 8320e 8 core CPU Review
Setup, Overclocking and Power Consumption
Published: 21st January 2015 | Source: AMD | Price: £109.99 |
Test Setup
CPU | AMD FX 8320e |
Motherboard | MSI 970 GAMING Motherboard |
Memory | AMD Radeon Memory @ 2133MHz |
Graphics | Club3D Radeon R7 250 |
Cooling | Corsair H80i |
Power Supply | Corsair HX850 |
Case | Corsair 300R |
Storage | 2x Corsair 60GB LS Solid State Drives |
MSI 970 GAMING motherboard
For our testing we used the MSI AM3+ 970 Gaming motherboard, which aside from being one of the newest AM3+ motherboards on the market it comes with a tonne of great features for it's very reasonable price of £71. This board is also a very nice looking board aesthetically, who says a cheaper motherboards have to sacrifice on the aesthetic side?
Overclocking
Overclocking on the FX 8320 was an easy task, with a simple voltage bump of +.02v (or 1.408v total) I was able to achieve 4.5GHz right off the bat, but with this being OC3D, we needed to try to go higher. On the Corsair H80i we were able to get this CPU to 4.6GHz at +0.26v (or 1.464v in CPUz).
Memory wise the 8320e was able to handle memory speeds of 2133MHz with ease, with the only reason why we are not able to go higher is an AMD fixed maximum memory speed limitation.
Power Consumption
Power consumption is the place where the FX 8320e was designed to shine, after all the E does stand for energy efficiency. Compared to AMD's older FX 8320 it consumes 44w less under our OCCT Linpack test, which is a difference of around 25%.
These differences are a significant difference, especially given that this CPU uses the same Piledriver CPU architecture as its older brother and delivers very similar performance.
When we overclocked the CPU the power consumption increased significantly, which is unsurprising given gain it's significant gain in clock speeds and us essentially turning off AMD's CPU power saving features.
Most Recent Comments
I'll be honest, when I started this review I was not expecting much, but AMD have delivered a great product here.
The power draw results are very impressive, given that it is mostly changes in the microcode and the performance you get for the price is fantastic. |


The power draw results are very impressive, given that it is mostly changes in the microcode and the performance you get for the price is fantastic.Quote