AMD Ryzen 3 Series Review

CPU by stefan @ 2017-07-27

Based on their latest Zen architecture, AMD is proposing a low-end to mainstream segment with their Ryzen 3 SKUs; we are not discussing about a 2-core part but a real 4-core processor (SMT disabled) with dual CCXes, where each CCX module sports two active units. The processors do feature an 8MB L3 cache and are aimed to compete against the Pentium G4560, the Core i3-7100 but also the Core i3-7300 from Intel. Given the technical specifications and stock clocks, these CPUs are recommended to be paired with mainstream video cards in order to make smooth 1080P gaming possible.

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Product Packaging Part II

The CPU is packaged in a separate, smaller cardboard box, which sports the same design as we have seen many times before:

 

 

 

Inside, we will get the installation instructions, but also the transparent plastic mold which contains both CPU and case sticker:

 

 

 

Inside the installation leaflet, we will get instructions for both AM3 and AM4 socket processors:

 

 

 

Let’s take a look in more detail at the “main point of attraction”!

 

 

 

First, we do have the Ryzen sticker, which has been designed for the “3” series:

 

 

 

The Ryzen 3 1300X CPU does look identical versus the more powerful SKUs; inside, we can find two CCX modules, each having two CPUs inactive (due to binning), a total of 8MB of L3 cache, 512K L2 cache per active core, a base frequency of 3.4GHz, an all-core boost of 3.6GHz and one 3.7GHz 2-core boost. Since we are dealing with an “X” SKU, the XFR boost (single core) is more consistent to about 3.9GHz!

 

The processor comes with AMD-specific fonts and I guess that it is not needed to mention again that the manufacturer uses solder between the actual CCXes and the HSF, in order to obtain optimal heat conduction properties:

 

 

 

 

 

The top area of the HSF does contain the full CPU name:

 

 

 

In the lower area, we will be able to spot laser-etched serial numbers, and here we did also found out that our sample was manufactured in China:

 

 

 

If we do look on the side, we can reveal the HSF height along with the black sealing gasket:

 

 

 

The bottom side of the CPU is filled with gold-plated pins (1331 to be more exact) and thanks to their specific placement pattern, the installation of the CPU inside the socket is basically fault-proof:

 

 

 

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