AMD has completely changed its image since launching the Ryzen processor series, early 2017. Unlike previous AMD processors such as Sempron, Turion, and Phenom. The three previous processors did have a relatively lower price than the competitor’s line of processors, Intel.
Even so, the majority of people still make processors made by this Californian company as a second choice. The reason is none other than AMD is considered power-intensive, heats up fast, and its performance sluggish when hot temperatures cannot be overcome. All these problems have finally been resolved since AMD invented a new microarchitecture design called Zen.
That microarchitecture is behind the emergence of the Ryzen processor line. Starting from there, AMD gradually managed to steal the attention and make consumers fall in love. PC Mag computer magazine even ranked seven AMD processors in the top 10 categories in 2020.
This momentum also became a turning point for AMD, which had failed in the high-end market with its FX processor line. Thanks to Ryzen, AMD is increasingly being accepted by the public by capturing a 36.6 percent market share worldwide in the fourth quarter of 2020.
For those of you who don’t really know what AMD Ryzen processor lines are, this time Carisign will try to explain them one by one. However, before going there, it’s good to understand the naming structure of AMD Ryzen processors.
Understanding AMD Ryzen Processor Naming
A name that is pinned on a product must have meaning, aka not just writing. Likewise with the name given by AMD for Ryzen processors. Currently, AMD Ryzen has four types, consisting of Ryzen 3, Ryzen 5, Ryzen 7, Ryzen 9, and Ryzen Threadripper.
Before explaining the order and class, Carisignal invites you first to reveal the four numbers plus one letter that usually accompanies the name of an AMD Ryzen processor. To make things easier, let’s refer to one processor, for example in the Ryzen 7 3750H.
First, the number 3 means that the processor is the third generation of Ryzen and uses the Zen 2 (12 nm) microarchitecture. If the number in front is 1, then the processor is the first generation with a Zen microarchitecture (14 nm). Meanwhile, if the leading number is 2, then the processor is the second generation with the Zen+ (12 nm) microarchitecture.
Even so, the number in front does not always mean the same as the generation. Because, AMD also gave the number 4 to the third generation Ryzen processors. So, some of the third generation Ryzen use the leading number 3 and some use the leading number 4. The latest, the fourth generation, starts with the leading number 5. The fourth generation processor is supported by the Zen 3 architecture (7 nm).
Second, the number 7 in 3750H means the level of performance in its class. The higher the number, the higher the performance. Usually AMD uses the numbers 7 and 8 for enthusiast levels, and 4, 5, and 6 for high performance levels.
Third, the numbers 5 and 0 on the 3750H are used to emphasize its position as a high-performance processor. However, the third and fourth numbers can also be used to distinguish it from other models of the same type and generation. For example, to distinguish the number of cores / threads owned.
Fourth, the accompanying letter H in the 3750H means a high-performance processor for laptops. In addition to H, the letters used by AMD are X, G, GE, T, and U. The letter X is used for high-performance desktop computer processors.
G means that the processor for the desktop is an APU, aka it has been combined with the GPU. GE stands for APU for desktops with low power consumption. Lastly, U means that the processor is an APU for a standard laptop which is usually power efficient.
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