Long history short, both my motherboard and GPU died, since my processor is a 5500 and therefore i'd need a GPU to use it i sold it and want to buy a mobo with a processor with graphics, since i dont plan on playing anything very heavy and cant afford a good GPU it will do for now.

Was planning on a 5600G with a TUF GAMING A520M, i dont do overclock, just regular use and some games.

Rest of the config: 2x RAM Juhor 8Gb3 200Mhz, CX550, 1x NVME, 1x HD, 1x SSD, already have the AMD cooler box.

Here, I have created a list of AMD Ryzen AM4 CPU's and collated their single, multithreaded Passmark performance including integrated graphic performance for their respective iGPUs.

A common thread on Reddit is the discussion of the confusing differences between the Radeon Vega 3, Vega 6, Vega 7, Vega 8, Vega 10, and Vega 11 GPUs among the AMD AM4 processors and how the core configuration and clock speed of the iGPU can have an impact of the graphical performance of the AMD chips.

There have been general discussions about whether the AMD Ryzen 5 3400g, with its Radeon Vega 11 Graphics, outperforms the newer 4000 series AMD processors in games (Radeon Vega 6 and Vega 7 integrated Graphics). And questions like, "Is the Vega 7 better than Vega 11 and various upgrade paths ?"

Unfortunately, that is only half the story as CPU performance (no of cores, architecture, RAM speed, cache and clock speed, etc) will also have a significant impact on the final PassMark score.

But, I hope the chart below will provide a little less confusion and hopefully provide some additional guidance for anyone wanting to build a light gaming machine using AMD Ryzen AM4 CPUs.

Here is the Link

https://docs.google.com/spreadsheets/d/1cgLNA9_AV7kmnUI4dU8EQdXfqwfm3idR25m45SSRGmI/edit?usp=sharin

All AMD Ryzen CPUs, Specs and Benchmarks

Here is another AMD CPU iGPU List which shows the GPU speed in these chips, adding to the graphical performance. This should be kept in mind when comparing the GPU model (Vega GFX) and the GPU core config in the above chart including the Process nm and stepping which will improve performance and power consumption.

Chart 2