the original source sized down to 450×400 pixels with medium amount of compression using the AI model "lines" ( detail) Here, the original source is compressed with medium-compression. the original source sized down to 450×400 pixels with a high amount of compression using the AI model "lines" ( detail) Here, the original source is compressed with high-compression. Let's use the original source to see if we can acheive the results that the Topaz Labs website shows. Perhaps it is unfair to use the examples from the website even though this seems perfectly reasonable. The result appears like a joke when compared to the Topaz Labs website's examples. original low resolution image example from the Topaz Labs website downsized and highly compressed using the AI model "very compressed" ( detail) Now, let's downsize to 450×400px and use high-compression with the original low-resolution example from the website and then try again. claimed improvement after using Gigapixel AI (from the Topaz Labs website) ( detail) Though there are differences, just like with Topaz Labs Gigapixel AI v5.7.3, none of the above images look as good as what is promised by the Topaz Labs website. Let's run the first image on this page through Gigapixel AI v5.8.0 and scale it 2× to see if similar results can be had. original low resolution image example from the Topaz Labs website claimed improvement after using Gigapixel AI (from the Topaz Labs website) ( detail) the original source for comparison a lot of detail is missing from the image modified by Gigapixel AI ( detail)
After scouring the Internet, the source of the below image was found in full resolution so it can be compared. Here is an example from the Topaz Labs website. Some improvements in this release are quality improvements using a GPU in Windows (which is the case here) and reduced memory usage.
Fix extreme pixellation in low-resolution images.
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