However, you will need a graphics card based on NVIDIA’s Kepler GPU, a GTX 600-series or higher, for this technology. NVIDIA’s TXAA or TAA (Temporal Anti-Aliasing) combines MSAA (down-sampling) and post-processing (blurring) with temporal filters for an overall better outcome. Still, if you have limited system horsepower, it is likely your only choice as it’s the best anti-aliasing method for performance.ĪMD’s MLAA (Morphological Anti-Aliasing) is similar to FXAA, you get a blurry picture at a tiny performance cost, but it smoothes out the rough edges. Overall, this peculiar anti-aliasing algorithm may repulse many gamers due to the blurry image. As previously described, enabling this will blur out the annoying jaggies with a minimal performance cost. The most common post-processing AA is FXAA (Fast-Approximate Anti-Aliasing). Both Nvidia’s CSAA (Coverage-Sample AA) and AMD’s EQAA (Enhanced Quality Anti-Aliasing) are derivates of MSAA and function pretty much the same way. Moreover, NVIDIA and AMD have their own propriety versions of MSAA. Super-Sampling Anti-Aliasingįirst off, we have the SSAA (Super-Sampling Anti-Aliasing) or FSAA (Full-Scene Anti-Aliasing), which were the first forms of AA to be available and still deliver the arguably best image quality enhancement but with a substantial performance cost.Ī more popular AA is the MSAA (Multi-Sample Anti-Aliasing), which only applies the sampling to the edges, where it is most needed, and will thus save you the performance cost while still noticeably improving the image quality. If every frame per second is precious to you, then you will have to settle for a post-processing AA, which may slightly blur the image, but at least it will eliminate the unpleasant staircase effect. So, if you can afford to sacrifice performance for the picture quality, you will likely opt for some sort of sampling anti-aliasing. Since this version of AA is post-processing, there’s only a tiny impact on your performance, but the image quality improvement is also less noticeable and can appear too blurry, especially with fast motion. The first group we’ll get into increases the sample rate by rendering more pixels than the screen actually needs and then down-samples it to your resolution.Īlternatively, the second group of AA types blurs the rough edges on the screen after the rendering process. There are two main groups of anti-aliasing. Some are more efficient than others but usually come at a higher performance cost resulting in FPS (Frames Per Second) drop. However, if you can’t afford a new monitor or the PC gear required to run higher resolutions, you can use one of many anti-aliasing techniques available to improve the image quality. In fact, on a 27″ 4K monitor, for instance, the image is so crisp and sharp that you most likely won’t even need any sort of AA. The prominent jaggies appear due to the low resolution, so the most effective way to get rid of it is by getting a higher resolution monitor. We’ll go into detail about all popular anti-aliasing types to give you a better idea of what each of them does.Īre the graphics in your video games jaggy or suffer from the staircase effect? Can you see the rough edges instead of a round shape? Don’t worry, there are ways to improve this. UV technology is ideal for treating water having TDS upto 200 mg/litre.The best way to figure out which type of AA (Anti-Aliasing) works the best for you is to simply try every AA available until you find the sweet spot between the image enhancement and tolerable performance hit. They provide water as safe and pure as water boiled for over 20 minutes. UV wáter purifiers use Ultraviolet rays at ~253.7 nm to inactivate virus and bacteria in water. RO+UV+MTDS purifiers are ideal for treating water with a TDS level of upto 2000 mg/litre. They can remove physical impurities, chemicals, pesticides, biological contaminants and heavy metals (lead, mercury, arsenic) to give pure and Healthy drinking water. This process is similar to passing water through extremely fine membrane which will only allow pure water to pass removing all the impurities.Īquaguard purifiers are designed for high water savings and retention of natural minerals. Reverse Osmosis (RO) purifiers pass water under high pressure through a semipermeable membrane to filter out excess Total Dissolved Solids (TDS) from water. Aquaguard water purifiers are equipped with Multiple technologies to Purify water.
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