Something which is very impressive.įar Cry 6 too saw 13% increase in performance in 1080p and 22% in 1440p.įortnite benchmark too revealed 6 to 12% increase in frame rate in DDR5 at 1080p and 5% increase at 1440p. In Assassin’s Creed Valhalla, DDR5 was found to increase performance by almost 15% at 1080p, 17% at 1440p and 9% at 4K resolution. They used DDR4 RAM clocked at 3200 MHz and DDR5 RAM at 6000 MHz to compare in the benchmark. They tested over 40 games and found that while some games did benefit from the upgrade in RAM, many games didn’t benefit at all – sometimes even caused the game to slow down a bit. Gaming benchmarks done recently by TechSpot give interesting results. It looks like it’s specifically the case in terms of games, as per some benchmarks. Newer RAM also means software and games require modification and optimisations to make a proper use of it. Newer RAMs are also expensive due to lower initial production capacity and hence it takes time to become a standard in the market. Whenever a new generation of RAM arrives, it requires a newer generation CPU with support for it. 256 GB RAM however, is unlikely to be a standard right now. It officially supports speeds starting from 4800 MHz to 7200 MHz, with massive 256 GB of total capacity in a single RAM stick. Recent RAM generationsĭDR3, released in 2007, supported speeds from 800 MHz to 2133 MHz with 8 to 16 GB of maximum capacity.ĭDR4, which was released several years later and was a standard till now, supported speeds from 1600 MHz to 3200 MHz with 64 GB of maximum capacity. DDR comes in various generations and speeds. Now, even 4 GB isn’t enough.Īs CPUs increased in their speeds and capabilities, RAMs too progressed ahead in speeds and capacity, while reducing it’s power usage. Years ago, even 512 MB RAM or less was sufficient to run mainstream operating systems. These sticks have particular speeds, generations and even require compatibility specific CPU generations. Unlike mobiles, desktop and laptop memory come in RAM sticks. The standard memory used is RAM, that is, Random Access Memory. Basically, data is saved in storage devices but is loaded in memory when opened. While storage devices like HDD, SSD, microSD are used to save data, memory is required to load data when it’s accessed. This memory device exists in computers, laptops, mobiles and even routers among other tech products. ( ) Benchmarks suggest that while some games benefit massively by switching from DDR4 to DDR5 RAM, many games see no benefit whatsoever, leading to an average gain of just 3%Īll computer and digital devices require memory devices to run.
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