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The first SSDs (Solid-State Drives) used DRAM and were expensive. The real breakthrough came when solid-state drives began to use non-volatile NAND flash memory.

SSDs are much faster than HDDs, with faster write speeds and shorter access times, making data downloads instantaneous for the user.

The absence of mechanical elements makes SSDs endure mechanical stress, they simply have no moving parts, which means they are not subject to wear.

Download speeds of up to 9 GB of compressed data per second change the gameplay, making the transition between the locations of the huge game worlds almost instantaneous and imperceptible to the player.

The developers of the PlayStation 5 not only used a modern high-speed 825 GB NVME-SSD, but also created an improved I / O system, with a 12-channel interface and an innovative flash memory controller, which made it possible to achieve download speeds of 5.5 gigabytes uncompressed and up to 9 gigabytes of compressed data per second.
This is a real breakthrough in the gaming industry, allowing developers to significantly expand the gaming experience and make the gameplay even more fun and realistic.
Now the loading of new locations in the game occurs instantly, without annoying pauses, which greatly changes the user experience of the player, increasing his involvement in the game, without reducing the intensity of the gaming excitement for a second.

Compared to the PS4, downloading and installing updates on the PS5 console is faster and the amount of data in updates is managed more effectively. The Preference Setting feature allows players to prioritize access to a particular mode or feature. For example, you can set the priority for installing the multiplayer component of the game. PS5 game developers may also offer the player the option to delete certain modes or data they no longer need to free up space on the console’s memory.

Everyone has heard about HDR in photography, but for video, everything is much more complicated: HDR in the video signal is not added by software algorithms, but initially contains more information about the brightness and color for each pixel.

HDR video uses an expanded color space with greater bit depth than, for example, television.

Detail, as photographers say, in highlights and shadows due to a larger range of colors and higher brightness options.

Increased brightness and improved shadow and highlight detail on compatible HDR-enabled TVs.