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  AORUS' upcoming QD-OLED line will be one of the first to implement the highly anticipated DisplayPort 2.1. Like all new technologies, the addition of this new technology to gaming monitors has been slow, to the point where it's starting to be doubtful whether we'll see more widespread deployment on a large scale in the future. close or not.  AORUS seems focused on not only delivering DisplayPort 2.1 but also being the first company to offer the fastest version. In fact, the FO32U2 and F032U2P are very similar monitors, but in terms of DisplayPort support, they are completely different. The previous version supported DisplayPort 1.4, while the “P” variant has DisplayPort 2.1. Furthermore, it supports UHBR20 mode, the highest bandwidth among all DP2.1 monitors like Samsung's Odyssey Neo G9 G95NC or Asus ROG Swift PG32UQXR which only support UHBR13.5 and UHBR10.  Gigabyte OLED AORUS F032UP2 monitor with DisplayPort 2.1 F032U2(P) is a 31.5 inch screen equipped with a Samsung QD-OLED panel. Noc is equipped with 4K resolution with a 240Hz refresh rate. All the highest-end monitors on the market already have this panel, but the AORUS monitor stands out thanks to its DP2.1 support and high-bandwidth format. According to Gigabyte, the FO32U2P will also be equipped with Mini-DisplayPort 2.1, which will be a first. Compared to the non-P version, it will also support a higher USB Type-C power supply of 65W instead of 18W. Both monitors will also feature DisplayHDR True Black 400. Gigabyte also provided more details about its 27-inch FO27Q3 monitor. This is a 1440p resolution display with a 360 Hz refresh rate and is also based on Samsung's QD-OLED panel. It is said to support DP 1.4, two HDMI 2.1 and USB Type-C with 18W charging power.

Nvidia recently launched its latest GB200 Chip, which is capable of performing 30 times more tasks than the previous generation of AI chips in certain tasks while reducing power consumption by 25 times. At Nvidia's annual conference taking place in California (USA), CEO Jensen Huang introduced the GB200 Chip, ensuring this chip manufacturer's outstanding position in the field of artificial intelligence (AI). This product model is capable of performing tasks 30 times larger than the previous generation (H100) in certain tasks while power consumption is reduced by up to 25 times. The GB200 chip can perform AI tasks 20 times faster than currently This latest AI graphics processor is built on the Blackwell architecture, providing a huge performance upgrade for businesses applying AI to their work. Specifically, the computing ability of GB200 is 20 petaflops, 5 times larger than the 4 petaflops of H100 - the best generation of AI chips currently. This new power of GB200 will enable AI companies to train larger and more complex models. Currently, the company's major customers such as Amazon, Google, Microsoft, OpenAI and Oracle have plans to use the new generation of chips in cloud computing and AI services.