Portable computers with artificial intelligence systems help students study remotely

Smart RTX 30 technologies to accelerate study and entertainment work and a guide to getting the best device at the right price

Advanced computers use artificial intelligence techniques for study and entertainment

As school and university students begin to return to school, laptops remain an essential tool for education during the distance-study and hybrid phases, i.e. one group of students working from school and another from home. Students need lightweight yet high-performance computers to complete their study requirements and run the necessary software. Students and parents have many options to choose the computer that best suits their needs.

Advanced Computers

These computers are available in different specifications; Where you can get laptops that are lightweight, have large screens, have multiple ports, have large storage capacities, or have a long-lasting battery charge, and are presented in beautiful designs.

Regardless of the choice, performance should be the primary factor in choosing a laptop for study; This is to facilitate the study process for the student, and to provide an enjoyable entertainment experience during leisure or vacation times, not just the low price factor. The laptop must also offer a long-lasting battery, in addition to the importance of a large and clear screen, and a solid and lightweight structure that can run important programs for students and electronic games.

In this topic, we mention a number of important factors when choosing a laptop suitable for students and gamers, most notably the use of NVIDIA RTX 30 technology, which employs artificial intelligence techniques to provide high graphics levels that reduce the load on the main processor, provide high performance levels and reduce electrical power consumption; This means that the user gets the best graphics technology in high performance at a reasonable price in computers that can be carried wherever they want thanks to the thickness and weight, and the use of them for extended periods.

Artificial intelligence systems

Artificial intelligence systems are used for study and entertainment purposes. Broadcast technology can remove acoustic noise around the user, such as the sounds of the air conditioner or car horns if the user's room is near a busy street, with the ability to analyze the background behind the user and replace it with another easily. This translates into smoother interaction with others online, in addition to the technology's ability to track and focus on the user's location, as well as its ability to remove digital visual noise, thus providing high image quality during presentations and collaboration with others on study projects. This process is done thanks to the use of built-in artificial intelligence.

This technology also provides what is known as "Max-Q", which relies on hard hardware and software to provide high performance levels in terms of energy use, reduced noise, and increased battery life; Which results in computers that are low in thickness and light in weight that can operate at high speeds with great quietness and for a longer period. WhisperMode 2 software chooses the optimal settings for each use case, and it is a technology that specializes in reducing the noise caused by the cooling of the electronic circuits of the laptop and the speed of rotation of its fans, so that the user chooses the desired sound level according to his desire. This technology adjusts the speeds of the internal fans, providing the best possible performance without User inconvenience, higher comfort in heavy use. This technology blends design engineering, cooling, reduced thickness, and the quietness of cooling fans, without compromising performance levels or battery life.

NVIDIA Studio offers the best technologies for work, by harnessing artificial intelligence techniques to reduce the time required to complete the required jobs and raise performance levels and program capabilities, thus making the student focus on completing the projects required of him, whether it is editing video presentations or interacting with others with audio and video or Prepare various presentations.

After completing the study, students can have fun and have fun without the need to purchase an additional computer. The many advanced technologies built into the RTX 30 series allow playing the most demanding games, including the Deep Learning technology. Super Sampling DLSS, which uses artificial intelligence techniques instantly to process fewer pixels on the screen (a quarter or half of the number of pixels is processed, depending on the program or game) but with twice the resolution and quality of the image, without negatively affecting the image processing capabilities. Another technology is Reflex, which lowers response time to user commands, dramatically increases gameplay accuracy, and prioritizes gamers who demand the highest levels of accuracy and responsiveness. Players who stream content over the Internet can also turn their room into a home studio and improve the quality of the content being broadcasted thanks to the use of this “Broadcast” technology.

We also mention the Dynamic Boost technology, which raises performance levels by about 16 percent thanks to the use of artificial intelligence techniques, while providing more than 70 programs that support artificial intelligence techniques to accelerate work and play smarter. Software that supports this technology include Adobe Photoshop, Premiere Pro, AutoCAD, Lightroom, Davinci, and others. GeForce Experience also offers the ability to tweak game settings with the push of a button.

Thanks to the combination of high graphics performance, fast graphics-per-second rate and low response time to user commands, users will get an advanced gaming experience in stylish and affordable laptop designs, and the best levels of performance for study and entertainment in one device. Whether they're working on architecture, 3D graphics, editing video tutorials, or working across multiple screens, students will be able to do homework and complete educational projects with greater accuracy, without worrying that programs will stop working.