ChatGPT lets us see, a bit, the capabilities that an AI can have and what it can offer us. This technology is being integrated into many areas, such as browsers, imaging systems, video games and now in laptops. Now we just need not to call Sarah Connor.
The new Lenovo Legion will arrive with AI
We are seeing how more and more artificial intelligence is taking over everything. The capabilities of this emerging technology are enormous, and can be applied in a huge number of fields. Although we now see it as an “assistant”, it is on its way to being something much more powerful.
Something that has surprised is that Lenovo has specific AI chips for its laptops. As has been announced, the Lenovo Legion will integrate the Lenovo LA AI chip. This is the first AI chip specifically developed to be integrated into gaming laptops.
This chip drives the Lenovo AI Engine+ technologywhich is based on focused machine learning algorithms for performance optimization of the system. This chip uses machine learning through Lenovo Vantage to help monitor FPS in games and dynamically adjust for maximum performance.
According to rumors, the combination of this AI chip and software allows get 15% more TDP. Thus, the next Lenovo Legion Pro laptops would offer a great leap in performance compared to previous generations and compared to the competition.
The new Legion Pro have been presented at CES 2023 and will be launched throughout the year. These laptops will be based on 13th Gen Intel Core HX processors and AMD Ryzen 7000 processors. On the other hand, they will also integrate NVIDIA RTX 40 Series graphics cards. Regarding the screen, these will have an IPS panel with a resolution of 2560 × 1600 pixels with a size of up to 16 inches and a refresh rate of up to 240 Hz.
How will this dynamic fit technology work?
There is not much information, but more than hardware tuning, adjusting the frequencies of the processor and the graphics card, it seems to be focused on games. Most likely, it will make dynamic texture adjustments and the like as we play.
Although, according to what has been said, it could make small adjustments to the frequency of the processor and graphics card in a timely manner. If the load increases a lot, it could increase the working frequency of the processor and graphics a little. This will allow us to have a temporary performance boost and then the values will be restored.
At the moment, we can only speculate about it due to the lack of information. It’s certainly a cool thing that you can dynamically tune parameters for extra performance. Within games there are moments with a lot of load and others with less load and making this dynamic adjustment can even allow less wear on the hardware.
