big.LITTLE processing can combine two different but compatible processors on the same system-on-chip and allow power management software to select the best matching single or multiple processors for each task.
"LITTLE", the lowest-power processor, runs the operating system and certain applications to achieve basic tasks of "network access anytime, anywhere", such as social media and audio playback. The operating system and applications can then quickly switch to the higher-performance processor for higher-performance tasks, such as navigation and gaming. The video visually introduces the working principle of big.LITTLE big and small core technology.
[i=s]This post was last edited by yang_alex on 2022-1-14 18:17[/i]I am very happy to participate in the evaluation of the GD32L233C-START evaluation board. Good things come to those who wait. I was se
At this time last year, the sample application was open, so I applied for 3 2812 and power chips. I wonder if there will be such sample applications this year.
In the STM32 reference manual, when describing the performance of GPIO configured as output, there is a sentence: "A read access to the Output Data register gets the last written value in Push-Pull mo
### **1 Problem Background** A customer of v853 needs to use the ssh service to transfer files or log in to the system. ### **2 Problem Description** A customer of v853 needs to use the ssh service to
Analysis of the advantages and disadvantages of zero IFLater, with the development, direct frequency conversion appeared. Now, many domestic and international companies use direct single frequency con