What makes our phones smart? - SOC | System on Chip | Brain of a smartphone

The video discusses the significance of System on Chips (SoCs) in smartphones, focusing on their architecture, core count, clock frequency, and the technology used in their construction. It explains how these factors influence performance and power consumption. The video also compares two SoCs, Snapdragon 625 and Helio P25, based on these parameters, highlighting the differences in their technology and performance. The video concludes with a call to action for viewers to engage with the content.

What is the primary component in smartphones that determines their features and capabilities?

• Operating System

• Battery

• Display

• System on Chip (SoC)

Which company provides the blueprints for processor architecture used in SoCs?

• Intel

• Qualcomm

• ARM

• Mediatek

What does 'Octa-core' refer to in the context of SoCs?

• A processor with 4 cores

• A processor with 8 cores

• A processor with 10 cores

• A processor with 12 cores

How does a higher clock frequency affect a processor's performance?

• Reduces the number of cores

• Increases power consumption

• Decreases processing speed

• Increases processing speed

What is the significance of nanometer technology in processors?

• It defines the processor's weight

• It affects the processor's speed and power consumption

• It influences the processor's brand

• It determines the processor's color

Which SoC is based on 14 nanometer technology?

• Mediatek Helio P25

• Snapdragon 625

• Snapdragon 835

• Mediatek P20

Between Snapdragon 625 and Helio P25, which one has a higher clock speed?

• Both have the same clock speed

• Helio P25

• Neither has a clock speed

• Snapdragon 625