From entertainment to daily life to work, electronic products play a crucial role in our lives. Within these devices, various components work together, and one essential component is the system-on-a-chip (SoC). SoC chip integration enables the miniaturization of electronics by packing multiple components onto a single chip. In this article, TechSparks will explore common applications where SoCs are well-suited.
Among the examples of system-on-a-chip, embedded systems hold a significant position. These computer systems are specifically designed to perform dedicated functions or tasks. Unlike the familiar general-purpose computer systems, embedded systems are typically integrated into other devices or systems to achieve specific control, monitoring, communication, or processing tasks. They consist of two main components: hardware and software.
The hardware component includes a dedicated embedded processor, memory, sensors, actuators, and other peripherals. The software component comprises specially developed embedded software that controls and manages the hardware, enabling specific functions and tasks. Both the hardware and software components rely on SoCs to function effectively. Below are examples of how SoCs are used in embedded systems:
Aeronautical defense: SoCs provide the necessary computing power, communication capabilities, and sensor integration for mission operations in avionics systems, unmanned aerial vehicles (UAVs), and military communication systems.
Electric vehicles: SoCs play a crucial role in powering modern electric vehicles. They are used in motor controllers, battery management systems (BMS), and energy management systems, enabling precise battery status management, energy conversion, and motor control.
Additionally, SoCs find application in industrial control systems and various medical monitoring equipment.
As a prominent mobile phone manufacturer, Samsung incorporates SoC technology into its products, and it’s no secret. One notable example is the utilization of SoCs in devices like the Samsung Galaxy S10 5G and Galaxy Tab S3. These advanced devices leverage SoCs to deliver fast data processing, smooth graphics rendering, and seamless multitasking capabilities, setting them apart from many competitors in the market.
Intel NUCs based on Gemini Lake SoC
Intel NUCs (Next Unit of Computing) are compact mini PCs that are highly popular in the United States. These devices are based on Gemini Lake SoCs, which are System-on-Chip solutions developed by Intel. The Gemini Lake SoCs integrate a low-power CPU, GPU, memory controller, and connectivity features onto a single chip.
Intel NUCs powered by Gemini Lake SoCs are widely used for a range of applications, including home entertainment, gaming, and small office setups. These mini PCs offer efficient performance, allowing users to enjoy multimedia content seamlessly. Whether it’s streaming movies, playing games, or handling everyday tasks, the Gemini Lake SoCs deliver reliable performance while consuming minimal power.
Furthermore, Intel NUCs based on Gemini Lake SoCs provide various connectivity options, ensuring users can easily connect their devices and peripherals. This makes them versatile and suitable for diverse usage scenarios. With their compact size and powerful capabilities, Intel NUCs are favored by tech enthusiasts and professionals alike in the United States.
Fossil’s Smartwatch for Fitness:
Designed specifically for fitness enthusiasts, Fossil’s Smartwatch for Fitness incorporates advanced SoC technology. This smartwatch utilizes a single chip that integrates a powerful CPU, GPU, memory unit, and sensors. With these components combined, the smartwatch can accurately monitor various fitness indicators, including heart rate, distance traveled, steps taken, and calories burned.
The SoC’s efficient power management ensures an extended battery life, allowing customers to track their fitness activities throughout the day without worrying about running out of power. Whether it’s a long workout session or a full day of activities, Fossil’s Smartwatch for Fitness ensures reliable and continuous tracking.