The supporting force of the game industry

The video game industry (VGI) refers to interactive games played through electronic devices (e.g., personal computers, game consoles, cell phones, etc.). These games can be single—or multi-player, provide visual feedback (via a screen display) and possibly other sensory feedback (e.g., sound), and allow the user to interact with the game via a controller or other input device. VGI first appeared in the 1970s and 1980s, and its products were distributed primarily through arcades. The VGI has been in use since the 1970s and 1980s. Initially, VGI started small. However, over time, the industry has transformed into the most prominent and fastest-expanding entertainment sector, possibly surpassing the movie and music industries. It is expected to be worth more than $521 billion by 2027. However, due to its fast-moving nature, VGI has evolved significantly since its emergence in the late 1990s and early 2000s due to the expansion of new technologies.

Historically, the development of mobile gaming reveals another turning point in VGI’s history. With the advent of smartphones, particularly the iPhone, in 2007, how games are consumed has changed dramatically. As mobile gaming became more popular, it provided a casual and accessible experience for a diverse user base. From classic computer games to smartphone games to the latest virtual reality and augmented reality technologies, gaming formats and experiences continue to evolve, attracting more and more players and driving the industry forward. In addition, the rise of eSports has further deepened this change, with large tournaments and top-notch players attracting large audiences and advertising investment, demonstrating the vast commercial potential of eSports and highlighting the gaming industry’s great potential for growth in the marketplace as an attractive business sector.

As the gaming industry grows, electronic components play an increasingly important role. These components influence gaming products’ performance and technical specifications, giving game developers greater creative freedom and opportunities. The gaming industry has maintained its innovation and momentum by constantly innovating and introducing new technological elements. From consoles and computer games that rely on microprocessors and graphics processing units to the use of sensors and gyroscopes to enable interaction with virtual reality devices and somatic gaming to the use of LED lighting and display technology to bring vivid visuals to gaming peripherals, advances in electronic components have directly enhanced the user experience and satisfaction of gaming products.

In 2021, U.S. logic chip design accounted for 67% of the value added. The video game console CPU and GPU market is dominated by two U.S.-based companies, AMD and NVIDIA.

As a leading gaming industry partner, NVIDIA significantly contributes to video game production. For example, NVIDIA’s Graphics Processing Units (GPUs) provide gamers with a stunning visual experience by performing calculations and rendering graphics at high speeds,. In fiscal 2024, NVIDIA’s revenue increased 126% to $60.9 billion. It can be seen that Nvidia and the booming gaming industry are both in a supply relationship and in partnership for expected growth.

The gaming industry has become a highly dynamic sector with significant growth prospects globally, always championing technological advancements and pioneering ideas. As game developers strive to create more realistic, high-quality experiences, they simultaneously demand more from the electronics industry’s supply chain.

As the gaming industry continues to seek to expand its technological advances and electronic component suppliers evolve with the times to meet the gaming industry’s need for electronic components, WIN SOURCE, a distributor of electronic components, says that it provides an invaluable resource for the creators and makers of the game development community. By supplying a wide range of high-quality electronic components, the product catalogue is extensive and diverse, covering all types of sensors, optoelectronics, and power management modules, enabling it to meet the needs of various game development projects.

The correlation between semiconductors and gaming becomes incredibly important as the gaming industry moves into the future. Next-generation technologies such as Virtual Reality (VR) and Augmented Reality (AR) ensure a more immersive experience, requiring further advances in semiconductor technology.

Looking ahead, it is clear that the interplay between game developers and the supply chain of the game manufacturing industry will not only define the next generation of gaming but will drive the entire technology industry forward. The road ahead is full of opportunities for game developers, electronic component suppliers, and gamers, with gaming technology set to take unprecedented leaps forward.