In terms of technological integration

The widespread application of artificial intelligence (AI) and machine learning:

Electronic products have more intelligent interactive capabilities, such as voice assistants that can understand more complex instructions and semantics, better serving users.

Intelligent prediction and adaptive functions, such as automatically optimizing device performance and settings based on user habits.

In terms of image and video processing, AI is used for intelligent editing, special effects addition, scene recognition, and more.

Electronic products in industrial production rely on AI for quality inspection, process optimization, and more.

Deep development of the Internet of Things (IoT):

More devices in the home can be interconnected and controlled, building an intelligent system for the entire house, from household appliances to lighting, curtains, and more.

Infrastructure in cities, such as traffic lights, water and electricity meters, is efficiently managed and monitored through the Internet of Things.

Industrial Internet of Things enables collaborative operation, remote maintenance, and intelligent scheduling between devices.

5G and Future Communication Technologies Drive:

Bring high-speed and low latency data transmission, support high-definition video streaming, fast download of large files, etc.

Promote the deep integration of cloud services and electronic products, allowing more computing to take place in the cloud and making local devices more lightweight and portable.

Promote the large-scale application of technologies such as virtual reality (VR), augmented reality (AR), and mixed reality (MR).

Product form and function

Flexibility and Foldable:

Screens such as mobile phones and tablets can be folded and bent, providing more diverse usage and portability.

Internal components such as flexible circuit boards make electronic product design more flexible.

Improvement of display technology:

Higher resolution (such as 8K or even higher gradually becoming popular).

A higher refresh rate makes the visual experience smoother, especially in the gaming and video fields.

More realistic color reproduction and wider color gamut.

Improved battery life:

Battery technology is constantly advancing, including the research and development of new materials, to achieve longer battery life.

A more efficient power management system that dynamically adjusts power allocation.

Product thinning and miniaturization:

The miniaturization and high integration of electronic components make electronic products lighter and thinner overall.

For example, micro wearable devices and implantable medical electronic products.

Enhancement of biometric technology:

Multimodal biometric technologies such as facial recognition, iris recognition, and palm print recognition are more widely used in security scenarios such as unlocking and payment.

Applied in the field of health monitoring, analyzing health status by identifying physical characteristics.