Wafer Level Packaging Market Trends

Key Emerging Trends in the Wafer Level Packaging Market

The Wafer Level Packaging ( WLP) market is being redrawn by trends that are fundamentally altering its scope. Advanced technologies are becoming increasingly integrated into Wafer Level Packaging. Both FOWLP and 3D packaging techniques are gaining ground. Such technologies improve the performance, functionality and overall abilities of semiconductor devices, satisfying an ever-widening range of industry requirements.
The advancement of semiconductor manufacturing processes is currently shaping the Wafer Level Packaging market. Lithography, materials and fabrication techniques are being improved to increase the performance of WLP solutions. This is also helping create semiconductor devices with improved performance and smaller form factors.
The automotive industry is becoming an increasingly important application for Wafer Level Packaging. With ever more electronics being installed in cars as advanced driver-assistance systems (ADAS) and infotainment functions, semiconductor packaging products have to meet demands for higher compactness ,reliability. WLP's space-efficient, high performance packaging answers these needs.
WLP is being developed steadily owing to the consumer electronics industry's need for products in small and lightweight forms such as smartphones, wearables (including VR headsets), and IoT devices. This packaging technology makes possible smaller and thinner electronic components, what consumers want from their devices. WLP is being adopted because of the growing needs to add more advanced sensors, MEMS (Micro-Electro-Mechanical Systems), and RF (Radio Frequency) components into electronic devices. This packaging technique makes it possible to integrate numerous different functions on one chip, and thus expanding the strengths of electronic devices.
Web 5G technology and wireless communication systems getting more complicated spur demand for WLP. This packaging technology allows RF components, high-frequency devices and other parts required for 5G infrastructure or equipment to be integrated. Compared to traditional packaging, WLP provides improved electrical performance and reliability. These improvements include not only the shortened interconnects and reduced parasitics but also improved thermal management--all of which increase overall performance, reliability and life span. Such factors are particularly important for high-performance computing and automotive applications in particular.
In Wafer Level Packaging there are still reliability and testing problems. Making sure packaged semiconductor devices are dependable while testing them effectively is two challenges that manufacturers must overcome. To retain the integrity and high quality of WLP solutions, these obstacles must be overcome.