The wafer-level packaging technology is revolutionizing packaging with innovative thin wafer handling (TWH) technologies. The diverse set of performance materials involved in the wafer-level packaging has made smooth allowances for higher throughput, lower cost, and reduction in form factor for manufacturers. Fully automated solutions are being deployed for high-volume needs of wafer-level packaging.
The utilization of wafer-level packaging allows the chips to continue to reduce in size, provides easier ways to test the functionality of the chips, and streamlines the manufacturing procedures. To reach the utmost goal, the organizations are focusing on finding ways to thin their device wafers before performing complex back-end processes.
To add some edge and innovate the realm of wafer-level packaging, the enterprises are looking to connect with some temporary bonding techniques, in which the wafer is attached to a stable carrier without disrupting the back-end processes. By thinning the wafers, the key players can enable expertise over form factor reduction, increased performance, better heat dissipation, and decreased power consumption.
The technological superiority of wafer-level packaging over traditional packaging approaches is likely to give an upper hand to the manufacturers. Whilst there is no industry standard approach to wafer-level packaging, with rapid advancement in integrated circuit manufacturing processes, fans in wafer-level packaging solutions are likely to gain significant traction in the packaging area.
The prominent players in the wafer-level packaging market are very much focused on their investments in cost-effective, technologically advanced, and more secure products and solutions for various applications, coupled with the silent trends of advanced packaging like wlcsp package, wlcsp process flow, and wafer chip scale package.
The manufacturers can indulge in a broad array of wafer-level packaging capabilities and processes for packaging schemes from fan-out to chip scale to 3D to System-in-Package (SiP). Some of the top players are advancing their manufacturing operations in emerging economies like China, Korea, Taiwan, and Portugal, adjacent to major foundries, enabling the integration of factory logistics and reducing time to market.
It is also observed that for gaining rapid traction in the market, device encapsulation technologies are also being adopted by some of the eminent players, and with the diverse set of technical advances incorporated, along with collaborations made with leading equipment vendors, the biggies are making frequent innovations to provide wafer fabrication equipment for high volume needs in the end-use industries.
Therefore, it can be anticipated that the competitive landscape has lucrative growth prospects, and the wafer-level packaging market is likely to have significant expansion during the forecast period.
Packaging industry has made strides in terms of design incorporating functionality into the mix. Innovations in packaging have become key to keeping up with the changing needs of the consumers as well as the manufacturers.
Packaging has encompassed almost all the industries in the world and they have individually experienced a shift in their packaging designs. One of the most interesting industries to incorporate packaging innovation into their operations is the semiconductor and technology industry.
Semiconductor and technology industry utilizes packaging not only in the overall packaging of the product, but also during the manufacturing of the product on the shop floor. One of these techniques is the wafer based packaging. Wafer based package being the same size as the die allows the wafer fabrication, packaging, testing and the burn-in during the manufacturing process till the shipment.
With the rise in the demand for smaller and faster consumer electronics, we can expect the wafer level packaging market to experience a positive impact. Wafer level packaging allows for greater flexibility and integration providing a small, thin package giving us an active interposer.
By decreasing the die size and increasing the wafer size, wafer level packaging is more cost effective compared to the conventional method of production of integrated circuits. With the rising demand for longer battery life and smaller designs in smart phones, we will find wafer level packaging to perfectly fit the bill.
The open source appropriate technology allows for collaboration among different players in the market to produce a superior product that will keep redefining the technology and semiconductor sector. The wide use of wafer level packaging in radar technology has allowed it to become an essential art in the self-driving cars.
Also, the healthcare medical devices sector and wearable devices market will heavily utilize wafer level packaging market. The boost in these sectors will positively impact the wafer level packaging market. The wafer level packaging is prone to chipping during the process of production and shipping.
In terms of geography, the wafer level packagingmarket has been divided in to five key regions; North America, Latin America, Europe, Asia-Pacific and Middle East & Africa. The wafer level packaging market is expected to exhibit an above average CAGR during the forecast period. Asia Pacific region will continue to show a rise in demand for wafer level packaging due to the rising disposable incomes in the market.
The growing adoption of smartphones in India will permit the wafer level packagingmarket to experience a tumultuous rise in demand. The production of wafer level packagingwill be focused more in the APEJ region.
Some of the key players in the wafer level packaging market are Jiangsu Changjiang Electronics Technology Co. Ltd., Infineon Technologies AG, KLA-Tencor Corration, China Wafer Level CSP Co. Ltd., Marvell Technology Group Ltd., Siliconware Precision Industries, Deca Technologies, Nanium SA, STATS ChipPAC Ltd.
The research report presents a comprehensive assessment of the market and contains thoughtful insights, facts, historical data, and statistically supported and industry-validated market data. It also contains projections done using a suitable set of assumptions and methodologies. The research report provides analysis and information according to categories such as market segments, geographies, type, machine size and end use.
The report is a compilation of first-hand information, qualitative, and quantitative assessment by industry analysts, inputs from industry experts and industry participants across the value chain. The report provides in-depth analysis of parent market trends, macro-economic indicators and governing factors along with market attractiveness as per segments. The report also maps the qualitative impact of various market factors on market segments and geographies.
Based on the end use, the wafer level packaging market is segmented into:
Based on the type, the wafer level packaging market is segmented into:
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Wafer Level Packaging Market
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