市場調查報告書
商品編碼
1219858
嵌入式芯片封裝技術全球市場規模、份額和行業趨勢分析報告:按行業、平台和地區劃分的展望和預測,2022-2028 年Global Embedded Die Packaging Technology Market Size, Share & Industry Trends Analysis Report By Vertical, By Platform, By Regional Outlook and Forecast, 2022 - 2028 |
到 2028 年,嵌入式芯片封裝技術的全球市場規模預計將達到 2.141 億美元,預測期內復合年增長率為 18.6%。
但是,嵌入式芯片封裝是一種使用多步驟製造工藝將組件嵌入基板的概念。 大量裸片,例如 MEMS 和無源器件,可以並排集成在有機層壓基板的底部。 鍍銅通孔用於連接組件。 基板是通常放置嵌入式封裝的地方,可讓您釋放系統中的空間。
嵌入式芯片封裝技術使用多步驟製造工藝將組件嵌入到基板中。 一個管芯、多個管芯或無源器件可以並排放置在有機基板的中間。 鍍銅過孔放置在電路板上,用於連接組件以節省系統空間。 預計這種存儲節省將推動對嵌入式芯片封裝技術的需求。
對嵌入式芯片封裝技術的需求源於技術的改進和發展。 嵌入式技術符合許多標準,包括芯片尺寸、電氣性能和連接性。 小型化還允許更靈活的設計和更關鍵的電路板佈局,因為它們可能會堆疊成多層並嵌入嵌入式組件。
COVID-19 影響分析
COVID-19 大流行對嵌入式芯片封裝技術市場產生了各種影響。 政府實施或延長的封鎖導致生產和工業設施關閉,造成危機和勞動力短缺。 因此,考慮到嵌入式裸片封裝技術生態系統中不同公司的賬戶,以及來自價值鏈不同環節(如 OEM、供應商、集成商、最終用戶和分銷商)的眾多行業專家的意見,市場我們判斷我們從2019年到2020年經歷了下降。
市場增長因素
對小型電子設備的需求不斷擴大
在全球範圍內,電子產品的小型化正在迅速蔓延。 電子產品、便攜式設備和更輕便的電子產品越來越受到消費者的歡迎。 結果,越來越多的人使用更少的電子元件。 小型電子元件用於電子設備的開發,以增加可用空間並改進最終產品的設計。 客戶需要小巧、功能強大的便攜式電子設備。 公司創建微型電路以將大部分組件安裝在單個芯片上,以改善用戶體驗。 客戶將受益於增強的功能,因為大多數組件(包括傳感器和處理器)都集成到單個芯片上。
消費電子消費和 5g 網絡使用量增加
消費電子產品是世界上使用最廣泛的商品之一。 用於非商業目的的電子產品稱為消費電子產品。 隨著家庭部門接受更廣泛的消費電子產品,消費電子行業經歷了巨大的增長。 將各種數字技術融入消費電子產品對製造商來說是一項重大投資,他們也越來越注重為客戶提供高質量的體驗。 此外,隨著主要製造商增加研發和創新支出,不斷推出具有尖端功能的新產品。
市場製約因素
成本高
嵌入式芯片封裝技術價格昂貴,可能成為市場擴張的障礙。 裸片封裝需要復雜的程序和昂貴的設備,導致成本高。 晶圓封裝成本高昂,儘管矽是地球上第二豐富的材料。 矽被提煉成半導體晶圓和芯片,但過程複雜且成本高。 由於封裝技術成本上升,行業運營商和競爭對手減少,市場容易受到濫用。
平台展望
嵌入式芯片封裝技術市場按平台分為剛性板嵌入式芯片、柔性板嵌入式芯片和 IC 封裝基板嵌入式芯片。 2021 年,柔性板嵌入式芯片部分的收入份額很大。 印刷電路板的產品價值隨著技術的進步而不斷上升,未來用於各種可穿戴設備和IoT(物聯網)設備的柔性印刷電路板的銷售額有望增加。 此外,在各種小型電子設備中安裝柔性電路正在取得進展。
行業展望
嵌入式芯片封裝技術市場按行業劃分為消費電子、汽車、醫療保健、IT 和電信等。 2021年,消費電子領域貢獻了最大的收入份額。 家庭安全系統、家用電器、手錶和打印機等消費電子產品開始包含嵌入式系統。 冰箱、微波爐和洗衣機等家用電器使用簡單的嵌入式系統來提供功能、收集用戶反饋並根據用戶喜好調整項目。
區域展望
嵌入式芯片封裝技術市場按地區劃分為北美、歐洲、亞太地區和 LAMEA。 在預測期內,北美地區正以可喜的速度增長。 這是由於高度發達的電信行業、越來越多地使用物聯網以及汽車行業的強勁發展。 美國也是世界上一些最大的汽車製造商的所在地,他們投資於電動汽車市場。 集成技術通過自適應巡航控制等駕駛員輔助功能提高了駕駛舒適度。
The Global Embedded Die Packaging Technology Market size is expected to reach $214.1 Million by 2028, rising at a market growth of 18.6% CAGR during the forecast period.
System-in-package (SiP) solutions using embedded die packaging technology enable a size reduction of around 70% and are natively 3D-compliant. Miniaturization, enhanced electrical and thermal performance, heterogeneous integration, the potential for cost reduction, and effective OEM logistics are some of this technology's benefits.
Additionally, it provides quick turnaround for customized designs, outstanding robustness, and improved package dependability. Packaging with embedded dies is distinct from other kinds of packaging. Typically, the devices in many IC packages are positioned on top of a substrate. The substrate acts as a link between the devices and aboard in a system. There are several definitions for the phrase "embedded packaging."
However, in embedded die packaging, the concept uses a multi-step manufacturing process to embed components into the substrate. The base of an organic laminate substrate may accommodate the side-by-side integration of a die; many dies, MEMS, or passives. Copper-plated vias are used to link the parts. The board is where the embedded package is located overall, freeing up space in the system.
Embedded die packaging technology uses a multi-step manufacturing process to embed the components into the substrate. In the center of an organic substrate, a die, many dies, or a passive may be placed in a side-by-side configuration. Copper-plated vias, which are located on the board and save up space in the system, are used to link the components. The reduced storage benefit is projected to increase demand for embedded die packaging technology.
The need for embedded die packaging technology results from technological improvements and developments. Embedding technologies meet many criteria, including chip size, electrical performance, and connectivity. In addition, miniaturization allows for more flexible design and more significant board layouts because embedded components may be stacked in several layers with embedded components.
COVID-19 Impact Analysis
The COVID-19 pandemic outbreak has mixed effects on the Embedded die packaging technology market. Lockdowns have been imposed and extended by the governments of various countries, which has caused production and industrial facilities to shut, creating a crisis and a labor shortage. Therefore, it is determined that the market experienced a decline between 2019 and 2020 after taking into account the opinions of numerous industry experts from different segments of the value chain, including OEMs, suppliers, aggregators, end users, and distributors, in addition to the financial results of different businesses in the embedded die packaging technology ecosystem.
Market Growth Factors
Increasing demand for smaller electronic devices
Globally, the downsizing of electrical items is gaining ground quickly. Electronic, portable, lightweight, and lightweight electronic products are becoming more popular with customers. As a result, more people are using fewer electric components. Small form factor electrical components are being used in developing electronic devices to increase available space and enhance the final product design. Customers want portable electronic gadgets that are tiny, modest in size, and packed with functionality. Companies are creating tiny circuits to fit most components onto a single die in order to improve user experience. Customers benefit from enhanced functionality when most components, including sensors and processors, are integrated into a single chip.
A rise in consumer electronics consumption and the use of 5g networks
Consumer electronics are one of the most widely used goods worldwide. Electronics for non-commercial usage is referred to as consumer electronics. The consumer electronics industry has grown tremendously due to the household sector's increasing adoption of a more extensive range of consumer electronics. Integrating different digital technologies into consumer electronics devices is receiving significant investment from manufacturers, who also place more and more emphasis on giving customers high-quality experiences. In addition, new products with cutting-edge features are being introduced due to the leading market companies' increasing expenditures in R&D and innovation.
Market Restraining Factors
Associated high costs
The embedded die packaging technique is expensive so it might be a barrier to market expansion. Die packing involves intricate procedures, expensive equipment, and hefty costs. Despite silicon being the second most common material on Earth, wafer packaging is costly. Silicon must be purified before being used to create semiconductor wafers and chips, a complicated procedure that raises costs. Because there are fewer businesses in this industry and fewer rivals due to the growing cost of packaging technologies, this market is vulnerable to abuse.
Platform Outlook
Based on platform, the Embedded Die Packaging Technology Market is divided into Embedded Die in Rigid Board, Embedded Die in Flexible Board, and Embedded Die in IC Package Substrate. The Embedded Die in Flexible Board segment experienced a significant revenue share in 2021. The printed circuit board's product value is rising in line with technological advancements, and sales of flexible boards for use in different wearable and Internet of Things (IoT) devices are anticipated to rise in the future. In addition, flexible circuits are increasingly being embedded for use in several types of small electronic devices.
Vertical Outlook
Based on vertical, the Embedded Die Packaging Technology Market is classified into Consumer Electronics, Automotive, Healthcare, IT & Telecommunications, and Others. The consumer electronics segment contributed the largest revenue share in 2021. Consumer electronics products like home security systems, home appliances, watches, printers, and more are beginning to include embedded systems. Simple embedded systems are used in household appliances like refrigerators, microwaves, and washing machines to give functions, gather user feedback, and regulate items following user preferences.
Regional Outlook
Based on region, the Embedded Die Packaging Technology Market is categorized into North America, Europe, Asia Pacific, and LAMEA. The North American region is growing at the promising rate during the forecast period. This is due to the highly developed telecommunications sector, increasing IoT use, and strong development in the automobile sector. In addition, the United States is home to some of the largest automakers in the world that are making investments in the electric vehicle market. With driver assistance features like adaptive cruise control, integrated technologies improve driving comfort.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include General Electric (GE) Co., Infineon Technologies AG, TDK Corporation, Fujikura Ltd., Amkor Technology, Inc., Taiwan Semiconductor Manufacturing Company Limited, ASE Group (ASE Technology Holding), Microsemi Corporation (Microchip Technology), Schweizer Electronic AG (Wus Printed Circuit), and AT&S Group.
Strategies Deployed in Embedded Die Packaging Technology Market
Sep-2022: Taiwan Semiconductor Manufacturing Company partnered with Samsung Electronics Co, a South Korean multinational electronics corporation headquartered in Yeongtong-gu, Suwon, South Korea, and Intel Corp, an American multinational corporation and technology company headquartered in Santa Clara, California. Through this partnership, the trio is committed to establishing a single standard for next-gen chip-packaging technologies which is a Chiplet. Moreover, a chipset is a small unit that forms processors and is similar to a Lego block.
Jun-2022: Advanced Semiconductor Engineering, Inc. (ASE Group) unveiled VIPack. It is an evolved packaging platform created to facilitate vertically integrated package solutions. Additionally, pack describes ASE's next generation of 3D heterogeneous integration architecture that expands design rules and reaches performance and ultra-high density.
May-2022: TDK Corporation launched InvenSense IAM-20380HT. It is a high-temperature automotive monolithic 3-axis MotionTracking sensor platform solution for non-safety automotive applications, which contains the DK-20380HT Developer Kit and the IAM-20380HT 3-axis MEMS gyroscope. Additionally, IAM-20380HT is a stand-alone gyroscope in a thin 3 x 3 x 0.75 mm (16-pin LGA) package that can perform over a wide temperature range, delivering reliable and highly accurate measurement data.
Mar-2022: TDK Corporation unveiled FS1412 microPOL (μPOL™) power module. The FS1412 is an element of a new series of μPOL™ DC-DC converters with the smallest available size, increased performance, and ease of use. Moreover, it is helpful in simplified integration for applications such as machine learning, big data, 5G cells, artificial intelligence (AI), computing enterprise, and IoT networking.
Nov-2021: Amkor Technology Inc, expanded its geographical footprints to a smart factory in Bac Ninh, Vietnam. Moreover, Amkor Technology Inc is investing in Bac Ninh to develop its manufacturing impression in the consent of customer requirements for an alternative cost-competitive supply chain solution for Advanced SiP and additional packaging solutions in the future.
Mar-2021: Advanced Semiconductor Engineering, Inc. (ASE) collaborated with Siemens Digital Industries Software, an American computer software company specializing in 3D & 2D Product Lifecycle Management software. Through this collaboration, both organizations have developed two new enablement solutions. Furthermore, ASE would be able to leverage the mutually developed flow to greatly reduce 2.5D/3D IC and FOCoS package assembly planning and verification cycle times by about 30 to 50 percent in each design iteration by embracing the Calibre 3DSTACK technologies and Siemens Xpedition Substrate Integrator.
Sep-2021: Infineon Technologies AG extended its footprint by opening a high-tech chip factory for power electronics on 300-millimeter thin wafers at its Villach site in Austria. Additionally, Infineon accepts that the opportunity to build new capacity in Europe could not be better considering the growing global demand for power semiconductors.
Jun-2019: Infineon Technologies AG took over Cypress Semiconductor Corporation, an American semiconductor design, and manufacturing company. Through this acquisition, Infineon would fasten and strengthen its profitable growth and shift its business on a more comprehensive basis. Moreover, this acquisition is a landmark step in Infineon's strategic development.
Nov-2018: Infineon Technologies AG took over Siltectra GmbH, a start-up based in Dresden. Through this acquisition, Infineon Technologies would be able to extend its portfolio with the fresh material silicon carbide. Moreover, Infineon Technologies' system knowledge of thin wafer technology would be perfectly complemented by the Cold Split technology and the innovative capacity of Siltectra.
May-2018: TDK Corporation took over Faraday Semi LLC, a U.S.-based venture-backed company engaged in the design of advanced power semiconductor Ics. Under this acquisition, TDK Corporation would be able to provide increased efficiency and ease of use at a lower total system cost than what is currently available nowadays.
Market Segments covered in the Report:
By Vertical
By Platform
By Geography
Companies Profiled
Unique Offerings from KBV Research
List of Figures