Samsung Electronics Research Articles

Analisis Rantai Nilai Industri Ritel Elektronik (Studi Kasus: PT. Electronic City Indonesia Tbk)

This research aims to produce a map of the industrial value chain at PT. Electronic City Indonesia Tbk uses the industrial value chain analysis model. Researchers use the case study method, an empirical investigation method that examines a recent case or phenomenon in depth and reality, especially when the boundary between wonder and context is unclear. The subject of this research is PT. Electronic City Indonesia Tbk. The results of the research yield information on a list of companies engaged in the Indonesian electronics retail industry, a list of companies as product suppliers for the Indonesian retail sector where they are part of the product manufacturer and assembler industry (PT. Sony Electronics Indonesia, PT. Samsung Electronics Indonesia, PT. Sharp Electronics Indonesia, PT. LG Electronics Indonesia, and others) and a list of companies that are suppliers to the product assembly industry in Indonesia located outside Indonesia (Samsung Electronic, Sharp Corporation, LG Group, and Sony Corporation and others). The value chain of the e-commerce industry conducted by PT Electronic City Indonesia Tbk is relatively simple because it only has links with producers/suppliers and end consumers. There are four actors in the value chain of the retail electronics industry: component or raw material supplier companies, manufacturing companies, retail electronics companies, and end consumers. PT. Electronic City Indonesia Tbk has no products produced under its brand and does not carry out a value-added process. This can be a threat if manufacturers or suppliers experience production problems because it will hinder product sales in the retail electronics industry.

Unveiling the dynamics of motivation, work-life balance, and work engagement among Vietnamese employees in multinational corporations

This paper investigates the factors influencing work engagement among local Vietnamese staff in multinational corporations by focusing on the impacts of work motivation and work-life balance on work engagement. It explores the role of salary, bonuses, financial rewards, and career promotion in shaping employees’ motivation. A structured questionnaire was administered to 279 respondents working at Samsung Electronics Vietnam Co., Ltd. The collected data were analyzed using the partial least squares structural equation modeling (PLS-SEM) techniques and SmartPLS software. The findings reveal that career promotion opportunities significantly influence work motivation, surpassing salary, bonuses, and financial rewards. Work motivation and work-life balance positively affect work engagement, with work motivation exhibiting a more substantial impact. The study emphasizes the importance of clear career paths and growth opportunities in enhancing employee work motivation and engagement. It also underscores the need for organizations to create a supportive work environment, offer competitive compensation packages, and implement recognition programs. These findings have practical implications for multinational corporations operating in Vietnam, highlighting the significance of prioritizing employee career progression, promoting work-life balance, and fostering a motivating work environment.

The Design of an Intelligent Lightweight Stock Trading System Using Deep Learning Models: Employing Technical Analysis Methods

Individual investors often struggle to predict stock prices due to the limitations imposed by the computational capacities of personal laptop Graphics Processing Units (GPUs) when running intensive deep learning models. This study proposes solving these GPU constraints by integrating deep learning models with technical analysis methods. This integration significantly reduces analysis time and equips individual investors with the ability to identify stocks that may yield potential gains or losses in an efficient manner. Thus, a comprehensive buy and sell algorithm, compatible with average laptop GPU performance, is introduced in this study. This algorithm offers a lightweight analysis method that emphasizes factors identified by technical analysis methods, thereby providing a more accessible and efficient approach for individual investors. To evaluate the efficacy of this approach, we assessed the performance of eight deep learning models: long short-term memory (LSTM), a convolutional neural network (CNN), bidirectional LSTM (BiLSTM), CNN Attention, a bidirectional gated recurrent unit (BiGRU) CNN BiLSTM Attention, BiLSTM Attention CNN, CNN BiLSTM Attention, and CNN Attention BiLSTM. These models were used to predict stock prices for Samsung Electronics and Celltrion Healthcare. The CNN Attention BiLSTM model displayed superior performance among these models, with the lowest validation mean absolute error value. In addition, an experiment was conducted using WandB Sweep to determine the optimal hyperparameters for four individual hybrid models. These optimal parameters were then implemented in each model to validate their back-testing rate of return. The CNN Attention BiLSTM hybrid model emerged as the highest-performing model, achieving an approximate rate of return of 5 percent. Overall, this study offers valuable insights into the performance of various deep learning and hybrid models in predicting stock prices. These findings can assist individual investors in selecting appropriate models that align with their investment strategies, thereby increasing their likelihood of success in the stock market.

지역의 개발 호재가 지식산업센터 분양가격에 미치는 영향에 관한 연구

1. CONTENTS (1) RESEARCH OBJECTIVES The purpose of this study is to analyze how favorable development affects the sales price of Knowledge Industry Centers, focusing on the Knowledge Industry Centers in the Godeok area of Pyeongtaek. (2) RESEARCH METHOD Knowledge Industry Centers’ sales price of 1,348 units were collected at a total of six buildings including SBC, STV, Biz Tower, Smart Cube, Smart Factory, and ES tower in the Pyeongtaek-Godeok area. 1,148 sales price data were collected with pre-sale data and on-site headquarters data. The analysis was performed using a Hedonic Price Model. (3) RESEARCH FINDINGS Analysis of location characteristics showed that the closer the Knowledge Industry Centers were to SRT Ji-je Station and Seojeong-ri Station, the higher the sales price. Godeok IC, however, did not affect the sales price. Results also showed that the closer the Knowledge Industry Centers were to the planned site of Godeok New Town and Samsung Electronics, the higher the sales price. Corner location, on the other hand, had no effect on sales price. As for the characteristics of the buildings, the lower the number of floors and more abundant the parking facilities, the higher the sales price. As for the unit characteristics, the smaller the unit area, and the higher the number of floors - the higher the sales price. On the other hand, whether or not the buildings faced southward did not affect sales price. Also, amenities such as banks increased sales price. 2. RESULTS This study analyzed how Knowledge Industry Centers’ sales prices are affected in areas where favorable developments such as large-scale regional development are expected. The results of this study suggests a guideline to end-users and suppliers in making reasonable decisions in the future.

북한 희토류 등 광물자원의 국제개발협력과 ODA확대에 관한 연구

Amid changes in global supply chains, the strategic weaponization of rare earths has emerged. In the case of Korea, exporting semiconductors such as Samsung Electronics and SK Hynix accounts for a significant portion of the economy. Securing mineral resources such as rare earth elements necessary for making semiconductors is directly related to stably fostering and developing high-tech industries, so its importance is becoming more prominent. North Korea has abundant mineral resources, and cooperation with North Korea will develop the economy of the two Koreas and enable peaceful reunification. In this study, exchanges at the level of international development cooperation and ODA for mineral resources such as rare earths in North Korea were examined and the direction South Korea should move was analyzed.e Journal of Digital Policy & Management. This space is for the abstract of your study in English.

Design is Everywhere, But Nowhere in Patent Analytics

The number of design patents has grown significantly in the last 140 years. However, a data-driven approach for design patents has been overlooked and underutilised in the design management and innovation research communities. Through the prism of a patent professional, data analyst and designer, this photo essay demystifies the complexity of design patent data and sheds light on the underlying value of design as it features among a range of diverse innovation activities. Patent network analysis and visualisation techniques enable the building of a series of patent citation maps and co-inventor networks. Cases from renowned companies—Apple, Dyson, Samsung, and LG electronics— reveal different shapes of innovation activities, focusing on product diversification strategies, collaboration patterns and design-technology cross-pollination flows.

가상자산 발행자의 회계처리 현황 및 문제점

The cryptocurrency market has been expanding at a rapid pace and has been sharply contracting since the Lunar－Terra incident in May 2022, but Bitcoin’s market capitalization still exceeds that of Samsung Electronics. This shows that cryptocurrencies are gaining ground in the financial market as a new investment alternative, despite the ongoing debate about the futility of cryptocurrencies and whether they can be recognized as legal tender. Nevertheless, it is difficult to find a clear definition of cryptocurrencies and how they create value. Currently, IFRS requires that virtual assets be classified as inventories or intangible assets, which is expected to be difficult for listed companies to show the economic substance of virtual assets directly issued and distributed by listed companies. For example, IFRS classifies virtual assets as inventory if they are held for sale in the ordinary course of business or bought and sold by intermediaries, which is a view of virtual assets limited to the perspective of virtual asset exchanges. Recently, some virtual assets issued by domestic listed companies have been relatively clear about their use and method, but it is questionable whether their economic substance can be reflected in financial statements through existing inventory or intangible asset standards. This study considers the approach to establishing accounting standards for virtual currency issuers by examining a series of events that occurred in WEMIX, a virtual fund issued by WEMADE, to see why such events.

THE FACTORS DRIVING SUCCESS IN SOUTH KOREAN EXPORTS: A CASE STUDY OF SAMSUNG ELECTRONINCS

South Korea is one of the prosperous countries because it rose from its economic crisis in the 1990s. This ginseng country has made many efforts to maintain stability and economic development by using diplomacy in international relations. South Korea carries out diplomatic activities to communicate with other countries, one of which is economic diplomacy. South Korea's diplomacy is their tool to promote exchanges that increase trade, culture, wealth and knowledge. One is expanding and improving their exports through multinational companies such as Samsung Electronics. This study identifies the elements contributing to South Korea's export success. Currently, South Korea is an example of a country in the East Asia Region those economy can increase yearly. This study uses qualitative research methods with literature studies to collect and analyze data or research objects written from the international relations perspective. The theory used in this study is the Porter-Diamond model and the concept of Export Oriented Development. The results of this study indicate that Samsung's global market dynamics have positively influenced South Korea's export success through Samsung's technological prowess, marketing approach, supply chain management, then political and international economic factors, as well as South Korea's economic diplomacy, which built and all are interconnected and strengthened.

Wearable Electrocardiography for Physical Activity Monitoring: Definition of Validation Protocol and Automatic Classification

Wearable devices are rapidly spreading thanks to multiple advantages. Their use is expanding in several fields, from medicine to personal assessment and sport applications. At present, more and more wearable devices acquire an electrocardiographic (ECG) signal (in correspondence to the wrist), providing potentially useful information from a diagnostic point of view, particularly in sport medicine and in rehabilitation fields. They are remarkably relevant, being perceived as a common watch and, hence, considered neither intrusive nor a cause of the so-called "white coat effect". Their validation and metrological characterization are fundamental; hence, this work aims at defining a validation protocol tested on a commercial smartwatch (Samsung Galaxy Watch3, Samsung Electronics Italia S.p.A., Milan, Italy) with respect to a gold standard device (Zephyr BioHarness 3.0, Zephyr Technology Corporation, Annapolis, MD, USA, accuracy of ±1 bpm), reporting results on 30 subjects. The metrological performance is provided, supporting final users to properly interpret the results. Moreover, machine learning and deep learning models are used to discriminate between resting and activity-related ECG signals. The results confirm the possibility of using heart rate data from wearable sensors for activity identification (best results obtained by Random Forest, with accuracy of 0.81, recall of 0.80, and precision of 0.81, even using ECG signals of limited duration, i.e., 30 s). Moreover, the effectiveness of the proposed validation protocol to evaluate measurement accuracy and precision in a wide measurement range is verified. A bias of -1 bpm and an experimental standard deviation of 11 bpm (corresponding to an experimental standard deviation of the mean of ≈0 bpm) were found for the Samsung Galaxy Watch3, indicating a good performance from a metrological point of view.

Global-Local Production Networks organization of Samsung Electronics Corporation: Theoretical Framework, Spatial Patterns, Dynamics, Strategies, and Case Study

Global-Local Production Networks organization of Samsung Electronics Corporation: Theoretical Framework, Spatial Patterns, Dynamics, Strategies, and Case Study

텔레비전 천만 생산 시대의 “‘다다익선’ (多多益善 · The More, The Better)”: 1980년대 삼성의 홍보 전략과 백남준의 비디오 예술

This study combines a social history of business corporations with art history, taking as its principal case study the relationship between Samsung Electronics and Nam June Paik’s 1988 video artwork “Dada ikseon.” The study shows that Samsung strengthened its hold over the electronics industry by employing a PR strategy that enabled Samsung Electronics to emerge as an industrial frontrunner in the 1980s. To this end, in 1984 Samsung Electronics formed a strategic partnership with video artist Nam June Paik. The study discusses how the strategic relationship between these two parties developed when the Korean government requested an artwork for the 1988 Seoul Olympics. A core argument is that this moment provided Paik with an opportunity to fully utilize Samsung Electronics’ technical resources, while Samsung, in turn, made use of his reputation as an opportunity to show its transformation into a company with cutting-edge technology. This study finally shows the ways in which Samsung Electronics’ engineering technologies were absorbed into “Dada ikseon” through this strategic relationship, resulting in an artwork that was as much an outcome of Samsung’s engineering prowess as it was of Paik’s artistic abilities.

2015년 이후 수도권 재집중

This paper is to analyse the reconcentration of Seoul Metropolitan Area(SMA)'s population to become clear after 2015, and trace back the background of the phenomena. SMA's population has been over 50% since December 2019, and it came from the outstanding rise of SMA – non SMA population gap in the end of 2015. The high tide of SMA in 2015 is linked directly with two things. One is the big growth of semiconductor and display products in SMA around 2015, and the other is the development of 2nd Dongtan Newtown which the first dwellers moved in 2015. The background factors of the two things are polices that allow industrial complex at Pyeontaek, a southern city of SMA, esp, acceptance of new large semiconductor campus of Samsung Electronics, and create new big city at southern SMA for stabilizing housing price. Throughout this process, our state, S. Korea government had done as if she was an civil affair clergy for giant conglomerate, so called Jaebul. This kind of state is called a neoliberalist state, or Schumpeterian workfare state, which S. Korea takes the form of after the shocks from IMF crisis in 1998. Under that kind of state, the government has become inferior to global multinational conglomerates less and less including Samsung and LG, and her policies for regional equality have been stepped back further and further.

The Effect of Samsung Electronics' Expansion to India on the South Korean Economy in 2017-2021

Samsung is the largest multinational company in South Korea that has successfully expanded to various countries. India is the second largest technology market after China which is a new market in the Asian continent. Currently, India is being targeted by many world technology companies to market their products in the South Asian region, so this is an opportunity for Samsung to enter and expand in India. Samsung, which has successfully entered India, is always innovating in creating and developing pre-owned technology products to increase sales of its products. This also affects the South Korean economy, where with the expansion carried out by Samsung, the South Korean economy has experienced significant growth in terms of the increase in GDP every year which is the focus of this research. This study uses quantitative methods with descriptive statistical analysis methods by providing additional data in the form of graphs. Samsung's successful expansion to India is marked by investments in the construction of new manufacturing plants in the Noida area, Uttar-Pradesh, and sales of Samsung products in India are the second largest with average avenue is 700 billion INR. These results also affect the economic position of South Korea so that it becomes a country that has a fairly strong position in the field of technological development. The conclusion of this study is that Samsung brought South Korea to be part of the category of developed countries in the world with significant GDP growth every year from the period 2017-2021.

The analysis of whole industrial chain of Samsung Semiconductor

This article mainly analyses the advantages and disadvantages of the whole industrial chain strategy in the context of the epidemic, and takes Samsung semiconductor industry as an example to demonstrate whether the whole industrial chain strategy is correct, the author's suggestions are also given. First, we will show the impressive sales of Samsung Semiconductor against the situation of epidemic to prove that Samsung has made the right strategic decision in the semiconductor sector and I introduces why Samsung chooses the path of semiconductor industry chain. Second, the whole industrial chain strategy of manufacturing industry is introduced and its advantages and disadvantages are analysed. Third, it studies and analyses Samsung's corporate culture, employee and supplier management, the process of full industrialization of Samsung Semiconductor and the mistakes made by Samsung Semiconductor. Finally, judge whether to support Samsung's whole industrial chain development strategy, and give the author's suggestions. Through the research, it is found that even if there are defects in the strategy of semiconductor industry chain, there are defects in the internal management caused by the expansion of enterprise scale, which is specifically manifested as the neglect of employees' safety conditions. However, the authors believe that even with the drawbacks, it is still the right strategic decision for semiconductor companies. In order to deal with the defects, this article suggests promoting enterprise transparency, introducing social and public opinion supervision into enterprises, and forcing enterprises to actively safeguard the rights and interests of stakeholders.

Strategic Shift at Titan Watches: Will it work?

This case study analyses the dilemma and strategic decision choices faced by Titan Watches (TW) regarding its growth aspirations and competitive challenges in the Indian context. The case reflects in detail the global watch industry and the competitive landscape from the company’s standpoint and highlights the journey covering more than three decades of its history. The case analysis is conducted based on secondary data gathered from various sources. The period considered to study the company and its competitive landscape is over three decades, that is, from its inception in 1984 to 2020. The financial data and other related data used in this case study were collected from different databases, that is, Euromonitor passport, Ace Knowledge Portal, CRISIL Research and ProQuest databases. It is found that the company is planning to achieve profitable growth in its revenue but faces tough competition from both analogue watchmakers (e.g. Seiko Holdings Corporation, Citizen Watch Co. Ltd and Swatch Group) and digital watch makers (e.g. Apple Inc., Fossil Group Inc., Samsung Electronics, Garmin Ltd. and Fitbit Inc.). To the best of our knowledge, there is no case study on TW highlighting the dilemma and strategic challenges the chief managing director faced in 2019. These include the challenges of capturing market share, achieving profitable growth and balancing the image of TW between a mass-market brand and a premium brand, etc. Furthermore, it discusses how TW needs to compete with global smartwatch companies like Apple and Samsung.

The Impact of the COVID-19 Pandemic on the Profitability Performance of Leading ICT Enterprises

The common conclusion presented in a large number of scientific publications is that the COVID-19 pandemic has had a substantial negative impact on human health and businesses. The main aim of this article is to present the results of research on the impact of the COVID-19 pandemic on leading ICT enterprises’ financial performance. The research covered the three leading ICT enterprises: International Business Machines (IBM), Samsung Electronics Co. Ltd. (Samsung) and Canon Kabushiki Kaisha (Canon). The research covered the 15-year period from 2007 to 2021, which included the pandemic period of 2020–2021. This allowed for the evaluation of the dynamic rate of change over time and more precise comparison of the changes in the financial performance indicators during the pandemic period. The main conclusions are that despite significant restrictions, lockdowns and many infections, the COVID-19 pandemic has had no significant impact on the financial performance of the enterprises studied in the research. The research provides new knowledge about the impact of the COVID-19 pandemic on leading companies in the ICT industry. Further research on the impact of this pandemic may reveal details about more factors that influenced the business activities in other sectors of the economy.

Designing High Entropy Amorphous Oxides for Li-Battery Electrolytes

Amorphous Li-oxides such as LiPON and amorphous Li garnet are considered as promising solid-state electrolytes for use in hybrid or all-solid-state oxide- and sulfide-based batteries as separators or protective layers.1-3 These materials possess several appealing characteristics, such as their intrinsic grain-boundary-free nature and relatively low manufacturing temperature (ranging from room temperature to 600 °C), which facilitates co-synthesis with Co-substituted or even Co-free cathodes that are unstable at standard electrolyte sintering temperatures. Alternatively, they can be applied as protective coatings toward Li anodes and other Li-free anode concepts, bridging the electrochemical stability voltage gap with liquid electrolytes or catholytes and preventing uneven interfacial reactions. The amorphous Li-oxides can be classified based on their structural entropy, i.e., the number and types of local bonding units (LBUs). As of today, ‘low entropy’ amorphous LiPON with only one type of LBU achieves the highest cycle number and battery lifetime.4 ‘High entropy’ amorphous Li-ion conductors, such as Li perovskites or Li garnets, exhibit an unusually high number of LBUs. local ordering and the Li-ion dynamics remain poorly understood, in part owing to the difficulty in characterizing their disordered states. This study employed a novel synthesis protocol to stabilize amorphous Al-doped Li garnets, representing so far the highest number of LBUs (≥ 4) in an amorphous Li-ion conductor.5 We resolved their phase evolution and local structures by a combination of spectroscopy, microscopy, and calorimetry techniques. A much wider (<680 °C) but processing-friendly temperature range was identified to stabilize various amorphous phases with edge- and face-sharing Zr, La, and Li LBUs that do not conform to the formation rules for Zachariasen’s glasses. These amorphous Li-ion conductors reveal an unusual setting in which Li and Zr act as network formers and La acts as a network modifier, with the highest Li-dynamics observed for smaller Li–O and Zr–O coordination among the amorphous phases. Our insight provides fundamental guidelines for the phase, local structure, and Li-transport modulation for amorphous Li garnets and pave the way for their integration in next-generation solid-state or hybrid battery designs with enhanced safety and lifetime. Acknowledgments Y.Z. acknowledges financial support provided by the MIT Energy Initiative fellowship offered by ExxonMobil. This research was supported by Samsung Electronics. This research was performed in part at the Center for Nanoscale Systems (CNS), a member of the National Nanotechnology Coordinated Infrastructure Network (NNCI), which was supported by the National Science Foundation under NSF award no. 1541959. CNS is a part of Harvard University. This research used resources of the Advanced Photon Source, an Office of Science User Facility operated for the U.S. Department of Energy (DOE) Office of Science by Argonne National Laboratory, and was supported by the U.S. DOE under Contract No. DE-AC02-06CH11357, and the Canadian Light Source and its funding partners.

ROLE OF SMARTPHONES IN INCREASING PHYSICAL ACTIVITY IN SECONDARY SCHOOL STUDENTS

In today's world, physical activity is gaining more importance, not only in academic community, but also with the general public. Nowadays, many students expect to see involvement of new technologies in school such as smartphones, tablets, and computers. The level of physical activity is very easily affected by various external influences such as smartphone apps, which may be ideal in increasing physical activity. Smartphone apps are considered motivational tools in increasing physical activity. The aim of the study was to analyse the role of smartphones in increasing physical activity in secondary school students. The study group was chosen purposively to meet the aim of the study. The following criteria applied: a) participants should not have health issues; b) participants should be from the same year of students. The group consisted of 113 secondary school students [(Male control group n = 30 (26.54 %); Male experimental group n = 25 (22.12 %); Female control group n = 30 (26.54 %); Female experimental group n = 28 (24.80 %)]. The current level of physical activity was detected by using the smartphone app - Samsung Health [(Samsung Electronics Co., Ltd.; Suwon, the Republic of Korea; Android 5.17.1.003; iOS 1.5)]. Two 14-day challenges were created to increase physical activity in the participants. To determine the statistical significance of 2 control groups (n = 60, 53.08 %) and 2 experimental groups (n = 53; 46.92 %) we applied the Wilcoxon Signed-rank Test (Wtest p &lt; 0.01, p &lt; 0.05). To verify 4 independent study groups, we applied the Mann-Whitney U-test (Mwtest p &lt; 0.01, p &lt; 0.05). The material and practical significance was evaluated by using the effect size coefficient (r) (r = 0.10 - small, r = 0.30 - medium, r = 0.50 - large effect size). The first 14-day challenge resulted in improvements in both control and experimental groups of secondary school students (p &lt; 0.01). After 28-day challenge, we recorded the improvements in the female experimental group (p &lt; 0.01), male control and experimental groups (p &lt; 0.01) and female control group (p &lt; 0.05). When comparing the independent study groups, we recorded improvements, which were significant at 1.00 % and 5.00% level. Secondary school students are increasingly using smartphone apps routinely in more areas of their personal lives. Smartphone apps aimed at increasing physical activity are effective in helping secondary school students to achieve the required physical activity level. Our study provides evidence that the technique of challenges used in the smartphone app - Samsung Health significantly (p &lt; 0.01, p &lt; 0.05) increase the physical activity level of the secondary school students. According to our results, we recommend using the smartphone app - Samsung Health as a motivational tool in increasing the physical activity in secondary school students.

평택시의 권역별 개발사업이 주택가격에 미치는 영향에 관한 연구

(1) RESEARCH OBJECTIVES The purpose of this study is to study how the real estate development project of Pyeongtaek City affects housing prices by subdividing the northern, southern, and western regions by region. (2) RESEARCH METHOD This study employed the Hedonic Price Model to achieve the major objectives of this study. (3) RESEARCH FINDINGS The implications of this study are as follows. First, through this study, it was found that although the start of development projects raised the housing price, it did not falls within the spatial scope of this study, was judged to be meaningful to examine the differences by region as a place where the differences by region are clearly visible. 2. RESULTS The results of this study are as follows. The influence of other characteristics did not differ significantly by region, but in terms of development characteristics, it was found that the SRT Jije Station start and Samsung Electronics start construction increase the apartment transaction price in the southern and western regions except for the northern region.

Design and Implementation of an HCPS-Based PCB Smart Factory System for Next-Generation Intelligent Manufacturing

The next-generation intelligent smart factory system that is proposed in this paper could improve product quality and realize flexible, efficient, and sustainable product manufacturing by comprehensively improving production and management innovation via its digital network and intelligent methods that reflect the characteristics of its printed circuit board (PCB) manufacturing design and on-site implementation. Intelligent manufacturing systems are complex systems that are composed of humans, cyber systems, and physical systems and aim to achieve specific manufacturing goals at an optimized level. Advanced manufacturing technology and next-generation artificial intelligence (AI) are deeply integrated into next-generation intelligent manufacturing (NGIM). Currently, the majority of PCB manufacturers are firms that specialize in processing orders from leading semiconductor and related product manufacturers, such as Samsung Electronics, TSMC, Samsung Electro-Mechanics, and LG Electronics. These top companies have been responsible for all product innovation, intelligent services, and system integration, with PCB manufacturers primarily playing a role in intelligent production and system integration. In this study, the main implementation areas were divided into manufacturing execution system (MES) implementation (which could operate the system using system integration), data gathering, the Industrial Internet of Things (IIoT) for production line connection, AI and real-time monitoring, and system implementation that could visualize the collected data. Finally, the prospects of the design and on-site implementation of the next-generation intelligent smart factory system that detects and controls the occurrence of quality and facility abnormalities are presented, based on the implementation system.