Chip Industry Research Articles

Information‐Sharing Strategies Based on Trust Risks Under a Governmental Incentive Mechanism

ABSTRACTDue to swift shifts in market demand and variable production capacities within the chip industry, trust risks between upstream and downstream entities can readily develop, leading to challenges in information sharing. To tackle this challenge, this paper develops a two‐level evolutionary game model between vehicle manufacturers and chip suppliers. It examines the effects of government rewards and penalties, trust risks, and spillover benefits from information sharing on the strategic decisions of both parties. Furthermore, the paper investigates system evolution strategies under three distinct government policies: forced, fair, and favored. The findings show that as trust risks escalate, both entities in the supply chain tend to withhold information due to concerns over losing their unique competitive advantages. However, enhancing spillover benefits through information sharing positively impacts the mitigation of trust risks. Numerical simulations demonstrate that while a government‐forced policy with increased penalties may boost information sharing in the short term, it proves less effective over the long term. Conversely, preferred rewards and subsidies under equitable policies can significantly boost one party's readiness to share information, thus enhancing cooperation between the two parties. The paper also offers countermeasures and recommendations. For instance, it suggests that upstream and downstream enterprises should not only foster mutual trust but also vigilantly track government policy directions to develop effective information‐sharing strategies. Furthermore, government industrial policies should fully consider the actual market conditions to alleviate trust risks between upstream and downstream entities and promote information sharing among enterprises.

The Impact of the China-US Trade Friction on Vietnam’s Chip Industry

The impact of the China-US trade friction on the world has received widespread attention, but there is still insufficient focus on the Vietnamese chip industry. This article analyzes the impact of China-US trade on Vietnam and the background, development, challenges, and measures of Vietnam’s chip industry. This article argues that the China-US trade friction has brought development opportunities to Vietnam’s semiconductor industry. Many semiconductor companies have chosen to open factories and expand production in Vietnam, and Vietnam’s semiconductor market has also expanded. However, Vietnam has problems such as inadequate infrastructure, a weak technological foundation, government policies that are not suitable for foreign investment, and a lack of human resources. Based on this, this article proposes the following suggestions: Vietnam needs to actively seek cooperation with major countries, the government needs to play a coordinating and important investor role, Vietnam needs to strengthen infrastructure construction, Vietnam needs to promote technological innovation, and Vietnam needs to strengthen the training of high-end talents.

Spontaneous Cooling Enables High-Quality Perovskite Wafers for High-Sensitivity X-Ray Detectors with a Low-Detection Limit.

Developing high-quality perovskite wafers is essential for integrating perovskite technology throughout the chip industry chain. In this article, a spontaneous cooling strategy with a hot-pressing technique is presented to develop high-purity, wafer-scale, pinhole-free perovskite wafers with a reflective surface. This method can be extended to a variety of perovskite wafers, including organic-inorganic, 2D, and lead-free perovskites. Besides, the size of the wafer with diameters of 10, 15, and 20 mm can be tailored by changing the mold. Furthermore, the mechanism of spontaneous cooling for improving the quality of perovskite wafers is revealed. Finally, the high-quality lead-free Cs3Cu2I5 perovskite wafers demonstrate excellent X-ray detection performances with a high sensitivity of 3433.6 µC Gyair -1 cm-2 and a low detection limit of 33.17 nGyair s-1. Moreover, the Cs3Cu2I5 wafers exhibit outstanding environmental and operational stability even without encapsulation. These research presents a spontaneous cooling strategy to achieve wafer-scale, high-quality perovskites with mirror-like surfaces for X-ray detection, paving the way for integrating perovskites into electronic and optoelectronic devices and promoting the practical application of perovskite X-ray detectors.

PENGARUH SOCIAL MEDIA MARKETING DAN INOVASI PRODUK TERHADAP BUSINESS PERFORMANCE PADA SENTRA INDUSTRI KERIPIK TEMPE “SANAN” KOTA MALANG

This study analyzes the impact of Social Media Marketing and Product Innovation on business performance in the tempe chip industry at Sentra Tempe Sanan, Malang City. Despite increasing competition from new culinary businesses leveraging social media and innovative products, the tempe chip industry in Sanan has maintained its market presence.Using regression analysis, the study finds that Social Media Marketing significantly improves business performance, enhancing brand awareness and customer engagement. Product Innovation also positively impacts performance, increasing customer numbers, creativity, and profits. Together, these factors explain 69% of the variation in business performance at Sentra Tempe Sanan.The findings suggest that optimizing social media marketing and continuous product innovation are crucial for sustaining competitiveness in the local market. This research offers practical insights for tempe chip producers in Sanan to improve their business strategies.

Perancangan Mesin Pengupas Singkong dengan Metodologi NIDA-QFD untuk Industri Keripik Singkong ABC Banyuwangi

Banyuwangi produces potential cassava chips. However, due to slow manual stripping, production capacity is low, market demand is high, and product quality decreases. This study develops an optimized peeling machine using NIDA-QFD to meet user needs and increase innovation. Experimental design model and 5 alternative actions of cassava peeling machine. ABC Banyuwangi Industry with 10 respondents, including owners and employees, was given intervention in the action decision. NIDA-QFD developed a cassava peeling machine design that is efficient and minimizes risk. Alternative 3 was chosen, with user body dimensions (height 110-180 cm), using sturdy materials (steel angle profile, stainless steel plate), and having 5 peeling rolls (diameter 80 mm, length 910 mm) for an effective and efficient stripping process. The 220 volt 1/2 PK AC drive system ensures the roll rotates with optimal speed and torque. The cassava skin remover is made of stainless steel which is rust-resistant and easy to clean, so it is feasible to overcome the problem of manual peeling of cassava and opportunities for progress in the cassava chips industry.

5 Qestions: Rao Tummala: How to Start a Chip Industry From Scratch

5 Qestions: Rao Tummala: How to Start a Chip Industry From Scratch

Design of Table and Chairs for Packaging Tempe Chips Work Station for Reducing the Risk of Occupational Diseases in Putra Tunggal Home Industry Wonosobo

Home Industry Putra Tunggal Wonosobo is a tempeh chip industry whose production process is manual, so it can have a negative impact on worker ergonomics. Preliminary research was conducted by interviewing pain complaints and assessing work posture using the OWAS method. The tempeh chips packaging workstation was the workstation that had the most pain complaints at 67.86% (19 of 28 body parts) and the highest OWAS score at 4, so this was at high risk of experiencing musculoskeletal disorders. The next study used the NBM questionnaire to analyze the level of pain due to work and RULA for work posture. CATIA software was used to design tables and chairs, as well as assess the posture of the design results using the RULA method. Worker performance will be compared before and after using tables and chairs based on the level of body pain due to work (NBM) and work posture (RULA). The research results showed a decrease in the risk of work-related diseases by 80 and 78 to 40 and 44 (from high to low-risk levels) as well as a decrease in the RULA score from 7 (dangerous posture) to 2 (good posture).

High-speed wafer surface defect detection with edge enhancement via optical spatial filtering in serial time-encoded imaging

With the rapid development of the chip and metasurface industries, high-speed defect detection of wafer during semiconductor batch manufacturing has become increasingly important for yield control. Here, we propose a high-speed, macro-scale wafer surface defect detection method with enhanced image edges, via optical spatial filtering in serial time-encoded imaging. By using blazed gratings to spatially project different wavelength components of pulsed light into a one-dimensional line, together with dispersive Fourier time stretching technology, a high-speed serial time-encoded imaging system based on a single pixel detector is constructed for testing the wafer surface defects, and optical spatial filtering is introduced to improve the imaging quality. Experiments show high-pass spatial filtering effectively restrains environmental interference and enhances image edge detection. Small target detection is achieved without a complex image algorithm. Our solution extends optical spatial filtering to serial time-encoded imaging, not only permitting wafer macro scale defect detection with edge enhancement, but also having potential significance for imaging lidar, imaging spectrometers, ghost imaging technology, and more.

Physiological and starch quality of potato tubers discarded from the potato chip industry in Mexico

Physiological and starch quality of potato tubers discarded from the potato chip industry in Mexico

THE INFLUENCE OF GREEN MARKETING AND DIGITAL MARKETING ON CUSTOMER LOYALTY IN CHICKEN INTESTINE CHIPS MSMEs IN KEDIRI

The problem addressed in this research concerns marketing management, focusing on the impact of green marketing and digital marketing on customer loyalty. The objective is to determine and analyze the effects of green marketing and digital marketing on customer loyalty both individually and collectively. This study uses a quantitative approach, with a population consisting of customers of chicken intestine chips MSMEs in Kediri. The sample includes 85 respondents. Data collection was conducted using questionnaires, and data analysis involved validity, reliability, classical assumption tests, multiple linear regression tests, and hypothesis testing. The research hypotheses testing revealed that green marketing has a significant partial effect on customer loyalty, digital marketing also has a significant partial effect on customer loyalty, and both green marketing and digital marketing have a significant simultaneous effect on customer loyalty in chicken intestine chips MSMEs in Kediri. Overall, this study contributes to the existing body of knowledge in marketing management by shedding light on the effects of green marketing and digital marketing on customer loyalty. The findings suggest that implementing these strategies can be beneficial for MSMEs in the chicken intestine chips industry in Kediri, as they can enhance customer loyalty and potentially lead to increased business success.

Manajemen Strategi Pengembangan Pasar Industri Kripik Jamur Bintang Mas Srengat Kabupaten Blitar

Industrial development management must be implemented optimally by business actors, it is an absolute requirement for companies to be able to develop rapidly. The strategies implemented are certainly needed by business actors, starting from utilizing market digitalization, building distribution channels, to providing services that make it easier and satisfy consumers. This research was carried out at a home industry (UMKM) for Bintang Mas Mushroom Chips in Kauman Srengat, Blitar Regency. This research is to find internal and external factors and determine alternative strategies for developing MSMEs in the Bintang Mas mushroom chips industry. The method in this research is a descriptive analysis method. With interviews, documentation and observations at the research location. As a result of the research, several internal factors were found that encouraged the development of the Kauman gold star mushroom chips industry, Srengat District, Blitar Regency. The company has employees who are competent in their fields, utilize digital marketing, fast distribution, and a friendly and good customer service model. Furthermore, external factors include increasing company income, increasing the efficiency and effectiveness of business operations, and adopting various strategies implemented by competitors. Alternative strategies used by the company, namely increasing production capacity and quantity in a continuous improvement framework to meet market demand, expanding cooperative relations between companies and farmers, companies and customers, signifying various promotions, discount strategies for chips mushrooms on certain days, product packaging quality innovation that is more creative and attractive

PLANNING AND DEVELOPMENT OF FRIED MEATBALL CHIPS PACKAGING PRODUCTS AT IRT AMNPQ WITH CONSUMERS' VOICES IN MIND

The fried meatball chips industry has experienced significant growth in recent years, driven by consumer demand for convenient and tasty snack options. Packaging for these products often lacks innovation, leading to issues such as poor product protection, limited shelf life, and lack of brand differentiation. This study aims to develop an improved packaging solution for fried meatball chips that addresses these challenges while taking into account sustainability and consumer preferences. The study used a mixed methods approach, combining quantitative and qualitative techniques. Initially, a comprehensive market analysis was conducted to understand consumer behavior, packaging trends, and industry best practices. The final packaging solution was tested for its effectiveness in terms of product protection, shelf life extension, and consumer appeal through various laboratory and field tests. In addition, a life cycle assessment (LCA) was conducted to evaluate the environmental impact of the proposed packaging solution and identify opportunities for further improvement. The findings of this study contribute to the existing body of knowledge in the field of packaging design and development, specifically for the fried meatball chips industry. The proposed packaging solution offers improved product protection, shelf life extension, increased brand recognition, and improved sustainability, ultimately benefiting both producers and consumers.

MOSFET Characteristics and Related Biological Devices Analysis

With the development of modern electronic information technology, portable, fast, and high-performance electronic information products have brought great changes to people's life and health. People pay more and more attention to electronic information products. Not only in the civil aspect, high-end precision electronics industry, such as artificial intelligence, the new generation of electronic communication technology, medical devices, aerospace, and defense fields are based on various chips, to establish a complete national industrial system. This article describes MOSFET basic introduction, working principle and structure, etc., which plays an important role in the modern electronic information industry, including its application in implantable medical devices-current stimulator. The conclusion of this article is that with more and more capital and talent investment, the future of the chip industry with MOSEF as the basic component is very optimistic. The significance of this paper is to introduce the existing MOSFET technology and put forward views for future development.

Bioactive carbohydrate from potato peels: A sweet inducer that mediate resistance against powdery mildew disease of cucumber through phytohormonal alterations

Large volumes of nutritive wastes are generated by food industries, which can be used in the production of bioactive compounds of commercial values. The waste generated by potato chips industries contains high quantities of insoluble starch, high concentrations of total suspended solids and chemical oxygen demand, or environmental issues. In this study, the starch extracted from the potato peels was subjected to bioconversion of isomaltose-oligosaccharide by enzymatic method and further eluted isomatlose by liquid chromatography-mass spectrometry. The structural elucidation of isomaltose was confirmed by 1H NMR and 13C NMR spectroscopy. The purified isomaltose displayed excellent in vitro antifungal action against Erysiphe cichoracearum and Fusarium oxysporum at concentrations 1.0 and 2.5 mg/ml, respectively. Notably, cucumber-seeds primed with isomaltose (2.5 and 5.0 mg/mL) concentrations recorded a significant improvement of germination (91.5 and 89 %) and vigor (2210.93 and 2015.7) over the untreated control. Subsequently, the isomaltose-primed cucumber plants challenged with powdery mildew pathogen showed enhanced protection of 63% in comparison with pathogen alone-induced plants. This enhanced growth parameters and induced resistance in cucumber may be fairly contributed by the upregulation of phytohormone levels in primed plants observed in this study. Taken together, this study is unique in the use of bioactive isomaltose from potato peels, which could enable us to minimize the agro-industrial wastes and most importantly could help to develop new formulations for sustainable crop protection strategies.

Reigniting the U.S. Chip Industry: The CHIPS Act promises $11 billion for chipmaking research and development. It won't be enough without changes in innovation and participation.

Reigniting the U.S. Chip Industry: The CHIPS Act promises $11 billion for chipmaking research and development. It won't be enough without changes in innovation and participation.

Chips and the Future of Taiwan

This paper provides (1) an outlook of Taiwan’s chip industry relative to other countries, (2) projections for Taiwan’s future with possible scenarios, (3) tentative forecasts for the future prospect of Taiwanese chip firms, and (4) policy suggestions in the interests of Taiwan. Our results show varying degrees of impacts on the revenues of chip firms based upon different war-peace scenarios. Taiwan's government should take active steps to de-risk and stabilize political relationships with China.

MODEL FUZZY GOAL PROGRAMING UNTUK MENGOPTIMALKAN PRODUKSI KERIPIK SINGKONG PADA MASA PANDEMI COVID-19

The The obstacling that faced by the industry today is the less maximum results from allocating material sources for production and optimizing production results. The Covid-19 pandemic has influenced in the homemade cassava chip business being less developed and increasingly experiencing setbacks. The business owners are not ready to face a pandemic situation which makes one of the obstacles less than optimal in terms of income. The right modeling technique can result in satisfaction with the desired production results and income which are wanted. In this research, The problem of optimizing production is solved by using fuzzy goal programming model. This model does not need to use goal weighting so that the optimal solution is only based on the desired target. In the decision making in this research using Lingo 18.0 application which in its solution is not necessary using overtime and easy to use. This research will be carried out in two homemade industries of cassava chips, those are namely Lestari Jaya and Berkah Jaya Abadi. Based on the calculating simulation on optimizing the production of two homemade cassava chip industries in East Lampung Regency, the results obtained are more optimal by using the fuzzy goal programming model.

Pendampingan Pencatatan Akuntansi Sederhana pada Pemilik UKM Kerupuk Singkong di Desa Sawojajar

The cassava chips industry is a home or family industry which makes this industry a source of family income as well as a milestone in the community's economic cycle. The importance of this industry is unfortunately not accompanied by the ability of business actors to carry out optimal financial records, whereas accounting recording activities are an important activity in the management process of a company. business. With the assistance activities carried out by the community service team regarding financial recording, business actors can increase their understanding of simple financial recording. The results of the activities carried out are The owner of the cassava chips business "Dwi Putri" stated that he was able to carry out financial records in the business process, and was good at calculating sales profits.

Exploration of Local Wisdom in Creative Economy Literacy: The Case of Banana Chips Small Business

This research aims to explore local wisdom through creative economic literacy in the small banana chip industry in East Luwu Regency. The type of research used is qualitative with the source of informants being 5 people each from small businesses who have different marketing methods in terms of product sales in East Luwu Regency. The data collection technique was carried out in two aspects, namely primary and secondary. The data collected is then processed and analyzed using qualitative descriptive methods, to provide an overview, explanation, understanding and conclusions. The results of the research show that banana chips business actors in East Luwu Regency already understand creative economic literacy with the knowledge they have, they can act or behave in accordance with the knowledge they have gained from the learning process and from training. They run their business with the knowledge they get from the process of selecting raw materials to how they market their products. Potentially, the creative economy industry can be used as an alternative to restore the economic conditions of society which are starting to decline.

Mass Transfer System of a Large Number of Small Objects Based on Conjunction of Triboelectric Nanogenerators and Photo‐Responsive Interface

AbstractMass transfer technology for large quantities of tiny substances, such as electronic chips and drug particles, plays a crucial role in many industries. This study proposes a transferring system for large quantities of small objects based on the synergism of triboelectric nanogenerators (TENGs) and photo‐responsive dielectric materials. TENG device can provide an output voltage of over 8 kV within a rotation time of 40 ms and the titanium oxide phthalocyanine (TiOPc) photoconductive films are fabricated as the photo‐responsive interface, in order to match the output impedance of TENG. The transfer system enables a maximum adsorption load of 98 mg mm−2, which is enough for handling all common electronics chips/wafers. Under the stimulation of laser light, the conductivity of the TiOPc interface can be increased by two orders of magnitude within 1 ms, which leads to the vanish of the surface potential on the laser spot and the release of patterned or pointed object. This photo‐responsive strategy can achieve both large quantity transfer of tiny objects and highly selective release of the element at designed position. This collaborative mechanism of electrostatic force and photoconductivity provides a different approach for realizing efficient and precise Mass transfer system of semiconductor and chip industry.