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Semiconductor & IC packaging materials Market worth $70.9 billion by 2029 – Exclusive Report by MarketsandMarkets™

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CHICAGO, March 25, 2024 /PRNewswire/ — The report Semiconductor & IC Packaging Materials Market by Type (Organic substrate, Bonding wires, Leadframes, Encapsulation resins, Ceramic packages, Die attach materials, Solder balls), Packaging Technology, End-use industry, and Region – Global Forecast to 2029″, is USD 43.9 billion in 2024 and is projected to reach USD 70.9 billion by 2029, at a CAGR of 10.1%.

The semiconductor and IC packaging materials market is propelled by several key drivers. These include the increasing demand for advanced packaging solutions driven by technological advancements in semiconductor devices, the growing market for consumer electronics and IoT devices, the need for compact and lightweight packaging materials, and the rising trend of miniaturization in electronics. Additionally, factors such as the emergence of new applications like autonomous vehicles and 5G technology, along with the expansion of the semiconductor industry in regions like Asia Pacific, contribute significantly to the growth and evolution of the semiconductor and IC packaging materials market.

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Small outline package (SOP) by packaging technology is projected to be the largest, in terms of value, during the forecast period

The dominance of small outline package (SOP) technology in the semiconductor and IC packaging materials market stems from its numerous advantages. First and foremost, SOPs excel in compactness and low profile, making them ideal for applications with space constraints like mobile devices, wearables, and IoT gadgets. This compact design not only reduces material usage but also lowers package weight, crucial for industries focusing on lightweight and portable electronics. Moreover, SOPs boast a small lead pitch, allowing for higher pin density and better integration of semiconductor components, thereby enhancing functionality within a smaller footprint. Additionally, SOPs are compatible with surface mount technology (SMT), enabling automated assembly processes that enhance production efficiency and cut manufacturing costs. This compatibility also improves thermal management as SOPs can be directly mounted onto the PCB, enhancing heat dissipation and device reliability. The versatility of SOP technology is evident in its various package configurations, such as SOP-8, SOP-16, and SOP-28, catering to a broad spectrum of semiconductor applications and needs. Furthermore, SOPs deliver strong electrical performance with low parasitic capacitance and inductance, vital for high-speed digital and analog applications. They also offer robust protection against environmental factors like moisture and mechanical stress, ensuring the durability and reliability of semiconductor devices. In essence, the amalgamation of compactness, high pin density, SMT compatibility, thermal management capabilities, versatility, and excellent electrical performance positions SOP technology as the preferred choice in the semiconductor and IC packaging materials market.

Organic substrate by type is projected to be the largest, in terms of value, during the forecast period

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The organic substrate segment reigns as the dominant type in semiconductor and IC packaging materials for several key reasons. Firstly, organic substrates, notably printed circuit boards (PCBs), offer a cost-effective solution compared to alternatives like ceramic packages. This cost efficiency is pivotal in mass production, aligning well with the semiconductor industry’s pursuit of economies of scale. Furthermore, organic substrates boast excellent electrical insulation properties, crucial for averting electrical shorts and preserving signal integrity within packages. Their versatility enables intricate designs and the integration of multiple components on a single board, providing flexibility in packaging solutions for diverse semiconductor applications. Their lightweight nature, contrasting with materials such as leadframes or ceramics, aids in system miniaturization and enhances electronic device portability. Additionally, organic substrates are easily manufactured using standard PCB fabrication processes, resulting in faster production cycles and reduced time-to-market for semiconductor products. Technological advancements in organic substrate materials, such as high-speed laminate materials and low-loss dielectrics, have further bolstered their performance in terms of signal transmission and thermal management, rendering them a favored choice for modern semiconductor packaging. In summary, the amalgamation of cost-effectiveness, electrical insulation, design flexibility, lightweight properties, ease of manufacturing, and ongoing technological enhancements firmly establishes organic substrates as the leading segment in semiconductor and IC packaging materials.

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Consumer electronics by end-use industry segment is projected to be the largest, in terms of value, during the forecast period

Consumer electronics leads the semiconductor and IC packaging materials market due to robust demand across diverse products like smartphones, tablets, laptops, and wearables. These devices drive the need for advanced packaging materials to meet performance and miniaturization demands. Additionally, rapid innovation in technologies such as AI, AR, and IoT requires packaging materials supporting high-speed data processing and thermal management. Cost-effective solutions and global market adoption further boost the demand, driving economies of scale and innovation in packaging technologies. Consumer preferences for sleek, energy-efficient devices also influence material choices, making consumer electronics the key driver of growth in this market.

Asia Pacific is expected to be the fastest growing market for semiconductor & IC packaging materials during the forecast period, in terms of value

Asia Pacific has emerged as the leading market for semiconductor and IC packaging materials, driven by its role as a global electronics manufacturing powerhouse featuring major players such as China, Japan, South Korea, Taiwan, and Singapore, all boasting robust semiconductor ecosystems. This region’s strong focus on technological innovation, especially exemplified by leaders like South Korea and Japan, fuels the demand for cutting-edge packaging materials that can meet the demanding standards of advanced semiconductor devices. Additionally, Asia Pacific benefits from a thriving consumer electronics sector, fueled by increasing disposable incomes and the rapid digitalization of society. This sector heavily relies on semiconductor and IC packaging materials for a wide array of products including smartphones, laptops, wearables, and automotive electronics. Furthermore, Asia Pacific’s strategic advantages as a cost-effective manufacturing hub with efficient supply chains and a skilled workforce further reinforce its dominance in the semiconductor industry. Government initiatives and favorable business environments in key countries such as China, Taiwan, and Singapore play a crucial role in enhancing the region’s position as the primary driver of growth and innovation in the global semiconductor and IC packaging materials market.

Key Players

The key players in this market are LG Chem Ltd. (South Korea), Jiangsu ChangJian Technology Co., Ltd. (China), Henkel AG & Co. KGaA (Germany), Kyocera Corporation (Japan), ASE (Taiwan), Siliconware Precision Industries Co., Ltd. (Taiwan), Amkor Technology (US), Texas Instruments (US), IBIDEN CO., LTD. (Japan), Powertech Technology Inc. (Taiwan)  etc.

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Enabling Regenerative Agriculture for Independent Smallholders in Indonesia: The BIPOSC Project, in Collaboration with Musim Mas, L3F, SNV Indonesia, and ICRAF

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JAKARTA, Indonesia, Oct. 18, 2024 /PRNewswire/ — Musim Mas Group, the Livelihoods Fund for Family Farming (L3F), SNV Indonesia, and World Agroforestry (ICRAF) are collaborating to improve the knowledge and capacity of independent oil palm smallholders through the Biodiverse & Inclusive Palm Oil Supply Chain (BIPOSC) project.

The project began in 2021 and takes a long-term approach to sustain a deforestation-free supply chain, regenerate degraded land, restore local biodiversity, and improve the livelihoods of independent smallholder farmers in Labuhanbatu, North Sumatra. BIPOSC will achieve this through implementing regenerative agriculture, locally adapted agroforestry models, capacity-building for sustainable businesses, and others.

The independent palm smallholders taking part previously received complementary training from Musim Mas. Following the training, these smallholders formed a smallholder’s association, Labuhanbatu Independent Oil Palm Smallholders Association (APSKS LB), North Sumatra. Musim Mas encourages smallholders to form associations to get better access to resources and obtain certification by the Roundtable on Sustainable Palm Oil (RSPO) and Indonesian Sustainable Palm Oil (ISPO).

“Musim Mas has long saw that smallholders are key to achieving palm oil sustainability, and that’s why we lead Indonesia’s most extensive smallholder program. We believe that the way forward is to collaborate with more partners to achieve a wider impact. With our BIPOSC partners, we hope to advance the skills and knowledge of smallholders through regenerative agriculture and related techniques. Regenerative agriculture and agroforestry have the potential to help smallholders be part of a sustainable palm oil supply chain. It could help them develop alternative sources of income, especially during the replanting period where their palm oil crops are unproductive, typically for three years,” said Rob Nicholls, General Manager, Projects & Programs, Musim Mas Group.

Musim Mas, SNV and APSKS LB share the result of 3 years BIPOSC project on promoting Regenerative Agriculture at a Press Conference in Jakarta, Indonesia on 17 October 2024

In the face of climate change and threatened biodiversity, regenerative agriculture can play a role for small farms because it maintains soil health, prevents erosion and water runoff, and can potentially reduce greenhouse gas emissions and nitrogen leakage.

“As a global development partner organization, SNV aims to support Indonesia in achieving its Sustainable Development Goals (SDGs). To achieve this, we need to implement effective and impactful programs to transform agricultural and food systems, energy, and water. In the BIPOSC program, we promote a comprehensive regenerative agriculture and agroforestry model to maintain soil fertility and biodiversity, providing maximum benefits for farmers’ livelihoods and economy,” said Rizki Pandu Permana, Country Director of SNV Indonesia.

The key regenerative agriculture techniques taught include the application of bio-input, mulching to protect topsoil, planting cover crops, integrated pest management that reduces the need for chemical pesticides, and application of compost that reduces the amount of chemical fertilizers needed. To date, 1,032 independent smallholders received training and implement these techniques on their farms, representing a total land with a total area of 1,063.68 hectares. The project trained 25 village facilitators to provide hands-on assistance to smallholders, and seven demo plots established as pilot areas and learning facilities for regenerative agriculture.

“When I visited palm oil smallholders a few years ago in the area, their biggest concern was access to more fertilizers. While fertilizers play a key role in boosting yields, there was a noticeable gap in understanding how to protect the soil from long-term degradation. Smallholders needed more knowledge about maintaining soil health, preserving soil structure, and other critical factors. This is exactly what the BIPOSC project aimed to address, and we’re pleased to see that the farmers involved are now reporting not only higher yields but also healthier soils on their plots,” said Bernard Giraud, President & Co-Founder, Livelihoods.

The projectalso looks into capacity-building. In addition to home composting, the project enabled the local farmer association, APSKS LB, to develop and manage a composting unit with a capacity of 100-150 tons/month. Producing compost at scale with inputs from nearby mills and farmer plots, the unit offers compost to member farmers at half of typical market prices. In 2023, its first year of operation, the unit produced 588 tons of compost, and generated a profit of IDR 421 million. The project partners believe it is a model that can be replicated elsewhere.

The Composting Unit Established Under the BIPOSC Project

“One of the most impactful outcomes of this project for smallholders is the Composting Unit as the business model around it. It enables smallholders to obtain compost affordably, and the profits are shared among member farmers. This is a practical solution to promote the adoption of composting, and all ASPKS-LB smallholders are now using compost in their plots,” said Syahrianto, Chairman of the Labuanbatu Independent Oil Palm Smallholders Association.

As of 2023, independent smallholders manage about 41% of oil palm planted areas in Indonesia, representing 6.94 million hectares. This figure is expected to increase to 60% by 2030, making projects like BIPOSC critical in shaping the future of sustainable palm oil production.

Devane Sharma
[email protected] 

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BRI Partners with Nium to Expand Real-Time Cross-Border Payment Solutions

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JAKARTA, Indonesia, Oct. 18, 2024 /PRNewswire/ — Nium, the leading global infrastructure for real-time cross-border payments, is thrilled to announce a partnership with Bank Rakyat Indonesia (BRI) to provide Indonesian customers with real-time international money transfer capabilities. This collaboration aims to enhance the cross-border offerings for BRI’s individual and corporate customers, delivering more accessible and cost-effective financial services across Indonesia.

This partnership empowers more than 150 million BRI account holders, including those in remote regions of Indonesia, to access modern, real-time cross-border payment services. The offering includes a variety of real-time payment mechanisms, supporting bank account destinations, a global electronic card network, and digital wallets. These innovations are closely aligned with BRI’s ongoing mission to provide affordable and customer-focused financial products, particularly for traditionally underserved communities.

BRI’s Corporate Secretary, Agustya Hendy Bernadi, emphasized BRI’s dedication to constantly improving customer convenience through innovations in its global network and cross-border transaction services. “This collaboration reflects BRI’s continuous efforts to enhance productivity and efficiency by expanding its digital payment channel network to meet the growing demand for global transactions,” he said. Agustya added that the partnership with Nium aligns perfectly with BRI’s vision to be Southeast Asia’s most valuable banking group and a champion of financial inclusion by 2025. “With Nium’s global transaction network, BRI strengthens the digitalization of its business processes and enhances retail banking capabilities in line with our 2025 strategic vision.”

Anupam Pahuja, General Manager and Executive Vice President for Asia Pacific, Middle East, and Africa at Nium, shared his excitement about the partnership, highlighting BRI’s extensive presence across Indonesia’s 17,000 islands. “By integrating Nium’s advanced technology into BRI’s platform, we are dedicated to providing BRI’s customers, no matter where they are, with access to exceptional financial services. This partnership will remove the risks associated with cash handling and provide faster, more cost-effective transactions—whether individuals are sending money to family members abroad or businesses are making international payments.”

Cross-border payments are projected to grow significantly in Indonesia, with a forecasted year-on-year increase of 15% through 2025, driven largely by the digital transformation in financial services (Statista, 2024).

This partnership between BRI and Nium is expected to transform the way Indonesians engage with global financial services, meeting the rising demand for modern payment infrastructure and enhancing the overall experience for BRI’s customers in their international transactions.

About Nium 

Nium, the leading global infrastructure for real-time cross-border payments, was founded on the mission to deliver the global payments infrastructure of tomorrow, today. With the onset of the global economy, its payments infrastructure is shaping how banks, fintechs, and businesses everywhere collect, convert, and disburse funds instantly across borders. Its payout network supports 100 currencies and spans 220+ markets, 100 of which in real-time. Funds can be disbursed to accounts, wallets, and cards and collected locally in 40 markets. Nium’s growing card issuance business is already available in 34 countries. Nium holds regulatory licenses and authorizations in more than 40 countries, enabling seamless onboarding, rapid integration, and compliance – independent of geography. The company is co-headquartered in San Francisco and Singapore.  

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Grexie Signchain Launches on November 1st, 2024: Enabling Smart Contract Developers to Bring Off-Chain Data On-Chain with Seamless Gas-Paid Signing

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Grexie Signchain enables developers to sign off-chain data into smart contracts, with self-hosted or secure vault signer wallet management.

MANCHESTER, England, Oct. 17, 2024 /PRNewswire/ — Grexie Limited proudly announces the launch of its innovative smart contract solution, Signchain, on November 1st, 2024. Designed specifically for developers, Signchain introduces a powerful way to bring off-chain data on-chain through user-paid gas fees and secure signing of data into smart contract methods using its extendable smart contract, Signable.

In the growing landscape of blockchain technology, securely managing off-chain data and integrating it into on-chain smart contracts has posed significant challenges for developers. Signchain eliminates these hurdles by offering a robust, gas-efficient system for signing and authenticating data in real-time.

Key Features of Signchain:

1. Seamless Off-Chain to On-Chain Data Integration
Signchain enables developers to securely bring off-chain data on-chain by signing it directly into smart contract methods through user-paid gas fees. This integration ensures that data authenticity is preserved, and its entry into the blockchain remains tamper-proof, streamlining processes for industries relying on real-world data verification. Signchain also supports integration with Google Sheets, AWS, and Firebase, making it easy to pull data from popular off-chain data sources.

2. Extendable Smart Contract – Signable
The core of Signchain’s technology is its extendable smart contract, Signable, which allows developers to customize and build upon existing smart contracts. With Signable, developers can easily implement contract signatures for any data type, offering flexibility across industries from finance to logistics and beyond.

3. Signer Wallet Management
Signchain offers comprehensive signer wallet management as part of its service, empowering developers to manage and authenticate signers effectively. Wallets can either be self-hosted using Signchain’s Docker container for those who prefer their own infrastructure, or they can leverage Signchain’s network of secure vaults for maximum security.

4. Self-Hosted or Managed Service
For developers who want full control of their infrastructure, Signchain provides a self-hosted option via Docker containers, allowing them to deploy the platform on their own servers. Alternatively, developers can opt to use Signchain’s secure vault network, offering a hassle-free solution with enterprise-grade security and wallet management.

5. User-Paid Gas Fees
By integrating a user-paid gas fee model, Signchain allows users to cover the costs of signing and authenticating their data, ensuring the signing process is efficient and doesn’t overburden developers with additional expenses. This makes Signchain an ideal solution for dApps and platforms handling high transaction volumes.

6. Google Sheets, AWS, Firebase Integration with Serverless Model
Signchain supports integration with Google Sheets, AWS, and Firebase in a serverless model, powered by a hosted Sign In With Ethereum (SIWE) implementation provided by Signchain’s API. Developers can simply connect their Google Sheets and configure the contract parameters associated with each column. Signchain will automatically look up the user’s wallet address in the spreadsheet, sign the transaction data, and execute it in the blockchain along with any user-supplied parameters. This creates an easy, efficient way to manage data inputs from off-chain sources without heavy infrastructure setup.

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Revolutionizing Smart Contract Workflows

With Signchain, developers now have the tools to handle the complexities of integrating off-chain data into smart contracts. The extendable nature of Signable offers flexibility, allowing developers to cater to various use cases, whether it’s automating financial transactions, supply chain data, or verifying legal agreements.

Tim Behrsin, CEO of Grexie Limited, said, “Signchain is more than just a signing solution—it’s a platform that empowers developers to securely integrate off-chain data into their smart contracts with minimal effort. The flexibility of Signable and our focus on signer wallet management offers developers control and security at every stage of the process.”

Why Signchain Matters

Signchain addresses critical challenges faced by developers, particularly those dealing with off-chain data. By signing data into smart contracts and enabling user-paid gas fees, the platform significantly reduces friction in managing secure, scalable smart contracts. Whether developers need to manage high volumes of data transactions or create bespoke smart contracts, Signchain offers a scalable and secure solution.

In industries like DeFi, real estate, and supply chain management, data integrity and security are paramount. Signchain’s secure vault network and customizable signing workflows allow businesses to handle sensitive information with confidence.

Launch Event and Future Developments

The official launch of Signchain will take place on November 1st, 2024, alongside a virtual event. The event will showcase live demonstrations of Signable, with detailed walkthroughs of the Docker-based self-hosted solution and signer wallet management features. Attendees will also get an exclusive preview of future enhancements, including multi-signature workflows and advanced blockchain network integrations.

About Signchain

Signchain is a cutting-edge platform developed by Grexie Limited, based in Manchester, Cheshire, United Kingdom. Signchain simplifies smart contract development by offering a secure, scalable, and customizable solution for signing and authenticating off-chain data on-chain. Developers can either self-host the solution using Signchain’s Docker container or rely on the network’s secure vault infrastructure. With an emphasis on security, flexibility, and developer experience, Signchain is set to transform how smart contracts handle off-chain data.

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For more information, visit signchain.net.

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