Category: Hardware

India’s Semicon Mission 2.0, led by Union Minister Ashwini Vaishnaw, aims to revolutionize the tech landscape by nurturing deep tech startups and establishing a robust design ecosystem. This strategic shift marks a move away from a traditional focus on semiconductor manufacturing, towards fostering indigenous capabilities in semiconductor design and equipment.

The initiative seeks to boost innovation in the semiconductor sector, enabling startups to leverage cutting-edge technologies and develop high-end products. By prioritizing the development of a design ecosystem, Semicon 2.0 aims to create a conducive environment for tech entrepreneurs to thrive and contribute significantly to India’s tech industry.

Through this mission, India is poised to enhance its position in the global tech market, showcasing its prowess in deep tech and semiconductor design. The emphasis on nurturing startups and fostering a design-centric approach underscores the country’s commitment to technological advancement and self-reliance in critical tech domains.

Source: Tech-Economic Times

The US ambassador to India, Sergio Gor, has emphasized India’s crucial position in the global semiconductor supply chain. Gor stated that while other nations are focusing on ‘legacy chips,’ India stands out as a reliable alternative, playing an essential role in ensuring the stability and diversity of the semiconductor supply chain worldwide.

This recognition underscores India’s significance in the technology sector, particularly in semiconductor manufacturing, as the country’s contributions are vital for maintaining a balanced and competitive supply chain landscape.

Source: Tech-Economic Times

India’s semiconductor market is on track to double to $103 billion by 2030, fueled by advancements in artificial intelligence (AI), electric vehicles (EVs), and defense technologies. A recent report from Endiya Partners projects a significant increase in data center capacity from 1.5 GW to 9 GW by 2030, with the IndiaAI Mission surpassing GPU deployment targets.

By 2024, the domestic semiconductor market is expected to reach $103 billion, up from $52 billion in 2024, as outlined in the report ‘India Semiconductor Ecosystem: From Policy to Execution.’ Despite this growth, India’s semiconductor ecosystem heavily relies on imports and faces challenges in key areas such as analog and mixed-signal intellectual property (IP) capabilities.

Indian semiconductor startups have seen substantial funding growth, with investments reaching $50 million in 2025, indicating a growing interest in the industry. Venture capital funds are particularly eyeing opportunities in horizontal ecosystem infrastructure rather than chip fabrication. Additionally, there is a potential for supply chain localization around semiconductor assembly and test (OSAT) operations.

Endiya Partners’ managing partner, Sateesh Andra, highlighted the rapid expansion of the sector, noting the emergence of various types of companies in India focusing on IP, fabless products, services, and AI-driven electronic design automation (EDA). The next couple of years are expected to bring a significant increase in venture investments across these domains.

Source: Tech-Economic Times

Nvidia is set to introduce a new processor designed to enhance the speed and efficiency of AI inference operations for clients like OpenAI. The upcoming chip, tailored for ‘inference’ computing, will be unveiled at Nvidia’s GTC conference. This development is part of Nvidia’s ongoing efforts to advance AI processing capabilities and meet the growing demand for faster and more efficient AI systems.

The new processor, featuring a design collaboration with startup Groq, is poised to revolutionize how AI tasks are executed, enabling organizations to leverage advanced AI technologies with improved performance and reduced latency. By optimizing inference computing, Nvidia aims to empower AI-driven applications across various industries, from healthcare to autonomous vehicles, by delivering faster and more accurate decision-making processes.

This move by Nvidia underscores the company’s commitment to advancing AI technologies and highlights the growing importance of specialized hardware in accelerating AI workloads. As the demand for AI applications continues to surge, the introduction of this new processor signifies a significant step forward in the realm of AI processing capabilities.

Source: Tech-Economic Times

Prime Minister Narendra Modi is set to inaugurate Micron Technology’s Assembly, Test and Packaging facility in Sanand, a significant step approved under the India Semiconductor Mission. With an investment exceeding Rs 22,500 crore, the facility spans 500,000 square feet of cleanroom space, marking a milestone in India’s semiconductor manufacturing capabilities. This initiative aims to kickstart the commercial production of homegrown semiconductor memory modules destined for global markets.

This inauguration signifies a strategic move towards strengthening India’s presence in the semiconductor industry, aligning with the country’s vision for self-reliance in technology manufacturing. Micron’s investment underscores the growing confidence in India as a hub for advanced technology production. The facility’s focus on semiconductor memory modules is critical for various sectors, including electronics, telecommunications, and data centers.

By leveraging Micron’s expertise in semiconductor technology, India aims to enhance its technological capabilities and reduce reliance on imports for critical components. The facility’s operation promises to create job opportunities and elevate India’s status as a key player in the global semiconductor market.

Source: Tech-Economic Times

Nvidia, a prominent player in the gaming chip market, anticipates that the ongoing shortage of gaming chips may persist until the end of this year, potentially causing further challenges for the video game industry. Colette Kress, Nvidia’s finance chief, highlighted the severe supply constraints during the company’s recent quarterly earnings call. Despite robust demand, the chip shortage is expected to adversely affect Nvidia’s gaming business for multiple quarters to come.

The scarcity of gaming chips stems from a global imbalance between supply and demand, exacerbated by the escalating need for memory chips driven by the tech industry’s rapid expansion of artificial intelligence capabilities. This imbalance has led to escalating chip prices and manufacturers prioritizing high-margin data center chips over consumer electronics, including gaming consoles, PCs, and smartphones.

Nvidia’s chips are integral to PC gaming and are used in popular consoles like the Nintendo Switch. Similarly, Sony’s PlayStation and Microsoft’s Xbox rely on AMD hardware. Industry analysts project a downturn in the console market, with an anticipated 4.4% decline this year.

Source: Tech-Economic Times

ASML Holding, a Dutch company known for its extreme ultraviolet lithography (EUV) tools, has announced the readiness of its next-generation chipmaking machine for mass production, marking a significant advancement for the chip industry. These cutting-edge tools are expected to transform chip manufacturing processes, enabling companies like Taiwan Semiconductor Manufacturing and Intel to create more powerful and energy-efficient chips. The introduction of the new High-NA EUV tools is anticipated to streamline chip production by eliminating costly and intricate steps, as disclosed by ASML data.

The unveiling of these advanced tools at a technical conference in San Jose signifies a crucial milestone for ASML. Priced at around $400 million, these High-NA EUV tools offer enhanced capabilities, reduced downtime, and improved precision in circuit pattern formation on silicon wafers. With the current generation of EUV tools nearing their technical limits for producing complex AI chips, the High-NA EUV tools are essential for the continued progress of the AI industry, facilitating the development of AI applications like OpenAI’s ChatGPT.

Although technically prepared, the widespread adoption of these tools for mass production is projected to take two to three years. ASML’s ongoing innovation in chipmaking technology underscores its commitment to driving advancements in the semiconductor industry, positioning itself as a key player in the realm of AI chip production.

Source: Tech-Economic Times

HCLTech and Suchi Semicon have announced a strategic partnership to offer a comprehensive design-to-backend semiconductor solution. This collaboration combines HCLTech’s semiconductor design expertise and global customer reach with Suchi Semicon’s outsourced semiconductor assembly and test (OSAT) manufacturing capabilities in Gujarat, as reported by Tech-Economic Times.

The partnership does not involve any equity participation or the creation of a shared manufacturing entity, ensuring the independence of both companies. Suchi Semicon’s founder, Shetal Mehta, stated that the collaboration allows them to approach the market both individually and jointly, leveraging HCLTech’s strong design relationships and customer access alongside Suchi’s semiconductor packaging manufacturing expertise.

HCLTech’s existing joint venture with Foxconn for display semiconductor manufacturing remains separate from this endeavor, focusing on specific product categories distinct from the HCLTech-Suchi Semicon partnership. Suchi Semicon, based in Surat, is progressing beyond pilot phases at its OSAT facility, with initial shipments to clients in the US, Europe, and Asia. The company aims to begin commercial production in FY27, targeting a long-term capacity of three million units per day by 2029-30.

The partnership anticipates contributing double-digit million units annually once customer qualifications and production capacity are fully established.

Source: Tech-Economic Times

Broadcom, a leading chip designer, is poised to sell 1 million 3D stacked chips by 2027, showcasing a significant advancement in hardware technology. Over the past five years, Broadcom has refined this innovative technology, culminating in Fujitsu becoming its first customer. Fujitsu is currently in the process of testing engineering samples to validate the design, with plans to commence production of the stacked chips later this year.

3D stacked chips represent a cutting-edge approach that allows for enhanced performance and efficiency in semiconductor devices. This development underscores Broadcom’s commitment to pushing the boundaries of hardware innovation and meeting the evolving demands of the tech industry.

Source: Tech-Economic Times