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Daily · Thursday, January 8, 2026

India's semiconductor future hinges on product-led growth strategies

Today’s big story: industry leaders at the VLSI Design Conference 2026 are pushing India to embrace product-led growth in semiconductors. As the global landscape shifts, this could redefine India’s role in the semiconductor supply chain. If you’re tracking market trends, this is a pivotal moment for investment and innovation.

Key Stories

VLSI Design Conference 2026: Experts Advocate Product-Led Chip Push for India

Summary

Experts are urging India to focus on product-led growth in semiconductors.

Why this matters

• This strategy could significantly enhance India's competitiveness in the global semiconductor market.
• Emphasizing product development may attract more foreign investment and partnerships.
• It addresses the need for India to diversify its semiconductor capabilities beyond manufacturing.

How MEMS Technology Is Transforming RF and Power Control

Summary

MEMS technology is revolutionizing RF and power control with ultra-low-power solutions.

Why this matters

• This advancement is crucial for IoT devices, enhancing power efficiency and performance.
• It opens new avenues for applications across various sectors, including automotive and telecommunications.
• The integration of through-glass via technology could lead to smaller, more efficient designs.

What caught your eye? (Pre-validated chiplets, Furiosa AI, Donut battery, Space Forge)

Summary

The article highlights several innovative developments in the semiconductor space.

Why this matters

• Pre-validated chiplets could streamline design processes and reduce time-to-market for new products.
• Furiosa AI's Renegade chip showcases advancements in AI processing, critical for next-gen applications.
• Innovations in electric vehicle batteries signify a shift towards sustainable energy solutions.

130nm Wafer & MPW Cost Explained: When This Node Makes Sense

Summary

The 130nm process node balances cost and performance for various applications.

Why this matters

• Understanding the economics of this node can help companies optimize their design choices.
• It remains relevant for analog applications, ensuring cost-effective production.
• This knowledge aids in strategic planning for manufacturers navigating evolving technology demands.

ASIC Feasibility Explained: Is a Custom ASIC Realistic for Your Product?

Summary

Determining ASIC feasibility requires a nuanced approach to project economics and risks.

Why this matters

• Companies must weigh the costs against potential market advantages when considering custom ASICs.
• This insight can guide businesses in making informed decisions about product development.
• A clear understanding of feasibility can prevent costly missteps in semiconductor design.

Editor's Picks

FBH presenting latest advances at Photonics West

Summary

FBH is showcasing significant research advancements at Photonics West 2026.

Why this matters

• This event highlights cutting-edge developments that could influence future semiconductor technologies.
• Engagement at such conferences fosters collaboration and innovation across the industry.
• The focus on research underscores the importance of continuous advancement in semiconductor capabilities.

180nm Wafer & MPW Cost Explained: Pricing, Use Cases, and Trade-offs

Summary

The 180nm process node remains a popular choice for various semiconductor applications.

Why this matters

• Its cost-effectiveness continues to attract designs in analog and mixed-signal applications.
• Understanding its use cases can help companies optimize their production strategies.
• This node's ongoing relevance highlights the balance between technology advancement and economic viability.