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Deep dives into semiconductor fabrication nodes, compound wafer manufacturing, cleanroom lithography, and sovereign supply chains.
Top Semiconductor Companies in West Bengal & Kolkata: 2026 Ecosystem Guide & INDNIX Technology
Comprehensive 2026 guide to semiconductor companies in Kolkata and West Bengal: top 10 semiconductor companies, pure-play fab initiatives by INDNIX Technology Limited, talent pools, and career applications at the Kolkata cleanroom plant.
INDNIX vs TATA vs Foxconn: Indian Semiconductor Landscape, Chip Projects & Comparisons
In-depth strategic comparison of India's chip landscape: Who is bigger, INDNIX or TATA? Which is better, Foxconn or INDNIX? What was India's first chip, is there a chip shortage, and what are the top 10 semiconductor stocks in India?
INDNIX Semiconductor: Everything You Need to Know (Fab Plant, Stock Listing, CEO & Kolkata Careers)
Comprehensive public guide addressing top questions about INDNIX: Is INDNIX making semiconductors? Where is the fab plant located in West Bengal? Is INDNIX stock listed on NSE/BSE? Who is the CEO, and how to apply for semiconductor jobs in Kolkata?
Top Semiconductor Companies in India (2026): 10 Major Fab Projects, Stocks & Global Rankings
Comprehensive 2026 guide to India's semiconductor ecosystem: 10 major semiconductor fab and OSAT projects approved under the India Semiconductor Mission, top domestic and global chipmakers, leading semiconductor stocks, and global market rankings.
Make in India Chips: How Domestic Semiconductor Manufacturing Builds National Sovereignty
The 2020–2021 global chip shortage cost the automotive industry alone $210B in lost revenue. India imported $20.5B in semiconductors in FY2025. Building domestic fabrication capacity is not just economic — it's a national security imperative.
India's Semiconductor Policy 2026: What INDNIX's Mega-Fab Means for the Nation
India's ₹76,000 crore semiconductor incentive scheme is reshaping the nation's electronics landscape. INDNIX's $7B Mega-Fab at Haringhata positions West Bengal at the center of India's chip sovereignty drive. Here's the complete policy picture.
INDNIX Receives Official Land Allotment at Haringhata Industrial Park — Mega-Fab Project Moves Forward
INDNIX Technology Limited has officially received land allotment at Haringhata Industrial Park, Nadia, West Bengal — confirmed at the Major Industrial Land Allotment & Possession Handover Ceremony held at Milan Mela Prangan, Kolkata. This marks INDNIX's transition from proposal to project reality for its $7.0B, 70,000 WSPM Mega-Fab.
INDNIX at SEMICON India 2026: 'Silicon to Systems — Building the Ecosystem'
INDNIX Technology participated in SEMICON India 2026 (Sep 17–19, Yashobhoomi, New Delhi), themed 'Silicon to Systems: Building the Ecosystem', inaugurated by PM Narendra Modi. 600+ companies, 52 countries. INDNIX showcased its $7.0B Mega-Fab project vision.
GaN and SiC Power Semiconductors: India's EV Revolution Needs Domestic Fabrication
India's EV sector will require 180 million power semiconductor units annually by 2030. GaN and SiC are the critical materials — but India currently imports 97% of them. INDNIX's compound semiconductor fab is designed to change that.
5G Infrastructure & India's Semiconductor Gap: How Domestic Foundries Can Close It
India's 5G rollout has crossed 200,000 base stations, but virtually every RF semiconductor powering them is imported. The path to telecom sovereignty runs through compound semiconductor fabs like INDNIX's Building 2.
Advanced Semiconductor Packaging in India: SiP, Flip-Chip, and the ATMP Opportunity
India's semiconductor packaging sector is worth just 2% of the global OSAT market. With the government's ATMP subsidy scheme and INDNIX's Building 3 coming online, that's about to change dramatically.
INDNIX Proposes Mega-Fab to West Bengal State Government
INDNIX Technology Limited has proposed a comprehensive $7.0B USD mega-fab at the Vidyasagar Industrial Park, Haringhata, Nadia, following a high-level meeting with State Government officials.
INDNIX Technology Limited Officially Incorporated — CIN: U26109WR2026PLC294676
INDNIX Technology Limited is officially incorporated as a Public Limited Company (CIN: U26109WR2026PLC294676) under ROC Kolkata II, Government of India, on June 17, 2026.
The Future of Advanced System-in-Package (SiP) Assembly
Explore how System-in-Package assembly is revolutionizing electronics by integrating multiple dies, passives, and sensors into a single compact module — and why India needs domestic SiP capability.
Overcoming Thermal Challenges in High-Density PCB Assembly
Learn the engineering strategies behind managing heat in densely populated PCB assemblies, from reflow profile optimization to advanced thermal interface materials — and why IPC Class III compliance matters.
Zero-Defect Manufacturing: Optical Inspection in Modern Assembly
Discover how automated optical inspection (AOI) systems powered by AI achieve near-zero defect rates in high-volume semiconductor assembly — and why 100% inspection is the new standard.
Automating the SMT Line for High-Volume Automotive Electronics
How fully automated SMT lines with closed-loop process control deliver the quality and throughput automotive OEMs demand for safety-critical electronics — and why IATF 16949 is non-negotiable.
Flip-Chip vs. Wire Bonding: Navigating the Packaging Dilemma
A detailed comparison of flip-chip and wire bonding interconnect technologies, examining performance, cost, and application-specific tradeoffs — and when to choose each for your next design.
Ensuring ITAR Compliance in Domestic Defense Assembly
How INDNIX maintains rigorous ITAR-free compliance for defense electronics assembly — and why India's defence production ambitions depend on trusted domestic semiconductor manufacturers.
Why GaAs and InP are Driving the Next Generation of Telecommunications
Gallium arsenide and indium phosphide are essential for high-frequency telecom infrastructure. This article explores their unique material properties, fabrication requirements, and why India needs domestic compound semiconductor capacity.
Silicon Carbide (SiC) vs. Silicon: The Power Electronics Revolution
Silicon carbide is displacing silicon in power electronics for EVs, solar inverters, and industrial motor drives. The physics, fabrication challenges, and why India needs domestic SiC capability.
Mastering Yield Optimization in III-V Compound Semiconductor Fabs
Yield optimization in III-V compound semiconductor fabs requires unique approaches different from silicon. Explore the defect mechanisms, metrology techniques, and process control strategies specific to GaAs and InP fabs.
Gallium Nitride (GaN) Integration in High-Frequency Consumer Tech
GaN power devices are transforming consumer electronics with smaller, lighter, and more efficient chargers and power supplies. India's fast-charging market will require domestic GaN semiconductor capability.
The Critical Role of Compound Semiconductors in Quantum Computing
Quantum computers rely on compound semiconductor materials for qubit control and readout electronics. How III-V devices enable the quantum hardware stack — and India's emerging quantum computing mission.
Millimeter-Wave RF Design: Challenges and Fabrication Solutions
Millimeter-wave frequencies above 24 GHz introduce unique design and fabrication challenges. How INDNIX's compound semiconductor processes address signal integrity, packaging, and testing issues at mmWave for 5G and automotive radar.
Mitigating Cross-Talk in Highly Integrated RF Transceivers
Cross-talk between transmitter and receiver paths degrades transceiver performance. The layout, packaging, and circuit techniques to achieve the isolation required for 5G and Wi-Fi 7 front-end modules.
5G Base Station Components: Scaling RF Manufacturing
5G Massive MIMO base stations require hundreds of RF components per unit. How INDNIX scales compound semiconductor RF manufacturing to meet the unprecedented demand from India's 5G infrastructure buildout.
The Importance of Sub-Micron Precision in RF Filter Fab
RF filters demand sub-micron fabrication precision to achieve the sharp frequency selectivity modern wireless standards require. The manufacturing science behind SAW and BAW acoustic filter devices.
Advanced Antenna-in-Package (AiP) Technologies for IoT
Antenna-in-Package (AiP) technology integrates antennas directly into the IC package, enabling ultra-compact IoT devices. India's smart city and industrial IoT buildout needs domestic AiP module capability.