Tata Electronics to Launch Chip Packaging at ₹27,120 Cr Assam Facility by 2026

Tata Electronics is set to begin semiconductor chip packaging at its upcoming ₹27,120 crore OSAT facility in Jagiroad, Assam, with early qualification already underway to fast-track operations reported media outlets including the Economic Times. The plant is expected to start large-scale production by the end of 2026, serving global automotive and industrial clients.

Key Highlights of the Assam Unit

• Location: Jagiroad, Assam
• Investment: ₹27,120 crore
• Facility Size: ~1 million sq. ft. of cleanroom space
• Production Capacity: Up to 48 million chips per day once fully operational
• Timeline: Early qualification underway; full-scale operations targeted by end of 2026
• Sectors Served: Automotive, industrial, telecom, consumer electronics, AI-driven devices

Strategic Importance

• Global Trust Building: Tata Electronics is shifting a product line from its Vemagal, Karnataka OSAT unit to Assam to showcase scalability and reliability to overseas clients.
• Technology Transfer: A team from Vemagal will relocate to Jagiroad to replicate operations and accelerate readiness.
• National Push: Strengthens India’s semiconductor ecosystem under the India Semiconductor Mission, aligning with PM Modi’s vision of technological self-reliance.

Technical Features

• Packaging Technologies: Wire Bond, Flip Chip, and Integrated Systems Packaging (ISP) with plans for advanced packaging expansion.
• Cleanroom Qualification: Early validation ensures compliance with global standards, reducing risks of costly re-engineering.
• Partnerships: MoU signed with ASML for lithography systems, strengthening India’s semiconductor supply chain.

Comparison: Karnataka vs Assam Facilities

Facility	Location	Scale	Focus	Status
Vemagal OSAT	Karnataka	Small-scale	Initial shipments	Operational
Jagiroad OSAT	Assam	Large-scale (₹27,120 cr)	Automotive & industrial	Early qualification, full ops by end-2026

Risks & Challenges

• Execution Timeline: Early qualification helps, but delays in equipment installation could push back full-scale rollout.
• Global Competition: Competing with established OSAT giants in Taiwan and South Korea.
• Supply Chain Dependence: Smooth integration with upstream wafer fabs and downstream electronics manufacturers is critical.

Tata Surpasses Foxconn as Apple’s Largest Manufacturer in India

Tata Electronics has overtaken Foxconn to become Apple’s largest contract manufacturer in India, employing about 75,000 workers—up from just 15,000 two years ago—thanks to acquisitions of Wistron and Pegatron’s local operations and rapid expansion at its Hosur plant in Tamil Nadu.

Foxconn however is longstanding global partner of Apple and still a major assembler of iPhones in India. With its new Sriperumbudur (Tamil Nadu) facility and a massive upcoming plant in Devanahalli, Bengaluru, Foxconn is expected to regain ground once these new facility scales.

Foxconn's new Bengaluru plant likely to challenge Tata’s lead later in 2026. Wistron and Pegatron have been absorbed into Tata, consolidating Apple’s India supply chain.

India’s role in Apple’s global strategy is expanding rapidly, with iPhone exports hitting $23 billion in 2025 and continuing to grow.  

• Tata Electronics Workforce: ~75,000 employees (2026), up from 15,000 in 2023
• Foxconn Workforce: Currently smaller in India, but expected to rise once its Devanahalli, Bengaluru plant ramps up
• Facilities: Tata’s growth driven by its 500-acre Hosur plant (Tamil Nadu) plus acquisitions of Wistron and Pegatron’s India operations
• Apple’s India Strategy: India now produces ~55 million iPhones annually, accounting for 14% of global output
• Exports: iPhones made in India contributed ₹2 lakh crore in FY26 exports, India’s single largest branded export

Factor	Tata Electronics	Foxconn
Employees (India)	~75,000	Fewer, but expanding
Major Sites	Hosur (Tamil Nadu), Wistron & Pegatron facilities	Sriperumbudur (Tamil Nadu), upcoming Devanahalli (Bengaluru)
Growth Driver	Acquisitions + aggressive hiring	New mega plant under construction
Apple Role	Largest India contract manufacturer	Longstanding global partner, temporarily second in India

• Temporary Lead: Tata’s dominance is by headcount; Foxconn’s upcoming Bengaluru plant could reclaim the top spot
• Execution Challenges: Rapid expansion risks operational inefficiencies if not managed carefully
• Global Competition: India still lags China in local value addition (15–20% vs. China’s 40%). Scaling beyond assembly into semiconductors and advanced packaging will be critical

To summarize, Tata’s rise marks a turning point in India’s electronics manufacturing story, positioning it as Apple’s strongest local partner. But the contest with Foxconn is far from settled—2026 will likely see intense competition as both firms expand capacity in India.

The information above is first reported by the Economic Times based (April 30, 2026) based on industry sources directly involved in Apple’s India supply chain, including executives familiar with Tata Electronics’ hiring surge and Apple’s contract manufacturing arrangements.

India Joins Global Automotive Semiconductor Supply Chain with Qualcomm–Tata Partnership

Qualcomm Technologies and Tata Electronics have announced a strategic partnership to manufacture Qualcomm Automotive Modules in India. Qualcomm Automotive Modules are system-in-package solutions designed to power next-generation vehicles with advanced digital and connected features.

With Qualcomm partnering Tata Electronics to manufacture these modules in Assam, India is stepping into the global automotive semiconductor supply chain, strengthening local capabilities and aligning with the “Make in India” initiative. This collaboration is significant for several reasons:

Key Highlights

• Manufacturing Location: Production will take place at Tata Electronics’ upcoming outsourced semiconductor assembly and test (OSAT) facility in Jagiroad, Assam.
• Scope of Modules: These modules will support advanced automotive technologies such as digital cockpits, infotainment systems, connectivity solutions, and intelligent vehicle systems.
• Global Integration: Tata Electronics will join Qualcomm’s global network of module manufacturing partners, strengthening India’s role in the global semiconductor supply chain.
• Economic Impact: The partnership aligns with India’s “Make in India” initiative, boosting domestic semiconductor capabilities and enhancing supply chain resilience.
• Investment Scale: Tata’s Assam facility is a $3 billion project, designed for high-volume production to serve both Indian and international automakers.

Why It Matters

• For India: This marks a major step in building a local semiconductor ecosystem, reducing reliance on imports, and positioning India as a hub for automotive electronics.
• For Automakers: Local production means faster supply, reduced costs, and greater resilience against global disruptions.
• For Qualcomm: Expanding manufacturing partnerships diversifies its supply chain and strengthens its presence in emerging markets.

Qualcomm Automotive Modules vs Traditional Automotive Electronics

Below is a clear comparison table showing how Qualcomm Automotive Modules stack up against traditional automotive electronics (ECUs and standalone chips):

Feature / Aspect	Qualcomm Automotive Modules	Traditional Automotive Electronics (ECUs / Standalone Chips)
Integration	Highly integrated system-in-package combining compute, connectivity, and software	Separate ECUs and chips for each function (engine, infotainment, safety, etc.)
Scalability	Scalable across multiple vehicle models and segments	Limited scalability; each ECU is often custom-designed for a specific function
Connectivity	Built-in support for 5G, Wi-Fi, Bluetooth, and V2X	Connectivity requires additional modules or separate chips
Software Updates	Supports over-the-air (OTA) updates for new features and security	Updates often require physical servicing or firmware reflashing
Development Speed	Faster time-to-market with turnkey modular solutions	Longer development cycles due to fragmented hardware and software integration
Cost Efficiency	Reduces overall system cost by consolidating functions	Higher costs from multiple ECUs and redundant hardware
User Experience	Enables advanced digital cockpits, immersive infotainment, and seamless connectivity	Limited to basic infotainment and control functions
Global Supply Chain Role	Part of Qualcomm’s global manufacturing network (e.g., Tata Electronics in India)	Traditionally localized or fragmented supply chains

Key Takeaway

Qualcomm Automotive Modules represent a next-gen, software-defined vehicle approach, consolidating multiple functions into a single scalable platform. Traditional ECUs and standalone chips remain functional but are less efficient, slower to update, and more costly to integrate across modern vehicles.

India to Get Home‑Made Car Semiconductors by 2026

Tata Electronics has entered a strategic partnership with Japan’s ROHM Co. to assemble and test automotive-grade power semiconductors in India, with mass production expected by 2026. This move strengthens India’s semiconductor ecosystem, reduces import dependency, and supports the electric vehicle (EV) sector.

Partnership will assemble and test automotive‑grade power semiconductors at Tata’s $3.2B Assam facility, strengthening India’s EV supply chain and global chip resilience.

Key Highlights:

• Companies involved: Tata Electronics (India) and ROHM Co. (Japan).
• Focus: Automotive-grade power semiconductors (specifically N-channel 100V, 300A silicon MOSFETs in TOLL packages).
• Location: New $3.2 billion Jagiroad facility in Assam, plus Tata’s broader semiconductor ecosystem including the Dholera fab in Gujarat.
• Timeline: Mass production shipments targeted for early 2026.
• Strategic importance: Builds a domestic supply chain for EVs and automotive electronics, reducing reliance on imports.
• Global impact: Chips will serve both Indian and international markets, enhancing resilience in the global semiconductor supply chain.

Why This Matters:

• India’s Semiconductor Mission: Supports the ₹76,000 crore national initiative to build a self-reliant chip industry
• EV Growth: Power semiconductors are critical for EV batteries, charging systems, and efficient energy management
• Global Supply Chain: Partnership adds resilience amid geopolitical tensions and chip shortages
• Technology Transfer: ROHM brings advanced semiconductor expertise, while Tata provides large-scale assembly/testing capacity
• Economic Boost: $3.2B investment in Assam creates jobs, skills, and regional development

Challenges & Risks:

• Execution timeline: Semiconductor fabs are notoriously complex; delays could push the 2026 target.
• Global competition: India must compete with established hubs like Taiwan, South Korea, and the US.
• Technology dependence: While ROHM provides designs, India still needs deeper R&D capabilities to move beyond assembly/testing.
• Supply chain vulnerabilities: Raw material sourcing (silicon wafers, chemicals) may remain globally dependent.

Strategic Context:

• Dholera, Gujarat: India’s first fab with Taiwan’s PSMC.
• Intel MoU: Exploring packaging/manufacturing of Intel products in India.
• Assam facility: Dedicated to assembly and testing, now aligned with ROHM’s automotive chip production.

Together, these moves position Tata as a central player in India’s semiconductor ambitions, with ROHM’s involvement marking a Japan-India technology collaboration milestone.

Tata, Intel Ink Semiconductor Pact

Tata Electronics and Intel Corporation have announced that the two giants have signed a 11  of Understanding (MoU) to explore collaboration in semiconductor manufacturing, advanced packaging, and AI-enabled computing solutions in India.

Key Highlights of the MoU

• Semiconductor Manufacturing & Packaging: Tata Electronics will explore opportunities to manufacture and package Intel products at its upcoming semiconductor fabrication and OSAT facilities in India.
• Advanced Packaging Capabilities: The collaboration includes developing state-of-the-art semiconductor packaging technologies within India.
• AI-Enabled Computing Solutions: Intel and Tata plan to scale tailored AI personal computer solutions for consumer and enterprise markets in India.
• Strategic Impact for India: India is projected to become one of the top five global PC markets by 2030.

Why This Matters

• For India: Strengthens the domestic semiconductor ecosystem, builds a geo-resilient supply chain, and positions India as a hub for semiconductor and AI hardware innovation.
• For Tata & Intel: Tata gains access to Intel’s global expertise, while Intel benefits from Tata’s manufacturing footprint and India’s growing market.

Risks & Challenges

• Execution Risk: Building fabs and OSAT facilities requires massive capital investment and skilled talent.
• Global Competition: India must compete with established hubs like Taiwan, South Korea, and the U.S.
• Policy Dependence: Success hinges on government incentives and regulatory clarity in India’s semiconductor mission.

Strategic Takeaway

This MoU is not yet a binding commercial contract but a framework for exploration. If executed, it could mark a transformational step for India’s semiconductor ambitions.

Lip-Bu Tan, CEO, Intel Corporation, said,

Intel’s technology has driven decades of advancement in computing, and as we continue to innovate, our ambition is to broaden our reach, accelerate growth, and deliver even greater value to our customers. We see this as a tremendous opportunity to collaborate with Tata to rapidly scale in one of the world’s fastest-growing compute markets, fuelled by rising PC demand and rapid AI adoption across India.

Dr Randhir Thakur, CEO & Managing Director, Tata Electronics, said,

This MoU aligns with Tata Electronics’ roadmap across EMS, OSAT, and Semiconductor Fab, enabling a reliable and resilient supply chain for our customers. This collaboration would drive cost competitiveness, faster time-to-market, greater operational agility, and enable Intel products to capture the surging demand for next-generation AI compute in India.

Tata Electronics, NIELIT Kohima join hands to skill Nagaland youth for semiconductor future

Tata Electronics has signed a Memorandum of Understanding (MoU) with NIELIT Kohima to skill youth in Nagaland for semiconductor industry jobs, focusing on assembly, testing, marking, and packaging (ATMP).

The initiative aims to bridge India’s semiconductor skill gap and empower the Northeast region with industry-standard training and hands-on experience.

Key highlights of the MoU

• Partnership: Tata Electronics, a major player in electronics and semiconductor manufacturing, has partnered with the Kohima unit of the National Institute of Electronics and Information Technology (NIELIT), under the Ministry of Electronics & IT.
• Focus areas: Training programs will cover semiconductor assembly, testing, marking, and packaging (ATMP) — critical processes in chip manufacturing.
• Youth empowerment: The initiative is designed to empower young people in Nagaland and the broader Northeast region, preparing them for future employment opportunities in India’s growing semiconductor ecosystem.
• Hands-on experience: Programs will include internships, vocational training, and certifications, ensuring participants gain practical industry exposure.
• Strategic importance: This collaboration strengthens India’s push to become a global semiconductor hub by addressing the skill gap in advanced electronics manufacturing.

Broader context

• National push: India is investing heavily in semiconductor manufacturing and design through government-backed initiatives such as the Semicon India program.
• Northeast inclusion: The region is being positioned as a new talent pool for high-tech industries, expanding opportunities beyond traditional hubs.
• Complementary initiatives: The MoU aligns with efforts like Project SAMARTH at NIELIT Kohima, focused on AI, robotics, and digital hardware training.

Why it matters

• For Nagaland youth: Opens pathways to high-paying, future-ready jobs in a cutting-edge industry.
• For India’s semiconductor mission: Builds a skilled workforce to support domestic fabs and ATMP units, reducing reliance on imports.
• For Tata Electronics: Strengthens its role in India’s semiconductor supply chain while investing in regional development.

This MoU is a strategic move to integrate Nagaland into India’s semiconductor future, ensuring the region’s youth are not left behind in the global race for chip talent.
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Tata Deepens Apple Ties with $100M Buyout of Chinese Supplier’s India Unit

Tata Electronics, a Tata Group company, has acquired the India operations of Chinese industrial automation firm Justech Precision for approximately $100 million. This strategic move strengthens Tata’s position in Apple’s global supply chain, especially as Apple ramps up iPhone production in India.

Key Details:

• Justech Precision: Headquartered in Kunshan, China, Justech has supplied high-precision CNC machinery to Apple vendors like Foxconn since 2008.
• India Presence: Justech launched its Indian subsidiary in Tamil Nadu in 2019, aligning with Apple’s growing manufacturing footprint in the region.
• Deal Finalized: The acquisition was completed in August 2025, with HSBC Bank and HDFC Bank advising on the transaction.
• Tata’s Apple Ambitions: This follows Tata’s earlier acquisition of a majority stake in Pegatron’s India operations, signaling its aggressive push to become a key iPhone assembler.

This acquisition not only boosts Tata’s manufacturing capabilities but also reflects Apple’s broader strategy to diversify its supply chain away from China and deepen its India operations.

Move	Description	Strategic Impact
Acquisition of Wistron’s iPhone plant (2023)	Tata took over Wistron’s iPhone assembly facility in Karnataka	Became India’s first homegrown iPhone assembler
Majority stake in Pegatron India (2024–25)	Tata acquired a controlling interest in Pegatron’s Chennai operations	Strengthened iPhone assembly capacity and workforce
Acquisition of Justech India (2025)	Bought Chinese supplier Justech’s Tamil Nadu unit for ~$100M	Gained precision tooling and automation capabilities
Hiring push for iPhone production	Tata plans to hire 20,000+ workers for iPhone lines	Supports Apple’s goal to shift 25% of iPhone production to India
Diversification into components	Tata is exploring semiconductor packaging and camera module production	Aims to become a vertically integrated Apple supplier

Made-in-India Radar Tech Takes Off As Tata Joins FermionIC to Launch Breakthrough Chip

FermionIC Design, a Bangalore-based fabless RFIC innovator, has teamed up with Tata Electronics to deliver the country’s first 4-Channel X-Band Beamformer IC, model FD3R4411, tailored for TDD Phased Array Radar systems, reported Business Standard. 

The 4-Channel X-Band Beamformer chip is a powerhouse of precision engineering, especially for radar and satellite systems. A Beamformer IC is a specialized chip used in phased array antennas, which are critical for radar, satellite communication, and surveillance systems. It can control four independent antenna elements.

What Does It Actually Do?

• Beam Steering: Adjusts signal direction by changing phase across channels.
• Transmit & Receive Control: Switches between sending and receiving signals in TDD (Time Division Duplex) mode.
• Compact Integration: Combines multiple functions—phase shifting, gain control, power detection—into one chip.
• Precision: Offers up to 360° phase control and >31 dB gain adjustment, with fine resolution.

Why It Matters

• Enables smaller, smarter radar systems.
• Reduces size, weight, and power (SWaP)—ideal for drones, satellites, and mobile platforms.
• Supports real-time beam shaping for advanced surveillance and imaging.

Key Highlights of the Partnership:

• Indigenous Innovation: The FD3R4411 is fully designed and owned in India, marking a major leap in domestic radar electronics capability.
• Advanced Applications: It supports compact, high-performance phased array systems used in:
• Ranging radars
• Imaging radars
• Surveillance platforms
• Manufacturing Synergy: Tata Electronics acts as the OSAT (Outsourced Semiconductor Assembly and Test) partner, handling:
• Flip-chip ball grid array (FcBGA) assembly
• Wafer-level testing
• Post-silicon validation

Strategic Impact:

• Volume Production: Scheduled to begin in Q4 2025, with nearly the entire manufacturing value chain remaining within India.
• Defense & Surveillance Boost: Already adopted by multiple public and private organizations, the IC accelerates India’s push for indigenous radar solutions.
• Tech Sovereignty: This collaboration signals a scalable pathway for high-frequency radar electronics, strengthening India’s strategic independence.

About FermionIC Design

Founded in 2020, by Abhra Bagchi, Shabaaz Syed, Prasun Bhattacharyya and Gautam Singh, FermionIC Design Pvt. Ltd. is emerging as a key player in India’s push toward indigenous semiconductor innovation—especially in the high-frequency radar domain.

Based in Bangalore, the company operates as a fabless RFIC (Radio Frequency Integrated Circuit) design house, meaning it focuses on chip design while outsourcing manufacturing.

Company Snapshot: FermionIC Design

Attribute	Details
Founded	2020
Location	Bengaluru, India
Founders	Abhra Bagchi, Shabaaz Syed, Prasun Bhattacharyya, Gautam Singh
Funding Raised	$6 million across 2 rounds
Key Investors	RBA Finance Investment, Ashish Kacholia, Qualcomm, Lucky Investment Managers
Valuation (2025)	₹275 Crore
Stage	Seed
Employee Count	33 (as of May 2025)

Strategic Focus

• FermionIC specializes in RF and mixed-signal chipsets for radar, satellite communications, and 5G phased array systems.
• Their flagship product—the FD3R4411 X-Band Beamformer IC—is India’s first of its kind, designed for high-performance radar applications.
• They were also among the first cohort of India’s Design-Linked Incentive (DLI) program, reinforcing their role in building indigenous semiconductor capabilities.

boAt to Co-Develop India-Made Semiconductor with HrdWyr; Tata Electronics to Lead Assembly

Representative Image

In a landmark move for India’s consumer electronics and semiconductor ecosystem, homegrown audio-tech giant boAt has made a strategic collaboration with Bengaluru-based chip design startup HrdWyr to co-develop a domestically designed and packaged chip, dubbed Indus 1011. The news was first reported by Moneycontrol on August 28, 2025, 9:44 AM IST.

The chip will be assembled and tested by Tata Electronics, marking a full-stack Indian effort in semiconductor innovation.

Inside the Chip: Indus 1011

The Indus 1011 is a MCU-class system-on-chip (SoC) engineered specifically for headset charging cases, with a focus on power and battery management. According to boAt, the chip delivers 20–30% improved charging efficiency, and future iterations will incorporate AI-powered battery optimization.

This is not just a chip—it’s a signal that India is ready to lead in fabless innovation,” said Aman Gupta, Co-founder of boAt, in an interview with Moneycontrol.

Made in India, for India

• Design & IP: Led by HrdWyr, a fabless startup specializing in low-power SoCs
• Assembly, Packaging & Testing (APT): Managed by Tata Electronics at its Hosur facility. 
• Deployment: boAt plans to integrate the chip into 25% of its product portfolio by 2026, starting with its premium Nirvana range

Strategic Implications

This collaboration marks the first India-designed and India-packaged chip for the wearables segment, reducing dependency on imports from Taiwan and China. It also shortens lead times and tightens supply chains for boAt, which has been scaling aggressively across global markets.

Ecosystem Ripple Effect

• The chip will be made available to other OEMs, fostering a broader domestic semiconductor ecosystem
• It sets a precedent for consumer brands investing in IP, not just product design
• The move aligns with India’s Semicon India initiative, which aims to position the country as a global semiconductor hub

HrdWyr is already prototyping a second-generation chip with Bluetooth stack integration, while Tata Electronics is expanding its APT capacity to support future consumer-grade silicon.

Tata Electronics & BEL Partner for Homegrown Semiconductors

Tata Electronics and Bharat Electronics Limited (BEL) have signed a Memorandum of Understanding (MoU) to collaborate on semiconductor and electronics solutions, reinforcing India's push for self-reliance in the sector.

The agreement, formalized on June 5, 2025, at Bombay House in Mumbai, focuses on semiconductor fabrication, Outsourced Semiconductor Assembly and Test (OSAT), and chip design services.

BEL, a Navratna defence PSU, specializes in advanced electronics systems for strategic and civilian use, while Tata Electronics has been expanding its footprint in semiconductor manufacturing.

The partnership aims to develop indigenous solutions, including microcontrollers (MCUs), systems-on-chip (SoCs), and monolithic microwave integrated circuits (MMICs), reducing India's import dependency in critical electronics domains.

 

This collaboration aligns with India's broader vision of strengthening domestic capabilities in semiconductor technologies and fostering innovation in the electronics ecosystem. It’s a significant step toward enhancing India's role in global tech supply chains.

BEL has recently secured a ₹2,385 crore contract to supply Electronic Warfare (EW) Suites for Mi-17 V5 helicopters, enhancing operational survivability in hostile environments.

BEL has been involved in various defence projects, including next-generation air defence systems and electronic warfare solutions, showcased in Indian Army trials.

BEL has been involved in various defence projects, including next-generation air defence systems and electronic warfare solutions, showcased in Indian Army trials. 

Fujifilm and Tata Electronics to Build SemiCon Material Production and Supply Chain in India

Fujifilm has signed a Memorandum of Understanding (MOU) with Tata Electronics to establish a semiconductor materials production and supply chain in India. This partnership aligns with India's push for domestic semiconductor manufacturing, reducing reliance on imports.

Tata Electronics is currently constructing India's first semiconductor front-end manufacturing plant in Dholera, Gujarat, and a large-scale back-end manufacturing plant in Jagiroad, Assam. Fujifilm will leverage its expertise in semiconductor materials—from front-end to back-end processes—to support Tata Electronics' operations and potentially set up a semiconductor materials manufacturing facility in India.

While demand for semiconductors is increasing with the acceleration of global digitization, India currently relies on imports for the majority of its semiconductor needs. The Indian government is prioritizing domestic semiconductor production as a critical economic and strategic initiative.

Fujifilm will consider establishing a semiconductor materials manufacturing facility in India and procuring raw materials locally, aiming to capture the demand of the rapidly growing semiconductor-related market in India. This will further accelerate the growth of Fujifilm's semiconductor materials business while contributing to the development of a robust semiconductor materials ecosystem in India.

Fujifilm will supply a wide range of semiconductor materials to support Tata Electronics' manufacturing processes. These include:

• Photoresists – Essential for photolithography in chip fabrication.
• CMP slurries & post-CMP cleaners – Used in chemical mechanical planarization to smooth wafer surfaces.
• Thin-film chemicals – Critical for deposition processes in semiconductor manufacturing.
• Polyimides – High-performance materials used in semiconductor packaging.
• High-purity process chemicals – Ensuring precision and reliability in chip production.
• Color filter materials – Specifically for image sensors in semiconductor applicationsm

Fujifilm is also considering setting up a semiconductor materials manufacturing facility in India to localize production and strengthen the supply chain.

This collaboration could be a game-changer for India's semiconductor ecosystem. What aspect of this development interests you most? The supply chain, the tech, or the broader industry impact?

Tata Electronics Acquires 60% Stake in Pegatron India

Tata Electronics Private Limited (TEPL), a wholly-owned subsidiary of Tata Sons, has acquired a 60% controlling stake in Pegatron Technology India Private Limited (PTI). This acquisition is aimed at expanding TEPL's local iPhone manufacturing footprint in India.

Here are some key points about the acquisition:

Strategic Vision: The acquisition aligns with Tata Sons' Chairman N Chandrasekaran's vision of bolstering investments in India's electronics manufacturing sector.

Integration: TEPL and PTI will work on integrating their teams to ensure seamless collaboration.

Rebranding: Post acquisition, Pegatron will undergo rebranding to reflect its new ownership structure and business direction while continuing to deliver high-quality electronics manufacturing services.

Previous Acquisitions: This move follows TEPL's acquisition of Wistron's India operations in March 2024.

Future Plans: TEPL aims to expand its manufacturing footprint and move into AI, digital, and technology-led manufacturing.

This acquisition solidifies TEPL's position as a key player in the Indian electronics manufacturing sector.

Tata Electronics Signs MoU with Tokyo Electron to Purchase Semiconductor Equipment and Services

Tata Electronics has signed a memorandum of understanding (MoU) with Tokyo Electron Limited (TEL) to purchase semiconductor equipment and services.

This strategic partnership aims to accelerate the semiconductor equipment infrastructure for India's first Fab being built by Tata Electronics in Dholera, Gujarat, and its assembly and test facility in Jagiroad, Assam.

The collaboration will focus on both front-end fabrication (creating semiconductor wafers) and back-end packaging (assembling and testing semiconductor chips).

Additionally, Tata Electronics' workforce will receive training on TEL equipment. Tata Electronics' workforce will receive specialized training on Tokyo Electron's equipment, ensuring high-quality production and maintenance.

The collaboration will also support ongoing R&D initiatives to improve semiconductor manufacturing processes and technologies

Further, TEL will explore opportunities to leverage India's talent to establish engineering services in India. TEL plans to leverage India's talent pool to establish engineering services in India, supporting its global product development efforts.

This collaboration is expected to strengthen the semiconductor manufacturing ecosystem in India and drive innovation across multiple technology nodes.

Notably, Tata Electronics is building India's first semiconductor fabrication unit (Fab) in Dholera, Gujarat, with an investment of Rs 91,000 crore. Additionally, they are setting up an assembly and test facility in Jagiroad, Assam, with an investment of Rs 27,000 crore.

This strategic collaboration aims to create a robust semiconductor manufacturing ecosystem in India, driving innovation and supporting various applications such as automotive, mobile devices, artificial intelligence (AI), and more.

Originally established as Tokyo Electron Laboratories, Inc. in 1963, Tokyo Electron Limited (TEL) is a leading global company headquartered in Tokyo, Japan. It specializes in providing solutions for the MAGIC market (Metaverse, Autonomous Mobility, Green Energy, IoT & Information, Communications). The company operates in Japan, Taiwan, North America, South Korea, Europe, Southeast Asia, and China.

TEL has a presence in India primarily through its collaboration with Tata Electronics for the semiconductor manufacturing project. While TEL's direct operations in India are focused on this partnership, their advanced semiconductor equipment and solutions are being utilized to build India's first semiconductor fabrication unit (Fab) in Dholera, Gujarat, and an assembly and test facility in Jagiroad, Assam.

The TEL-Tata Electronics collaboration is expected to enhance India's semiconductor manufacturing capabilities and contribute to the growth of the electronics and technology sectors in the country.

Tata Electronics Acquires Majority Stake in Pegatron’s Only iPhone Manufacturing Unit in India

Tata Electronics has acquired a 60% majority stake in Pegatron's only iPhone manufacturing unit in India, located in Chennai.

This acquisition is part of Tata's strategy to strengthen its position in the global technology manufacturing landscape and support Apple's efforts to diversify its production base outside of China.

Tata Electronics will hold a 60% stake and manage the daily operations, while Pegatron retains a 40% share and provides technical support.

The Chennai plant employs around 10,000 workers and has an annual production capacity of 5 million iPhones.

This move positions Tata as a key player in the iPhone supply chain and aligns with Apple's strategy to diversify its manufacturing bases.

Tata Electronics is also constructing another iPhone component plant in Hosur, Tamil Nadu, and has plans to launch around 100 small, exclusive Apple stores across India.

This acquisition is a significant step for Tata Electronics as it expands its footprint in the tech manufacturing sector and strengthens its partnership with Apple Inc., which is reportedly increasing its iPhone production in India, i.e. potentially double its production to over $30 billion annually within the next two years, 

To recall, Apple Inc has recently established its first subsidiary in India, that marked Apple's first direct presence in India. This move aimed at expanding its operational footprint beyond assembly and sales.

Tata Electronics has been expanding its footprint in iPhone manufacturing with several plants in India. Last year, Tata Electronics took over an iPhone assembly plant in Karnataka from Taiwan's Wistron. Besides these two plants, Tata Electronics is constructing another iPhone component plant in Hosur, Tamil Nadu. This facility will further enhance Tata's production capabilities and support Apple's supply chain diversification efforts.

These plants collectively strengthen Tata Electronics' position as a key player in the global iPhone supply chain and support Apple's strategy to diversify its manufacturing bases.

Tata Plant Fire Accident Is China's Opportunity in Disguise?

A recent fire accident at Tata Group's Apple iPhone component plant in Hosur, Tamil Nadu, and that too when festive season is very close has mushroomed number of questions on this incident.

Given the timing around the festive season, there are concerns and speculations on the reasons behind the accident. The investigation will help clarify the situation and ensure that appropriate measures are taken to prevent such incidents in the future.

Hong Kong-based Counterpoint Research told Reuters it estimates local sales of 1.5 million units of iPhone 14 and 15 models during the Indian festive season which runs from late October to early November, with Apple struggling to fulfil as much as 15% of that demand due to the fire.

As the fire at Tata Electronics’ factory in Hosur has caused significant disruptions in the production of iPhone components, particularly ahead of the festive season. Due to the extensive damage, Apple is considering shifting some of its production back to China to meet the demand.

This move is seen as a temporary measure to ensure that the supply chain remains intact and that there are no major delays in the availability of iPhones. Apple has been diversifying its manufacturing base beyond China, but incidents like this highlight the challenges of such a transition.

Apple's reliance on the Tata Electronics factory in Hosur is part of its broader strategy to diversify its supply chain beyond China. This factory plays a crucial role in manufacturing components for iPhones, particularly as Apple aims to reduce its dependence on a single country for production.

However, Apple still maintains significant production capabilities in China, which allows it to mitigate disruptions like the recent fire at the Tata Electronics factory. The incident underscores the challenges of diversifying the supply chain but also highlights the importance of having multiple production sites to ensure continuity.

Opportunity for China

The fire at Tata Electronics’ factory in Hosur has created an opportunity for China to benefit in several ways.

With the disruption in India, Apple may need to shift more production back to China to meet demand, especially ahead of the festive season. This could lead to increased orders for Chinese manufacturers like Foxconn and Pegatron.

China’s economy however is experiencing a slow and uneven recovery from the COVID-19 pandemic. Recent data shows slower-than-expected growth in retail sales, industrial production, and urban investment.

The urban jobless rate in China has risen to a six-month high, reflecting ongoing struggles in the labor market.

As a result of the recent fire incident at Tata's factory, increased production orders (Apple in this case) can provide an economic boost to the regions in China where the manufacturing plants of Foxconn, Pegatron, and Wistron are located, supporting local economies and employment.

The incident also underscores the challenges Apple faces in diversifying its supply chain. As a result, Apple might continue to rely heavily on its well-established Chinese supply chain to ensure production stability.

Apple's production capabilities in China are extensive and play a critical role in its global supply chain. The iPhone maker relies heavily on several key manufacturing partners, including Foxconn, Pegatron, and Wistron, which operate large-scale factories in various regions of China. These facilities are responsible for assembling a significant portion of Apple's products, including iPhones, iPads, and MacBooks.

China's well-established infrastructure, skilled labor force, and efficient logistics network make it an ideal location for high-volume production. Despite efforts to diversify its manufacturing base to countries like India and Vietnam, China remains a central hub for Apple's production due to its capacity to handle large-scale operations and rapid production cycles.

While Apple aims to diversify its supply chain, incidents like this fire demonstrate the complexities and risks involved, often leading to a temporary reversion to more established production bases.

The recent fire at the Tata Electronics factory in Hosur emphasized the importance of having a diversified supply chain, but it also highlights why China continues to be a vital part of Apple's manufacturing strategy.

Massive Fire at Tata Electronics Factory in Hosur Caused Significant Property Damage

A massive fire broke out at the Tata Electronics manufacturing unit in Hosur, Tamil Nadu. The fire started in the cellphone manufacturing section, prompting the evacuation of employees. Fortunately, all employees were accounted for, and around eight people needed medical attention but are now safe.

The fire has caused significant property damage, and the production of iPhone components has been halted.

ஒசூர் அருகே உள்ள டாடா தொழிற்சாலையில் பயங்கர தீ விபத்து

ஏராளமான பொருட்கள் தீயில் கருகி சேதம்

2 வாகனங்கள் மூலம் தீயை அணைக்கும் பணிகளில் தீயணைப்பு வீரர்கள் தீவிரம்#Hosur #Fireaccident #tata pic.twitter.com/aAeJ3IYqHc

— sathesh kumar (@sathesh1595) September 28, 2024

A Tata Electronics Private Limited (TEPL) spokesperson, in a statement, said, "There has been an unfortunate incident of fire at our plant in Hosur, Tamil Nadu. Our emergency protocols ensured that all our employees are safe. The cause of the fire is under investigation, and we will take necessary actions to safeguard the interests of our employees and other stakeholders."

It is to be noted that it is a developing situation, and the cause of the fire is still under investigation.

Nevertheless, the fire incident at Tata Electronics’ manufacturing unit in Hosur could have several immediate and long-term impacts on their operations.

The halt in production, especially of iPhone components, could lead to delays in fulfilling orders and meeting deadlines. This might affect their supply chain commitments and relationships with clients like Apple.

The damage to property and equipment will likely result in significant financial losses. Additionally, the cost of repairs, replacements, and potential compensation for affected employees could further strain their finances.

Notably, there have been several notable fire incidents at iPhones' parts manufacturing units globally in recent years.

Last year in February, a massive fire broke out at Apple supplier Foxlink’s assembly facility in the Electronics Cluster-I of the Andhra Pradesh Industrial Infrastructure Corporation (APIIC) zone in Tirupati, which led to part of the building collapsing. This incident halted production and caused considerable damage.

In 2021, a fire at Pegatron’s factory in Shanghai, China, which manufactures iPhone components, resulted in temporary production stoppages. Fortunately, there were no casualties, but the incident highlighted the vulnerabilities in the supply chain.

These incidents underscore the importance of stringent safety protocols and emergency preparedness in manufacturing units
In July 2020, Cuddalore district, a boiler explosion at the Neyveli Lignite Corporation (NLC) India Limited's thermal plant resulted in the deaths of six workers and injuries to 16 others. This was the second such accident at the plant within two months.

Earlier this year, a blast at a firecracker factory in Sivakasi, Virudhunagar district, led to the deaths of eight people. This incident followed another explosion in February at a different firecracker factory in the same district, which claimed ten lives.

The above mentioned incidents highlight ongoing safety challenges in industrial operations.

Tata Group and US-based Analog Devices Ink MoU for Semiconductor Manufacturing in India

Tata Group and Analog Devices Inc (ADI), a global semiconductor leader, have announced a strategic alliance to explore potential cooperative manufacturing opportunities.

This collaboration involves Tata Electronics, Tata Motors, and Tejas Networks signing a Memorandum of Understanding (MoU) with ADI to enhance strategic and business cooperation. 

The alliance aims to leverage ADI’s semiconductor solutions and Tata’s manufacturing capabilities to develop advanced products for various applications, including electric vehicles and network infrastructure

The companies also agree to have strategic roadmap alignment discussions.

The joint effort is expected to be mutually beneficial and is a significant step in establishing a robust electronics manufacturing ecosystem in India both for domestic and global consumption.

N Chandrasekaran, Chairman of Tata Sons, said, "The Tata Group is deeply committed to pioneering a thriving semiconductor industry in India. We are excited to partner with ADI across the semiconductor value chain and explore collaboration between ADI and Tata Group companies to design and offer advanced products to serve our customers."

"At ADI, we are thrilled to join efforts with the Tata Group in advancing India's semiconductor ecosystem. This joint effort aligns with our commitment to innovation and sustainable growth in the region. By combining our real-world semiconductor solutions and software expertise with Tata's vision and capabilities, we can accelerate the development of cutting-edge technologies, from electric vehicles to next-generation network infrastructure. Together, we are not only building a stronger semiconductor ecosystem but also shaping the future of global electronics manufacturing," said Vincent Roche, CEO and Chair at ADI.

Earlier, Tata Electronics announced that it is investing in its own facilities by building India's first fab in Dholera, Gujarat with a total investment of $11 billion. In addition, Tata Electronics will be investing another $3 billion in a greenfield facility in Jagiroad, Assam for the assembly and testing of semiconductor chips.

Tata Electronics and ADI intend to explore opportunities to manufacture ADI's products in Tata Electronics' fab in Gujarat and OSAT in Assam. Tata Motors and ADI intend to explore opportunities for engagement in electronics hardware components for energy storage solutions and power electronics in both commercial and passenger vehicle businesses. Tejas Networks and ADI intend to explore opportunities for engagement in electronics hardware components for network infrastructure.

Analog Devices, Inc. (ADI)'s India office is located in Bengaluru, where it engages in various activities, including research and development, customer support, and business operations.

ADI conducts extensive research and development (R&D) in India, primarily through its facility in Bengaluru. This center, consisting of around 300 engineers, is one of ADI’s top global design hubs and focuses on developing cutting-edge technologies and solutions for various markets. The company develops advanced semiconductor solutions for electric vehicles, autonomous driving, and other automotive applications.

Tata Electronics' $3.2 Bn Assam Semiconductor Plant To Be Operational In 2025

Tata Electronics is embarking on an ambitious project—a ₹27,000-crore (approximately USD $3.2 Billion, as per current exchange rate) chip assembly plant in Assam. The semiconductor plant is slated to become operational in 2025 and will create 27,000 jobs initially. This was told by Tata Sons Chairman N Chandrasekaran on the occasion of the chip plant's Bhumi Pujan ceremony on Saturday.

Using indigenously-developed technologies, the plant aims to produce 4.83 crore chips per day. All three major technologies deployed in this plant are developed in India, making it a noteworthy milestone for the semiconductor industry in the country.

Chandrasekaran said that the company has already employed 1,000 people from Assam and as the facility expands it will bring entire semiconductor ecosystem companies.

The Bhumi Pujan (foundation stone laying) ceremony was held in the presence of Assam Chief Minister Himanta Biswa Sarma and Tata Sons Chairman N. Chandrasekaran. The project received approval from the Union Cabinet in February 2024, and construction began shortly thereafter. This development is a significant step toward bolstering India's semiconductor manufacturing capabilities and fostering economic growth.

By establishing indigenous chip manufacturing facilities, India aims to reduce reliance on imports, especially in critical sectors like telecommunications, automotive, and consumer electronics.

Facilities like Tata Electronics’ plant are investing in advanced packaging methods, such as 2.5D and 3D packaging. These techniques enhance chip performance, reduce power consumption, and enable miniaturization.

Semiconductor projects like this will create thousands of high-skilled jobs, contributing to economic growth and skill development. Local chip production encourages innovation by fostering collaboration between academia, startups, and established players.

India can compete globally in emerging technologies like AI, IoT, and 5G with reliable access to chips. Domestic production enhances supply chain resilience, reducing vulnerability to global disruptions.

Tata Electronics Partners Synopsys for Semiconductor Facilities in Gujarat and Assam

Tata Electronics has signed a memorandum of understanding (MoU) with Synopsys, a US-based chip design major, to collaborate on process technology and a foundry design platform, reported several media outlets. The collaboration reportedly aims to accelerate chip development at Tata Electronics' AI-enabled semiconductor fab plant in Gujarat's Dholera.

To recall, in March of this year Tata Electronics announced its partnership with Taiwan's Powerchip Semiconductor Manufacturing Corporation (PSMC), for building India's first AI-enabled semiconductor fabrication facility (Fab) in Dholera, Gujarat. The fab construction, with a total investment of up to INR 91,000 crores (~US$11 billion), is set to begin this year. It's expected to generate over 20,000 direct and indirect skilled jobs in the region.

However, now the latest reports suggest Tata Electronics partnering with US based Synopsis. The reports have not mentioned that if this partnership is in addition to the previously announced collaboration with PSMC of Taiwan, or a standalone though both the partnerships are for the Dholera plant. It is to be noted however that Tatas haven't made any official announcement of partnership with Synopsis.

The upcoming Dholera Fab will have a manufacturing capacity of up to 50,000 wafers per month. It will incorporate next-generation factory automation, leveraging data analytics and machine learning for optimal efficiency.

Additionally, Tata Electronics plans to invest in a greenfield facility in Jagiroad, Assam, for the assembly and testing of semiconductor chips. These facilities will produce chips for applications across automotive, mobile devices, and artificial intelligence.

It was in March when Prime Minister Narendra Modi laid the foundation stones for these semiconductor facilities, which will contribute to the development of India's indigenous semiconductor ecosystem.

The collaboration focuses on process technology. Synopsys, being a chip design leader, brings expertise in advanced semiconductor manufacturing processes. This knowledge can benefit Tata Electronics' fab plant in Gujarat by improving chip performance, yield, and efficiency.

The Dholera foundry design platform is crucial for chip design and layout. By leveraging Synopsys' tools and methodologies, Tata Electronics can streamline the chip design process. This platform ensures efficient, accurate, and reliable chip production. The combined efforts aim to accelerate chip development cycles. Faster design iterations lead to quicker time-to-market for semiconductor products. This is essential in today's competitive landscape.

The fab will manufacture chips for applications such as power management ICs, display drivers, microcontrollers (MCUs), and high-performance computing logic. These chips cater to growing demands in markets like automotive, computing, data storage, wireless communication, and AI.

Tata Electronics' entry into the global semiconductor industry is a significant milestone, aligning with India's vision of self-reliance and technological advancement.

Tata Group to Build the Nation’s 1st Indigenous Semiconductor Assembly and Test Facility in Assam

INR 27,000 crore investment in a greenfield facility in Assam for assembly and testing of semiconductor chips for applications across automotive, mobile devices, artificial intelligence (AI), and other key segments to serve customers globally.

In a significant step towards creating an end-to-end semiconductor manufacturing ecosystem in India, Government of India has approved a proposal by Tata Electronics to build a state-of-the-art, greenfield semiconductor assembly and test facility in Jagiroad, Assam. The facility will be built with an investment outlay of INR 27,000 crore and is expected to generate over 27,000 direct and indirect jobs in the region.

Tata Electronics Pvt Ltd (wholly owned subsidiary of Tata Sons Pvt Ltd) will build this facility focusing on three key platform technologies - Wire Bond, Flip Chip, and a differentiated offering called Integrated Systems Packaging (ISP), with plans of expanding the roadmap to advanced packaging technologies in the future. These technologies are extremely critical for key applications in India – like automotive (especially electric vehicles), communications, network infrastructure and others.

Tata Electronics has already made significant investments in indigenous technology development for all these platforms and has put together a very credible team with over 1,000+ years of global domain experience to drive this project. The proposed facility will serve the growing global demands across key market segments like AI, industrial, and consumer electronics.

The construction of the facility is scheduled to start this year with the first phase of the facility becoming operational by mid-2025 and will provide an immense boost to industrialization in North-East India. The project is envisioned under the Government of India’s Semiconductor policy being driven by the India Semiconductor Mission and the Government of Assam’s Electronics policy.

Semiconductor assembly and test is a critical part of the semiconductor value chain where wafers manufactured by semiconductor fabs are assembled or packaged and then tested before they are finally used in the desired product. Innovations in semiconductor assembly and test are driving increased performance, reduced form factor, and reduced costs of semiconductor chips.

Commenting on the announcement, N Chandrasekaran, Chairman, Tata Sons said, “We are in a unique time for the electronics manufacturing market globally and the world is seeking a more secure and resilient electronics supply chain. With our announcement of the semiconductor fab and this strategic project in semiconductor assembly and test, we will be enabling our global customers to base a key part of their semiconductor value chain in India. Alongside mitigating global supply chain risks, I am confident that this project will have a transformational impact towards technology led industrialization and job creation in the Northeast in particular.

Under the decisive leadership of Hon’ble Prime Minister Shri Narendra Modi, the Government of India has developed a comprehensive central and state semiconductor policy. This along with support from Ministry of Electronics and Information Technology, India Semiconductor Mission and the Government of Assam has made this announcement possible.”

Dr Randhir Thakur, CEO & MD, Tata Electronics said, “The strategy of serving across the semiconductor value chain is our differentiator and will enable Tata Electronics to deliver complete system offerings to customers. We have a critical window of opportunity where we see tremendous customer pull from global players for manufacturing in India and we plan to capitalize on this opportunity and leapfrog through technology innovation. This investment will go a long way in putting India on the map of global semiconductor manufacturing and in spurring a complete domestic ecosystem for high technology manufacturing while being an enabler for the indigenous product ecosystem.”

The proposed facility in Jagiroad is strategically located with access to abundant water and green power – a key sustainability consideration for the Tata group and its customers globally. Assam is also closer to the current semiconductor packaging & test hubs in countries like Taiwan, Malaysia, Vietnam, and Singapore. Assam has technical and engineering workforce available from the entire North-East India, providing a stable talent pool for this project as well as the ecosystem development that this project will seed. This new initiative from Tata Electronics will bring to India a portfolio of cutting-edge semiconductor technologies, advanced skill set and talent, and a network of semiconductor manufacturing suppliers and ecosystem partners, resulting in foundational development of indigenous semiconductor ecosystem in India. This Assembly & Test facility will be able to directly ship semiconductor chips to end-users and OEMs (Original Equipment Manufacturers) in India and the world.

About the Tata group

Founded by Jamsetji Tata in 1868, the Tata group is a global enterprise, headquartered in India, comprising 30 companies across ten verticals. The group operates in more than 100 countries across six continents, with a mission ‘To improve the quality of life of the communities we serve globally, through long-term stakeholder value creation based on Leadership with Trust’.

Tata Sons is the principal investment holding company and promoter of Tata companies. Sixty-six percent of the equity share capital of Tata Sons is held by philanthropic trusts, which support education, health, livelihood generation and art and culture.

In 2022-23, the revenue of Tata companies, taken together, was $150 billion (INR 12 trillion). These companies collectively employ over 1 million people. Each Tata company or enterprise operates independently under the guidance and supervision of its own board of directors. There are 29 publicly listed Tata enterprises with a combined market capitalization of $350 billion as of February 2024.

About Tata Electronics

Tata Electronics is a global player in the electronics manufacturing business with fast emerging capabilities in Electronics Manufacturing Services, Semiconductor Assembly & Test, Semiconductor Foundry, and Design Services. Founded in 2020 as a greenfield venture of the Tata group, the company aims to better serve global customers through integrated offerings across a trusted electronics and semiconductor value chain. With a fast-expanding workforce, the company presently employs over 15,000 people and has facilities in Tamil Nadu and Karnataka in India. Tata Electronics also aims to work towards creating a conscientious socio-economic footprint by employing large number of women in its workforce and providing necessary assistance to local communities in health, hygiene, and education.