April 19, 2026 By [Selvarani M]
By launching its first advanced 3D chip packaging center in Odisha, India has taken a historic step toward emerging as a global semiconductor superpower. This state-of-the-art project is not merely another industrial investment; it represents a strategic shift toward high-end semiconductor technology, innovation, and self-reliance. Advanced chip technology—which until now was imported from abroad—has now begun to be developed right here in India. The groundbreaking ceremony for the country's first advanced 3D chip packaging center was held on April 20, 2026, at the 'Info Valley' campus in Bhubaneswar. As part of the ambitious vision to transform India into a global semiconductor hub, the state of Odisha has achieved a monumental milestone.
1. Project Overview: A Historic
Milestone in the Semiconductor Sector
The Government of India, in collaboration with global technology firms, has launched the country's first advanced 3D semiconductor packaging facility in Bhubaneswar, Odisha.
·
Location:
Info Valley, Bhubaneswar
·
Developer:
Heterogeneous Integration Packaging Solutions (backed by 3D Glass Solutions)
·
Global
Partners: Intel, Lockheed Martin, Applied Materials
·
🇮🇳 Initiative: Part of the 'India Semiconductor Mission'
This project marks India's entry into the field of
next-generation semiconductor packaging—a critical stage that enhances the
performance and efficiency of chips.
As part of
the ambitious vision to transform India into a global semiconductor hub, the
state of Odisha has achieved a monumental milestone. Chief Minister Mohan
Charan Majhi and Union Minister Ashwini Vaishnaw jointly laid the foundation
stone for the country's first state-of-the-art 3D chip packaging center at Info
Valley in Bhubaneswar. Designed to reinforce the vision of 'Atmanirbhar Bharat'
(Self-Reliant India), this project serves as a pivotal step in positioning
Odisha as a global hub for advanced electronics manufacturing. The U.S.-based
firm '3D Glass Solutions' is establishing this facility through its subsidiary,
'Heterogeneous Integration Packaging Solutions.
2. Primary Objective: Utilization
of State-of-the-Art Technology
The goal of this project is to commence commercial production by August 2028 and to achieve full-scale mass production by 2030. The central objective of this facility is to utilize advanced 3D 'heterogeneous integration' technology—a technology that is vastly superior to traditional chip packaging methods.
Key
Technological Highlights:
1.
Utilization
of glass substrate technology instead of silicon
2.
3D
stacking of chips for enhanced performance
3.
Reduced
power loss and improved thermal stability
4.
Supports
the following next-generation sectors:
5.
Artificial
Intelligence (AI)
6.
5G
and 6G Communication Sectors
7.
Aerospace
and Defense Sectors
8.
Data
Centers
Unlike conventional 2D chip
architectures, 3D packaging enables the vertical integration of components,
offering distinct advantages in terms of higher power, reduced footprint, and
superior performance; this allows for a dramatic increase in computing power
within a significantly smaller physical space.
3. Investment Details and Economic
Impact
This project is being implemented with the backing of a massive investment valued at approximately ₹1,943 crore, positioning it as one of India's most advanced semiconductor initiatives.
💰 Key Financial and Production Highlights:
A.
💸 Total Investment: ₹1,943 crore
B.
🏭 Annual Production:
70,000 Glass
panels
50 million
Integrated semiconductor units
Over 13,000
Advanced 3D modules
C👨💼 Job Creation: ~2,500 jobs
This project operates in
alignment with India's ₹76,000 crore 'Semiconductor Mission,' which aims to
establish a comprehensive chip ecosystem within the country. A total investment
of approximately ₹1,943.53 crore is being channeled into this project. Financial
assistance for this endeavor has been secured, with the Central Government
contributing ₹799 crore and the State Government contributing ₹399.5 crore. The
facility is slated to produce 70,000 glass panels, 50 million assembled units,
and 13,000 state-of-the-art '3DHI modules' annually. Through this plant,
thousands of high-quality technical job opportunities are set to be
created—benefiting not only engineering graduates but also individuals who have
completed ITI and Diploma courses.
4. Current Progress and Future
Timeline
Reflecting strong government support and global confidence, this project is progressing at an exceptional pace.
i.
🚧 Construction Status:
ii.
✅ Groundbreaking: April 2026
iii.
🏗️ Target Completion of Construction: 2028
iv.
⚙️ Commencement of Full-Scale Production (Expected):
2030
It is anticipated that this facility will emerge as a
'Center of Excellence' and serve as a key contributor to global semiconductor
supply chains.
5. Why
is this project important for India?
This is not merely a regional development
initiative—it is a nationwide technological revolution:
🇮🇳 It reduces India's reliance on imported chips.
Ø
🌍 It secures a pivotal position for India within the
global semiconductor value chain.
Ø
🚀 It fosters innovation across the fields of Artificial
Intelligence (AI), telecommunications, and defense.
Ø
📈 In addition to attracting foreign investment, it
significantly strengthens the "Atmanirbhar Bharat" (Self-Reliant
India) initiative.
Bolstered by robust
infrastructure, a skilled workforce, and supportive policy frameworks, the
state of Odisha is rapidly emerging as a key semiconductor hub in Eastern
India.
Chief Minister Majhi remarked that it is a matter of immense pride that cutting-edge technology—the very kind utilized by global giants such as Intel and Lockheed Martin—has now become accessible to Odisha. Furthermore, he expressed his confidence that "products manufactured in Odisha will play a pivotal role in the sectors of Artificial Intelligence, defense, and telecommunications." Union Minister Ashwini Vaishnaw noted, "Over the past 12 years, the production of electronic goods has increased sixfold. India currently stands as the world's second-largest manufacturer of mobile phones." "The state of Odisha is currently transforming from a 'mineral-rich state' into a 'technology state,'" he noted. Furthermore, he stated that, much like with Intel, discussions are currently underway with several other international companies.
India’s first 3D chip
packaging facility, located in Odisha, is not merely an infrastructure
project—it stands as a bold declaration of India’s technological aspirations.
Driven by cutting-edge innovations, global collaborations, and robust
investments, this initiative is poised to transform India into a formidable
contender in the global semiconductor landscape.
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