Semiconductor Assembly and Test

Technologies
at Scale

Our fast-upcoming greenfield facility in Jagiroad, Assam, is slated to begin operations in 2025. Our investment of over $3 billion will attract a global ecosystem to India, enhancing supply chain resilience.

Our portfolio of traditional and advanced packaging technologies, delivered at scale, provides competitive advantages to our global customer base.

Our Locations

First Commercial Facility, Vemgal, Karnataka

State-of-the-art facilities
World class equipment
ISO 9001 certified
Operational since Dec 2023

First Commercial Facility, Vemgal, Karnataka

HVM Greenfield Facility, Jagiroad, Assam

USD 3Bn+ investment
600-acre campus near Guwahati
100% renewable energy
Ready for high volume manufacturing by mid 2025

1000+
years of combined expertise

600-acre
Large campus

$3+ Bn
investment

15+ Bn
chips per year capacity

Join Us

Apply Here

AI-enabled
factories

3
packaging technology & expanding

100% renewable power from day 1

2 Mn ft ²
operational area, 50% cleanroom space

Our Capability

Our proven expertise enables us to address the evolving needs of the semiconductor market, providing a complete range of solutions from packaging to testing and failure analysis.

Package Design

IC Package Design is a vital step in semiconductor manufacturing that determines how an integrated circuit (IC) is interconnected, encapsulated, and integrated with external systems. The design ensures the IC functions optimally by addressing key factors such as electrical performance, thermal management, mechanical protection, and long-term reliability.

Wafer/Die Preparation

Wafer/Die Preparation transforms a silicon wafer embedded with integrated circuits (ICs) into separate functional chips. This process includes essential steps like thinning the wafer, singulating the wafer into individual dies, and pick-and-place.

Interconnection

Interconnection in IC packaging establishes electrical connections between the IC die and external systems, impacting performance, signal integrity, reliability, and functionality. The choice of technique-such as wire bonding, flip-chip, or TSVs depends on the IC's performance needs, package type, space and cost constraints.

Finishing

Finishing involves molding or encapsulating the die for protection, followed by deflashing, which meticulously removes any surplus molding compound. Then, laser marking provides permanent identification and traceability. Finally, singulation separates individual units from the lead frame or substrate, preparing the IC for final testing and shipment.

Testing

Testing in IC Packaging is an essential step that ensures the integrated circuit (IC) functions as intended, remains reliable over its lifespan, and meets all required performance specifications after packaging. This phase is essential for verifying the IC's functionality, durability, and quality before it is integrated into final products, ensuring that it meets the standards for real-world application.

Failure Analysis & Reliability

Failure Analysis is a systematic approach used to investigate and identify the root causes of IC failures, focusing on packaging and interconnect issues. It helps improve designs and prevent future failures and reliability evaluates how ICs perform under operational stresses like thermal cycles, mechanical shocks, vibrations, and humidity. This testing ensures the IC will maintain performance and durability in real-world conditions.

Packaging Technology

Our proven expertise enables us to address the evolving needs of the semiconductor market, providing a complete range of solutions from packaging to testing and failure analysis.

Wire Bond

Wire Bond is a key interconnection method that establishes electrical links between the IC's bond pads and external leads or pads of the package using fine wires made of Gold, Aluminum, or Copper. It ensures reliable power and signal transfer between the die and the package.

Integrated System Packaging is a process that combines multiple electronics components

Integrated System Packaging (ISP)

Integrated System Packaging (ISP) is a transformative technology that enables the integration of diverse system components such as microprocessors, memory chips, sensors, power management circuits, and passive components into a single, compact, high-performance package. It delivers enhanced functionality while minimizing the overall form factor.

Flip Chip

Flip Chip is a high-density interconnection technique where solder bumps are precisely deposited on the IC's bond pads reducing signal path length, minimizing parasitics, and enhancing thermal performance.

Wafer-Level Packaging (WLP) is a packaging method in which the entire wafer undergoes packaging processes such as bumping and encapsulation before being diced into individual chips.