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Running a semiconductor facility takes more than installing automated equipment: it requires trained people, tightly controlled processes, careful product changeovers and dependable testing. That is the challenge Venkata Simhadri, managing director and CEO of ASIP Technologies, described in an interview published by Electronics For You on October 1, 2026. ASIP’s planned facility in Tarluvada, Andhra Pradesh, is an outsourced semiconductor assembly and test (OSAT) plant—not a wafer-fabrication fab—and the milestones discussed remain company plans and estimates, not independently verified operating results.
What kind of semiconductor facility is ASIP planning?
An OSAT facility assembles semiconductor devices into packages and tests them; it does not fabricate silicon wafers from the start. ASIP describes itself as a design-enabled OSAT company, initially focused on advanced packaging, especially flip-chip ball grid array (BGA). Its stated roadmap also includes wire-bond packages. The exact mix of products—including leaded or leadless designs and plastic or ceramic packages—would depend on customer requirements and the equipment selected.
These packaging technologies are relevant to processors and other chips used in data centres, AI systems, high-speed networking, communications, laptops, smartphones and GPUs. Simhadri said a later phase could move toward 2.5D packaging, but that is a prospective direction rather than a confirmed production capability.
The distinction matters: an OSAT line still has demanding manufacturing requirements, but its work is packaging and testing rather than wafer fabrication. Simhadri’s comments concern the workforce, process controls, production systems and infrastructure needed to establish that OSAT operation.
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Why are discipline and consistency essential?
Semiconductor packaging depends on repeatable execution. A process variation or defect can affect yield, and producing volume reliably requires teams to follow controlled procedures rather than rely on individual experience or improvisation. Simhadri put the workforce challenge this way: “The initial workforce can be trained in the technical aspects of the job, but running a semiconductor manufacturing facility requires a high level of discipline, consistency, and attention to detail.”
His stated challenge is not simply recruiting people who can operate machines. ASIP needs people who understand packaging and testing, as well as manufacturing leaders able to establish disciplined daily operations, efficiency and low defect density. Those are operational goals cited by the company, not performance results reported for a running plant.
Training has to become repeatable factory practice
At the time of the interview, Simhadri said ASIP had been hiring and training employees. The company planned to send an initial engineering group to Korea for training at its partner’s facility, with those engineers then helping train additional employees in India. The Korean partner was also expected to deploy engineers to support assembly-line setup. These are plans described by ASIP’s CEO; the interview does not confirm that the training or deployments have since taken place.
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How automation, changeovers and testing fit together
Simhadri expects production to be highly automated once wafers enter the line. Automation does not remove the need for engineering oversight, especially when the factory switches between customer products. A changeover can require equipment and process reconfiguration, followed by requalification before production resumes. With multiple products, the ability to manage those transitions is part of production control, not an occasional administrative task.
ASIP’s stated test scope includes wafer-level testing, final testing, burn-in and reliability testing. Simhadri said testing is as important as manufacturing because packaged chips must meet required quality standards and defective chips should not reach customers. The interview describes planned capabilities; it does not establish that these test operations are installed or running.
Inspection systems are another part of the quality approach. Simhadri pointed to inspection and yield monitoring, and said AI-based inspection and defect-detection applications may support quality analysis. The interview does not name systems, quantify their expected effect or claim that AI can replace process engineering or final testing.
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What must the building and factory environment control?
Semiconductor equipment and cleanroom processes require stable operating conditions. Simhadri said the building must meet vibration requirements and that cleanrooms must maintain specified temperature, humidity and airborne-particle conditions. He described all of these parameters as critical, but the interview gives no vibration tolerances, cleanroom classification or exact environmental limits.
Water is another facility dependency. Simhadri said the Andhra Pradesh government had committed water supply and that ASIP planned its own purification and treatment systems, with most water expected to be recycled and reused. No annual consumption figure or recycling percentage was provided, so the scale of water use cannot be calculated from the interview.
What are the planned investment, capacity and timeline?
ASIP’s figures below are estimates and targets reported by Simhadri in the October 2026 interview. They should not be read as completed construction, installed capacity or achieved output.
| Project item | Company figure reported in the interview | What it means |
|---|---|---|
| Total project investment | ₹25 billion | Stated total investment for the project. |
| Plant 1 investment | More than ₹5 billion | Stated investment for the first plant. |
| Plant 2 investment | More than ₹20 billion | Stated investment for the second plant. |
| Land | Around 30 acres | Land allocated by the Andhra Pradesh government, as reported by Simhadri. |
| Phase 1 production target | More than 100 million units per year | Target output; not an achieved production figure. |
| Phase 2 eventual capacity target | Around 300 million units per year | Later target described by ASIP, not current capacity. |
| Operating pattern | Three shifts | Planned continuous operating arrangement. |
The reported plant investment figures are rounded estimates; the interview does not explain how they relate to the stated total, so they should not be treated as a precise accounting breakdown.
Schedule estimates and volume production
Simhadri described an estimated eight to nine months to complete the factory structure from the project’s stated starting point, followed by about three months for equipment installation and trial production and another three months for volume-production qualification and certification. He gave an overall estimate of 12 to 15 months, with 12 to 13 months as the best case, and a target of entering volume production in Q4 2027. These are company estimates as of the interview; it does not specify a calendar date for the starting point or independently confirm progress against the schedule.
How does ASIP expect to compete and secure demand?
Simhadri identified three conditions for competing with established OSAT providers:
- Quality: packaged devices must meet customer requirements, supported by process control, inspection and testing.
- Reliability: the factory must deliver the required volume on time, not merely demonstrate a process in trials.
- Cost competitiveness: production must be efficient enough to compete commercially.
The interview does not provide comparative quality, delivery or cost data for ASIP or its competitors, so it supports these as selection criteria, not a ranking of providers.
Simhadri said an unnamed Korean OSAT joint-venture partner had agreed to take at least 50% of the new plant’s capacity. He also said ASIP was in discussions with two or three other prospective customers, while customer names were confidential. The interview describes an intention to serve global markets, including exports; it does not establish customer identities, completed sales or booked production volumes beyond the partner arrangement as reported by the CEO.
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What supply-chain and development support is planned?
Simhadri said most initial equipment would be imported, although leading suppliers have distribution and technical support in India. For early supply risks, ASIP intended to draw on its Korean partner’s supplier relationships and maintain adequate inventory. He forecast that equipment and materials from multinational companies manufacturing in India could become more available over the following three to four years; this is a company outlook, not a confirmed localization schedule.
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Relevant inputs mentioned in the interview include substrates, bonding and soldering materials, cleaning materials, and high-purity copper wire for wire-bond packaging. These specialized supplies must be available in the right specifications and quantities for production; the source does not identify particular suppliers or confirm local sourcing arrangements.
Simhadri also said ASIP had signed memorandums of understanding with IIT Hyderabad for packaging-related work and IIT Tirupati for testing-related work. He mentioned participation in an R&D initiative called IDSPS, which he described as involving government and industry. The interview provides no further detail on the initiative’s current status or ASIP’s precise role.
What remains unconfirmed?
The October 1, 2026 interview is a company-leadership account of a planned facility. It reports targets and expectations but does not independently verify construction progress, operational readiness, installed equipment, production output or customer deliveries. It also does not disclose exact cleanroom or environmental specifications, water consumption, equipment models, customer names or comparative performance data. Those details are needed to judge the plant’s realized capacity and operating performance once production begins.
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