Hardware

ISC Bets KRW 100 Billion on AI Semiconductor Tailwinds; Vietnam Expansion Gathers Pace

TECHWORLD ·

Bird's-eye view of ISC Vietnam Fab 2 [Photo: ISC]

✦ AI Summary

ISC is pursuing a mid- to long-term investment plan worth a total of KRW 100 billion to respond to the expansion of the AI semiconductor market.

The investment includes KRW 35 billion for the Songdo plant, KRW 35 billion for a stake in the Vietnam production base, and KRW 30 billion for manufacturing AI and production and quality management upgrades.

Once the investment is completed, test socket production capacity is expected to rise from about 2 million units a year to as many as 5 million units.

ISC said it will pursue a mid- to long-term investment plan worth a total of KRW 100 billion to respond to the expansion of the AI semiconductor market. The investment plan was drawn up as part of a push to expand production capacity and strengthen operating systems in step with rising demand for AI semiconductors.

The investment package combines KRW 35 billion for the Songdo plant investment announced last June, KRW 35 billion for a stake investment in the Vietnam production base disclosed by ISC on the 28th, and a KRW 30 billion plan to be used in the future for introducing manufacturing AI and upgrading production and quality management systems. The total investment comes to KRW 100 billion.

Once the investment is completed, test socket production capacity is expected to expand from about 2 million units a year to as many as 5 million units. That would represent roughly a 2.5-fold increase in test socket production capacity.

ISC says its strategy is to strengthen its ability to respond to AI semiconductor customers by expanding production capacity and clearly dividing the roles of its domestic and overseas production bases. The Vietnam production base is planned to be developed into a key hub for mass production for global customers, with production facilities and infrastructure expanded to mass-produce test sockets for high-performance semiconductors such as AI GPU, ASIC, and CPU. The Vietnam base is also planned to operate as a global production hub for stable supply.

As the AI semiconductor market expands, customer demand for test sockets is also rising. As a result, product technology, production capacity that can ensure timely delivery, and a stable supply system have become crucial for responding to major global customers. In particular, as next-generation semiconductors such as AI GPU and ASIC become larger in package size and more highly integrated, test sockets are also requiring precise design and manufacturing capabilities.

ISC plans to expand its Vietnam production base in response to growing customer demand and new AI semiconductor projects. At the same time, it plans to strengthen the role of the Songdo plant and operate it as a key R&D base in charge of developing advanced products and next-generation test solutions. ISC plans to concentrate its core R&D capabilities in Songdo.

In line with this direction, ISC plans to build a dual global production system. Songdo will handle technology development and high-value-added, high-difficulty products, as well as new product development, customer-specific design, high-difficulty product manufacturing, and early mass-production stabilization. Vietnam will take charge of large-scale mass production and stable supply.

The company is actively introducing manufacturing AI and automation technologies at its production sites, and ISC is applying manufacturing AI to production planning, process management, and quality control. This is intended to reduce variations and losses in the production process and improve productivity and quality stability. ISC aims to establish a production system capable of supplying the increased volume with fast delivery.

However, the investment will proceed in phases, taking market conditions and customer demand into account, and facility investments will be executed around the timing needed, with customer demand, product approval schedules, and production utilization rates comprehensively reflected. Under a policy of avoiding excessive advance investment relative to actual demand, the company aims to manage investment efficiency and profitability at the same time.

The company expects this investment to expand production capacity and strengthen its ability to respond to global customers. To that end, it plans to combine Vietnam's large-scale mass-production capability, Songdo's high-difficulty product capabilities, Songdo R&D capabilities, and manufacturing AI-based production efficiency, while aiming to secure a 30% share of the global test socket market in 2028.

An ISC official said that in the AI semiconductor market, product development capabilities and the ability to supply the quantities customers need on time and stably are important factors. ISC said it has so far focused on expanding customers and broadening its product portfolio in the high-performance semiconductor market for AI and data centers.

The official added that this investment is intended to secure full-scale production capacity to absorb growing customer demand stably. The company also said it will divide roles between Vietnam and Songdo, with Vietnam centered on large-scale mass production and supply and Songdo centered on high-difficulty products and next-generation technology development, and that the role-sharing policy between Vietnam and Songdo is based on a clear division of functions. It also said that, based on its plan to combine manufacturing AI, the core of the investment is to build a production system in which productivity, quality, and profitability all improve together as production scale expands.

Source: TECHWORLD · Park Gyu-chan
Original: https://www.epnc.co.kr/news/articleView.html?idxno=407462

References

This article was produced with the help of an automated content generation algorithm.


Source: TECHWORLD

View original

This article was summarized and organized by BizCrush based on the original article from TECHWORLD. For exact quotations and full details, please refer to the original article.