Introduction to SK keyfoundry's HVIC Technology
SK keyfoundry, an established name in the semiconductor industry, has recently announced the expansion of its foundry services with innovative HVIC (High Voltage Integrated Circuit) process technologies. This advancement not only strengthens the company's market position but also enhances the technical capabilities available to clients seeking high-voltage solutions.
Key Features of HVIC Process Technologies
At the heart of the HVIC process is its impressive range of capabilities, which include the integration of 5V logic, high-voltage devices up to 25V, and nLDMOS (Lateral Double Diffused MOS) technology operating over 650V. This comprehensive approach allows SK keyfoundry's customers to consolidate multiple high-voltage functions onto a single chip, thereby simplifying design requirements and reducing the need for external components.
Improved Product Competitiveness
The innovative HVIC technology is designed to enhance current performance, particularly in the 25V high-voltage devices and 650V nLDMOS devices. By enabling a higher level of functionality directly within a single chip, customers can expect improved product competitiveness and optimized operational efficiency.
Expanded Product Lineup with HVIC Technology
With the introduction of the HVIC process, SK keyfoundry is broadening its high-voltage product offerings. This expansion now includes products that function within the gate driver IC space for voltages ranging from 650V to 1200V. This strategic move complements their existing range of products which cater to voltages of 200V and lower, as well as ultra-high voltage solutions exceeding 1500V using Thick IMD (Inter Metal Dielectric) technology.
Automotive Applications and Standards
One of the standout features of the HVIC technology is its compliance with the AEC-Q100 Class 1 automotive quality standard, positioning it ideal for automotive applications such as motor drivers and onboard chargers (OBCs) for electric vehicles. This aligns perfectly with the growing demand for efficient power solutions in the automotive industry.
Benefits for Diverse Applications
SK keyfoundry's HVIC process technology is tailored for a variety of applications requiring robust high-voltage capabilities. By incorporating gate driver ICs that manage signals from microcontrollers (MCUs) and facilitate direct control of high-voltage MOSFETs and IGBTs, this technology is already impacting multiple sectors. Key applications include large home appliances, automotive motor drives, industrial drives, and more.
Strategic Insights from Leadership
According to Derek D. Lee, CEO of SK keyfoundry, the introduction of their HVIC process marks a critical milestone in reinforcing the company’s competitive edge within significant markets such as home appliances and automotive systems. He emphasized the commitment to expanding the HVIC portfolio while continuously leveraging technological advantages for an array of applications, including next-generation power semiconductor devices.
About SK keyfoundry
Based in Korea, SK keyfoundry specializes in providing Analog and Mixed-Signal foundry services across diverse sectors, including consumer electronics, communications, computing, and automotive. With a diverse technology portfolio and a commitment to addressing the evolving needs of semiconductor companies, SK keyfoundry stands poised as a leader in the global market. For more details, interested parties can visit the official website.
Frequently Asked Questions
What is the significance of HVIC technology?
HVIC technology allows for the integration of multiple high-voltage functions onto a single chip, simplifying design and improving performance.
In what applications can HVIC technology be used?
HVIC technology is applicable in automotive motor drives, industrial motor controls, and high-voltage power products, among other uses.
What are the quality standards met by the HVIC process?
The HVIC process complies with AEC-Q100 Class 1, making it suitable for automotive and other quality-sensitive applications.
Who are the primary users of SK keyfoundry's HVIC technology?
Customers include manufacturers of large home appliances, automotive sectors, and companies producing industrial equipment needing reliable high-voltage solutions.
How does HVIC technology benefit semiconductor companies?
By providing efficient, high-performance solutions, HVIC technology enhances competitiveness for semiconductor companies in diverse markets.
