Unlocking Performance: SK Keyfoundry's New Semiconductor Process
SK Keyfoundry Launches Innovative Semiconductor Process
In an exciting development for the semiconductor industry, SK keyfoundry has officially launched its fourth-generation 0.18? BCD process. This advancement promises an impressive 20% performance upgrade compared to its predecessor, the third-generation BCD process. This leap forward is particularly significant for both mobile and automotive applications.
Optimized for Diverse Applications
The new 0.18? BCD process can support power devices operating up to 40V, accommodating multiple power device gate inputs including 3.3V, 5V, and 18V. This flexibility allows for its use across a variety of applications, such as Power Management Integrated Circuits (PMIC) for laptops, automotive gate drivers, mobile phone chargers, and audio amplifiers, catering directly to the demands of modern technology.
Advanced Features for Enhanced Design
SK keyfoundry’s latest offering also includes options such as MTP (Multi-Time Programmable) for trimming and OTP (One-Time Programmable) memory, along with SRAM memory. These features are designed to support seamless product design, enabling customers to create innovative solutions with ease.
High Standards for Automotive Quality
This fourth-generation process meets the stringent automotive quality standards set by AEC-Q100 Grade 1. This ensures that integrated circuits (ICs) can operate efficiently in extreme temperatures of up to 125?, making them ideal for automotive power applications. Additionally, the thick Inter Metal Dielectric (IMD) option allows for designs capable of enduring voltages exceeding 15,000V, further solidifying their suitability for high-performance vehicles.
Fostering Longevity and Efficiency
Basing its expectations on the extensive mass production experience of the third-generation 0.18? BCD process, SK keyfoundry anticipates that this new process will significantly contribute to extended battery life for mobile devices, enhanced energy efficiency, and stable performance with less heat generation. This is critical in the current landscape, where energy conservation is paramount.
Commitment to Future Growth
Derek D. Lee, the CEO of SK keyfoundry, expressed enthusiasm about the introduction of the fourth-generation BCD process, noting, "Our new process enhances performance and meets the diverse needs of our customers. We are dedicated to maintaining our competitive edge in semiconductor technology while expanding into high-growth sectors like AI server PMICs and automotive Gate driver ICs.”
About SK Keyfoundry
SK keyfoundry is a leader in specialty Analog and Mixed-Signal foundry services, based in Korea. The company serves various sectors, including consumer electronics, communications, computing, automotive, and industrial industries. With a diverse range of technology offerings and process nodes, SK keyfoundry is well-equipped to adapt to the dynamic requirements of semiconductor companies globally.
Frequently Asked Questions
What is the significance of SK keyfoundry's new BCD process?
The new fourth-generation 0.18? BCD process offers a notable performance improvement of 20% over its predecessor, enhancing efficiency for mobile and automotive applications.
What applications can the new semiconductor process support?
It supports diverse applications including PMIC for laptops and servers, automotive gate drivers, mobile chargers, and audio amplifiers with various voltage requirements.
How does the new process ensure automotive reliability?
By meeting the AEC-Q100 Grade 1 automotive quality standards, the process guarantees operational efficiency in high-temperature environments of up to 125?.
What innovative features does the new process include?
It includes MTP and OTP memory options, allowing for flexible product design tailored to specific customer requirements.
What is SK keyfoundry's vision moving forward?
SK keyfoundry aims to strengthen its competitive position in semiconductor technology and expand its offerings into high-growth areas such as AI and automotive applications.
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