SK keyfoundry's Innovative IMD Process Enhances Semiconductor Performance
SK keyfoundry Introduces Revolutionary IMD Technology
SK keyfoundry, a leading 8-inch pure-play foundry in Korea, has recently launched its Multi-Level Thick IMD (Inter-Metal Dielectric) process, which promises to redefine the standards in capacitor manufacturing. This cutting-edge process is designed to enhance the safety, reliability, and longevity of semiconductor devices through superior high breakdown voltage characteristics.
The Advantages of High Breakdown Voltage
High breakdown voltage characteristics are crucial for digital insulators. They not only improve the lifespan of electronic components but also significantly enhance noise immunity. The new Multi-Level Thick IMD process empowers the creation of up to three inter-metal dielectric layers, allowing each layer to reach a maximum thickness of 6?m. This innovative structure offers a remarkable total thickness of 18?m within a metal-insulator-metal framework, achieving a high breakdown voltage capability of up to 19,000V and exceptional capacitance performance.
Applications and Implications for the Future
This groundbreaking process is set to be integral in manufacturing capacitors used in various applications, particularly for digital isolation and reduction of capacitive coupling within electronic circuits. Capacitors produced utilizing this new technology have already surpassed significant evaluations from major clients. Moreover, they have achieved the AEC-Q100 international automotive semiconductor quality standard, ensuring high reliability in challenging environments.
Impacts on the Automotive Sector
One of the key benefits of this Multi-Level Thick IMD process is its compatibility with 0.13µm and 0.18µm BCD process technologies. This makes it particularly valuable for the automotive semiconductor sector, where reliability and performance are paramount. To further support manufacturers, SK keyfoundry provides a comprehensive suite of design support tools, including a Process Design Kit (PDK) along with essential resources such as DRC, LPE, LVS, and Pcell, facilitating a quicker product development lifecycle.
Competitive Edge in Electronic Devices
SK keyfoundry has emphasized that this digital isolation technology offers a notable competitive advantage for electronic devices that demand high noise immunity. Compared to traditional optical isolators, the benefits include enhanced performance, greater reliability, and improved cost efficiency, making it ideal for a variety of fields including electric vehicles (EVs), telecommunications, and healthcare technologies.
Vision for the Future
"We are pleased to introduce our industry-leading Multi-Level Thick IMD process technology for digital insulators, garnering significant interest across the electronics sector, especially in the EV market,” stated Derek D. Lee, CEO of SK keyfoundry. He also mentioned the company's commitment to continuously innovating reliable isolation technologies that cater to diverse customer requirements. This initiative aims to deliver world-class process technologies not just to local customers but also to international markets, leveraging SK keyfoundry's extensive experience in mass production compared to its peers.
About SK keyfoundry
Based in Korea, SK keyfoundry specializes in Analog and Mixed-Signal foundry services tailored for semiconductor firms targeting various industries. From consumer electronics to automotive applications, the company boasts a versatile technology portfolio and various process nodes. This adaptability ensures SK keyfoundry remains responsive to the evolving demands of semiconductor companies worldwide.
Frequently Asked Questions
What is the Multi-Level Thick IMD process introduced by SK keyfoundry?
The Multi-Level Thick IMD process is an advanced technology used in capacitor manufacturing that allows for high breakdown voltage and increased reliability in electronic devices.
How does high breakdown voltage benefit semiconductor devices?
High breakdown voltage enhances the safety and longevity of semiconductor devices, improving their performance and noise immunity.
What industries can benefit from this new technology?
This technology is especially advantageous for automotive, telecommunications, healthcare, and electric vehicle sectors.
What certifications have the capacitors from this process achieved?
Capacitors manufactured with the Multi-Level Thick IMD process have passed TDDB evaluations and met the AEC-Q100 automotive quality standard.
How is SK keyfoundry supporting product development?
SK keyfoundry provides various design support tools, including PDK, DRC, and LVS, to assist customers in accelerating their product development efforts.
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