Samsung Electro-Mechanics Launches Groundbreaking MLCC for LiDAR in Autonomous Vehicles
Samsung Electro-Mechanics has made a significant announcement on February 5, 2025, by introducing the world’s first high-capacity Multilayer Ceramic Capacitor (MLCC) designed specifically for LiDAR applications in autonomous vehicles. This new component, identified as CL05Y225KP66PN, achieves an unprecedented voltage of 10V and a capacitance level of 2.2 microfarads (uF) in an ultra-compact 1005 size, measuring just 1.0 mm by 0.5 mm. This groundbreaking MLCC is set to revolutionize the performance of various automotive systems, including Advanced Driver Assistance Systems (ADAS), body, chassis, and infotainment systems.
Traditionally, creating an MLCC that effectively combines high voltage and high capacitance has been challenging. To increase voltage, manufacturers usually have to make the dielectric, or insulating layer, thicker. This thickening process often limits the number of layers within the capacitor, thus reducing the overall capacitance. However, Samsung Electro-Mechanics has leveraged proprietary additives and innovative manufacturing techniques. These advancements minimize voids within the dielectric, allowing robust operation under high-voltage conditions without compromising capacitance.
The newly launched MLCC not only boasts high performance metrics but is also the first of its kind to receive AEC-Q200 qualification for automotive reliability standards in this specific voltage and size category. This certification underscores its suitability for LiDAR, which is critical for the precise navigation and safety features of self-driving cars. The increase from the previous standard of 6.3V to 10V marks a significant advancement, representing a 60% enhancement in voltage capacity that can lead to more reliable and efficient operation of electronic systems in vehicles.
Executive Vice President Choi Jeremy, who heads the Component Solution Unit at Samsung Electro-Mechanics, emphasized the growing demand for high-performance MLCCs due to the continuous electrification of vehicles. He stated, "By securing essential technologies in materials, equipment, and manufacturing processes, we aim to bolster our competitive edge in technology differentiation. Our focus will be on high-value products that cater to evolving market needs."
The introduction of the CL05Y225KP66PN not only positions Samsung Electro-Mechanics as a leading player in automotive components but also highlights their commitment to innovation in response to the automotive industry's expanding requirements. This advancement reflects a broader trend within the automotive sector, where electrification and automation are reshaping manufacturing processes and product specifications. As vehicles become more reliant on complex electronic systems, components like this MLCC will play a pivotal role in ensuring safety, performance, and reliability.
In summary, Samsung Electro-Mechanics's new MLCC represents a leap forward in technology that aligns with the future of mobility. As autonomous driving continues to evolve, this type of innovation will be essential in paving the way toward smarter, safer, and more reliable vehicles. As the automotive industry marches toward an electrified future, products like the MLCC for LiDAR will be at the forefront, driving advancements that will redefine our everyday transportation experiences.
Traditionally, creating an MLCC that effectively combines high voltage and high capacitance has been challenging. To increase voltage, manufacturers usually have to make the dielectric, or insulating layer, thicker. This thickening process often limits the number of layers within the capacitor, thus reducing the overall capacitance. However, Samsung Electro-Mechanics has leveraged proprietary additives and innovative manufacturing techniques. These advancements minimize voids within the dielectric, allowing robust operation under high-voltage conditions without compromising capacitance.
The newly launched MLCC not only boasts high performance metrics but is also the first of its kind to receive AEC-Q200 qualification for automotive reliability standards in this specific voltage and size category. This certification underscores its suitability for LiDAR, which is critical for the precise navigation and safety features of self-driving cars. The increase from the previous standard of 6.3V to 10V marks a significant advancement, representing a 60% enhancement in voltage capacity that can lead to more reliable and efficient operation of electronic systems in vehicles.
Executive Vice President Choi Jeremy, who heads the Component Solution Unit at Samsung Electro-Mechanics, emphasized the growing demand for high-performance MLCCs due to the continuous electrification of vehicles. He stated, "By securing essential technologies in materials, equipment, and manufacturing processes, we aim to bolster our competitive edge in technology differentiation. Our focus will be on high-value products that cater to evolving market needs."
The introduction of the CL05Y225KP66PN not only positions Samsung Electro-Mechanics as a leading player in automotive components but also highlights their commitment to innovation in response to the automotive industry's expanding requirements. This advancement reflects a broader trend within the automotive sector, where electrification and automation are reshaping manufacturing processes and product specifications. As vehicles become more reliant on complex electronic systems, components like this MLCC will play a pivotal role in ensuring safety, performance, and reliability.
In summary, Samsung Electro-Mechanics's new MLCC represents a leap forward in technology that aligns with the future of mobility. As autonomous driving continues to evolve, this type of innovation will be essential in paving the way toward smarter, safer, and more reliable vehicles. As the automotive industry marches toward an electrified future, products like the MLCC for LiDAR will be at the forefront, driving advancements that will redefine our everyday transportation experiences.
Topics Consumer Technology）
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