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Other Multilayer Ceramic Substrates
Multilayer ceramic substrates serve as the vital foundation for electronic modules that require exceptional reliability and environmental resistance. Due to the inherent hermeticity, durability, and thermal stability of ceramic materials, these substrates operate reliably even in harsh conditions – including extreme temperature fluctuations, high humidity, and chemical exposure.
With a coefficient of thermal expansion (CTE) close to silicon and high thermal conductivity, they maintain the integrity of bonding points even for high-heat-generating chips, ensuring consistent, peak performance.
Package Lineup
- Applications and Key Fields
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Our multilayer wiring technology allows for complex, three-dimensional circuit designs within the substrate, making it ideal for electronic modules that require both miniaturization and high functionality. These substrates are widely adopted in sectors such as telecommunications, industrial, and medical care, where they serve as a vital foundation for high-density integration and high-speed signal processing.
Key Applications
- Multifunctional Electronic Module Substrates
Product Features and Strengths
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- 1. Material Stability and Environmental Resistance
- Ceramic materials provide superior hermeticity, blocking moisture, chemicals, and corrosive gases while resisting degradation at high temperatures. With a CTE close to silicon, these substrates remain stable through temperature fluctuations, ensuring long-term bonding reliability. Additionally, high thermal conductivity efficiently dissipates heat, contributing to consistent device operation.
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- 2. High Density through Multilayering and Large-Scale Solutions
- In high-resolution industrial image sensors, the package is a critical component that determines overall performance. Our HTCC technology supports large formats up to 170mm square, enabling high-density signal transfer and superior noise-reducing thermal management. We provide robust packaging for large-scale sensors in demanding fields, including industrial, medical, and aerospace.
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- 3. Precision Structures for High-Reliability Bonding
- Through precise multilayer processing, specialized metal plating, and robust brazing, we ensure stable electrical conductivity and structural strength over the long term. These substrates are highly resistant to thermal and mechanical stress, significantly enhancing the overall reliability of the module.
- Initiatives for the Next Generation
- To meet the demands for even faster and more compact electronic devices, NTK CERAMIC is advancing the development of low-dielectric and high-thermal-conductivity materials. We are also evolving our high-density multilayer wiring and ceramic-metal hybrid structures.
Through these innovations, we continue to enhance the performance and reliability of high-functionality modules across the telecommunications, medical, industrial, and automotive sectors.
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Consultation &
Customized Design -
Proposing optimal ceramic package structures and designs tailored to your needs.
"Complex geometries?" "Strict specs?" "Beyond rules?"
We respond flexibly to every unique challenge to co-create your optimal solution.
Please feel free to contact us.
