As artificial intelligence, deep learning, and virtual reality technologies rapidly advance, electronic products are increasingly being developed with a focus on high performance, reliability, and integration. This growing market for high-temperature and high-capacitance products places greater demands on the performance of MLCC (Multilayer Ceramic Capacitor). Traditional MLCCs often fall short of today's requirements for higher temperatures and capacitance. In contrast, X6S/X6T MLCC offers higher capacitance and can operate at elevated temperatures, better meeting the market needs.

Currently, the market for Class II ceramic MLCC is dominated by X5R and X7R capacitors. However, both types have limitations in certain applications, which X6S/X6T capacitors effectively address:

With advancements in computing and internet technology, graphics cards are being used in more various applications. This trend requests the computer provide higher performance and computing power. Historically, the design of graphics cards evolved from using electrolytic capacitors to tantalum capacitors, and now increasingly rely on MLCCs. Graphics cards using tantalum capacitors often suffer from overclocking and stability issues, because the graphics cards’ stability decreases when the number of tantalum capacitors increases. By using a set of MLCCs (0805-X6S/X6T -22μF-6.3V) to replace a single tantalum capacitor (330μF-6.3V), graphics cards can significantly improve its stability and pass rigorous performance tests, reducing the likelihood of crashes or visual glitches.

A single mid- to high-end graphics card can utilize up to 2,000 capacitors, with temperatures inside the case reaching approximately 85°C. X6S/X6T capacitors meet these challenges by operating reliably at high temperatures while maintaining system stability and suppressing noise from high-speed data transfers, ensuring smooth graphics card operation.

Graphics card MLCC array (image from ASUS 30-series graphics cards)

In this context, X6S products can enhance the reliability of electronic devices in the high-temperature environment and support the lightweight design requirements. EYANG Technology deployed advanced technologies in design and optimized manufacturing processes to ensure products’ consistency and reliability. In addition, EYANG’s products undergo stringent quality control and testing to maintain high standards of performance and quality.

General Range of X6S/X6T Products：

EYANG’s X6S/X6T series products are characterized by a broad range and high reliability. If you have specific requirements or would like to know more details, please contact our sales team or field application engineers (FAE).