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AI &
Data Center

Market Trend

The AI and data center markets are driving the demand for high-speed interface IP due to the need to quickly and efficiently process large amounts of repetitive calculations for AI. This trend is an indication of the growing importance of high-speed interface IP. As multiple computational devices communicate and collaborate, the speed of interconnection is a key factor in overcoming performance bottlenecks and enabling smooth data transmission. High-speed interface IP plays a crucial role in optimizing power consumption while meeting the requirements of data-intensive AI workloads, leading to innovation and performance enhancement in the market.

The demand for optical communication solutions and SoCs/modules is increasing in the data center market. Optical communication technology plays a vital role in ensuring high-speed data transmission and connectivity in data centers. Within data centers, many servers are connected through interconnect cables, with transceivers, AOCs, and DACs being typical forms. They enable efficient data transmission with low power consumption and longer transmission distances. Optical Front-end ICs provide efficient modulation and demodulation of optical signals, ensuring stable and high-quality data transmission. Retimer ICs provide signal conditioning and amplification to maintain signal integrity over long distances.​

What We Deliver

Qualitas Semiconductor's MIPI D-PHY, C-PHY, PCIe, and Ethernet SerDes IP solutions enable seamless data transmission and high-performance computing in AI and data center markets. By leveraging state-of-the-art Optical IC solutions, including Optical Front-end and Retimers, Qualitas Semiconductor provides optical communication components that enhance data transfer efficiency and signal integrity in SoC and module applications.