Murata Manufacturing has introduced a new technology guide titled “Optimizing Power Delivery Networks for AI Servers in Next-Generation Data Centers.” Now available on the company’s website, the guide outlines practical power delivery network (PDN) optimization approaches for AI servers, aimed at improving power stability while minimizing energy losses throughout data center systems.
The guide responds to the rapid growth of AI technologies, which is accelerating the construction of new data centers around the world. As operators adopt higher operating voltages and pack more equipment into limited space, overall power demand continues to rise, making reliable and stable power delivery a critical operational concern. Against this backdrop, Murata’s guide centers on data center power circuit design, offering insight into market trends, advances in power delivery technologies, and the major challenges currently facing the industry.
Designed as a practical resource for engineers and system designers, the guide begins with a market overview that analyzes power consumption patterns and technology trends across power distribution lines. It then addresses key market challenges by examining essential considerations in power-line design and demonstrating how evolving power placement architectures can help stabilize power and reduce losses.
To support these next-generation architectures, Murata offers a comprehensive portfolio of components suited to advanced power delivery requirements, including multilayer ceramic capacitors (MLCCs), silicon capacitors, polymer aluminum electrolytic capacitors, inductors, chip ferrite beads, and thermistors. In addition, the company provides in-depth design support at the development stage, leveraging advanced analysis technologies to optimize component selection and placement. Supported by a strong global supply and support network, Murata continues to help data center operators overcome power-related challenges and improve system performance.
To download the technical guide, please follow this link:
Optimizing Power Delivery Networks for AI Servers in Next-Generation Data Centers
