Data center & enterprise computing

With power demands increasing to support AI workloads, 800V and +/-400V DC adoption is imminent. Our portfolio is well-positioned to address this demand. Our high-voltage GaN power stages, digital controllers, isolated gate drivers and digital isolators enable high efficiency and high power density AC/DC conversion.

For energy storage, our battery monitors, protectors and gauges can be leveraged to ensure safe and reliable operation of battery and capacitive backup units. To support rack-level DC distribution, protection, and conversion, our hot swap controllers, high- and medium-voltage GaN power stages and MCUs with built-in AI accelerators provide fast fault protection and efficient DC/DC conversion for critical workloads.

Higher-density data centers require higher power consumption for each compute and accelerator tray. Power your system-on-a-chip processors with our multiphase products, enabling more power in less board space for optimal computing power. 

Our family of monolithic power-stage devices comes in thermal enhanced packaging, while our scalable controllers offer fast load-transient response, advanced telemetry and protection features. Combined, you have a complete power solution to achieve unparalleled performance in data centers.

The demand for data center power and reliability is exponentially increasing given rapid advancements in artificial intelligence and cloud computing.

Our highly integrated eFuses, hot-swap controllers, load switches and ORing controllers support data center power systems with high power density, adjustable current, voltage and overtemperature protections, and advanced telemetry that are capable of handling increased power levels while ensuring reliability.

Our step-down converters increase efficiency, improve load-transient performance, and reduce external component count in rack server CPU and hardware accelerator computing power systems.

To improve computing system reliability and protection, many of our point-of load solutions are available with the PMBus serial interface to configure the power supply's operation and to monitor voltage, current and temperature in real time. Our process technology, advanced packaging and novel control-mode architectures help you maximize your available board space, meet efficiency targets, and address tight voltage requirements with fewer external components.

Elevate data center performance and reliability with our bulk acoustic wave (BAW)-based Peripheral Component Interconnect Express (PCIe), USB and Ethernet clocking solutions. Ensure precise synchronization, minimize interference, and optimize signal integrity.

Our BAW-based products include referenceless clock generators for clocking server management processors and field-programmable gate arrays in server motherboards; oscillators for 56Gbps and 112Gbps Ethernet and PCIe Gen 6 for smart network interface cards (smartNIC) and hardware accelerators; and HCSL clock fanout buffers with ultra-low jitter performance suitable for multiple PCIe Gen 1-6 applications.

Our gallium nitride (GaN) power stages can help you achieve high efficiency and high density in your server power designs, and when leveraged to scale support high-voltage DC architectures. An integrated driver reduces circuit parasitics, which can help shrink design footprints.

With integrated overcurrent and overtemperature protection features, our power stages enable power-supply units, battery backup units and intermediate bus converter subsystems to achieve Modular Hardware System-Common Redundant Power Supply and Open Compute Project Open Rack v3 specifications.