AI accelerator cards
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Full power solution for AI accelerator card applications
Infineon's voltage regulation solutions for AI accelerator cards provide benefits such as exceptional power conversion efficiency, fast transient response, accurate telemetry reporting, and industry-leading power performance. These advantages contribute to enhanced system performance, energy efficiency, cost savings, and optimal utilization of resources, even under complex AI workloads.
Benefits:
- Highest power conversion efficiency
- Superior transient performance
- Most accurate telemetry reporting
- Lower capacitor count with TLVR
- Long-term reliability
- Space saving
- Industry-best power performance
The AI accelerator card is a hardware component designed to accelerate complex AI workloads and deliver computational performance at exceptional speed and efficiency. At Infineon, we provide a full-power solution for AI accelerator card applications. We combine 48 V power distribution solutions with best-in-class common footprint XDP™ digital multiphase controllers and OptiMOS™ power stages in the trans-inductor voltage regulator (TLVR) topologies to provide industry-leading power performance to high-current SoCs or AI chips by reducing output capacitance, cost, and saving PCB space.
Explore 48 V power distribution offering
Infineon offers trans-inductor voltage regulator (TLVR) solutions for high-performance systems with our XDP™ digital power controllers and OptiMOS™ power stages. The TLVR topology utilizes an electrically coupled inductor concept that delivers high-speed transient response even at lower switching frequencies. Infineon’s TLVR solution offers an instant response to dynamic load changes with minimal output capacitance, which reduces the overall solution size and bill of materials (BOM) cost significantly when compared to traditional non-coupled, inductor-based designs. Operating the voltage regulator (VR) at lower switching frequencies also significantly boosts overall power conversion efficiency and reduces the total cost of ownership (TCO). Overall, the TLVR configuration enables efficient, high-density, and cost-effective power management solutions for high-performance systems.
The power delivery network (PDN) plays a critical role in meeting the deviation specification in applications requiring multiphase buck converters with high di/dt load steps while having stringent output voltage deviation specifications. Rather than physically moving the multiphase VR close to the load, TLVR is an alternative method that employs transformers with a 1:1 turn ratio in place of the traditional power inductors. There are various advantages of such an architecture and almost no downsides. Download the application note or watch our summary video to find out how the Infineon TLVR solution mitigates the shortcomings of the PDN in multiphase VR applications and the advantages it brings to a multiphase VR application requiring currents of 200 A to 1000 A with high-dynamic content.
