LSC0580

Power Converter for Vertical Point-of-Load Power Delivery

Product Details

Description
Features
Parameters
The LSC0580 is a fully integrated Power-System-in-Package designed for high-current power applications. It features Lotus Microsystems’ proprietary architecture. The device comes in a thin package integrating all passive components needed for operation.

With its high current capability and targeted output voltage range of 0.5 V to 1.2 V, the LSC0580 is ideally suited for vertical power delivery applications, including AI and ML accelerators. The package height also makes the device well suited for a new generation of compact, high power density power supplies designed for vertical power delivery networks (PDNs).

The LSC0580 integrates several protection features, including under-voltage lockout for auxiliary power supplies, over-temperature protection, and short-circuit protection.

Technical Documents

LTG Family Datasheet

Product Brief

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Applications

AI Accelerator and xPU module
AI Accelerators and xPU Modules
High-current, low-voltage power delivery for next-generation xPUs and custom AI accelerators operating at extreme power density.
Hyperscale data center compute tray
Hyperscale Data Center Compute Trays
Power solutions enabling higher rack density, improved energy efficiency, and reduced cooling overhead in hyperscale and cloud infrastructure.
HPC
HPC and Supercomputing Systems
Multi-kilowatt power delivery for tightly coupled compute clusters where efficiency and thermal headroom directly translate to performance.
Chiplet-based packages
Chiplet-Based and Heterogeneous Packages
Power delivery optimized for advanced multi-die and chiplet architectures requiring localized, high-bandwidth power at the package level.
Next-generation compute platforms
Custom and Next-Generation Compute Platforms
Purpose-built power platforms for emerging compute architectures and proprietary accelerators. Flexible, high-density power delivery supports rapid innovation across new system designs and evolving performance requirements.