Solutions
Power Electronics for Compute and Accelerator Systems
We provide board-level power architecture, component evaluation, high-current conversion design and validation planning for compute, FPGA and accelerator platforms.
Engineering challenge
- Accelerator and FPGA rails need a conversion architecture before layout.
- Controller and power-stage choices are evaluated against electrical fit, lifecycle and availability.
- Thermal and protection need to be planned with the power tree.
Typical applications
- Accelerator boards
- Board-level conversion, protection and telemetry for GPU or FPGA accelerators.
- Edge compute
- Power trees sized to compact outlines and mixed digital loads.
- Server-class carriers
- High-current point-of-load planning before dense layout.
- Industrial compute
- Conversion architecture with lifecycle-aware device selection.
Engineering capabilities
- System power-tree definition
- 48V and 12V distribution
- Multiphase point-of-load regulation
- High-current PCB layout
- Protection and telemetry
- Thermal and validation planning
- Device evaluation across TI, ADI, MPS, Infineon and Renesas families
Interfaces
- 48V / 12V distribution
- Multiphase POL
- Telemetry and protection
Component selection is based on electrical performance, lifecycle, availability, cost and project requirements.
Engineering deliverables
- Power architecture and rail list
- Device evaluation notes
- Board-level design when contracted
- Validation plan for the agreed tests
Development & validation
- 01 Architecture and risk review
- 02 Controller / power-stage shortlist
- 03 Implementation on the agreed board class
- 04 Bring-up against the written tests
Current engineering scope
Current work covers power-tree definition, 48 V and 12 V distribution, multiphase point-of-load regulation, high-current layout, protection, telemetry and validation planning.
Component selection is based on electrical performance, lifecycle, availability, cost and project requirements.
Technology roadmap
High-voltage isolated intermediate-bus conversion is included in our longer-term architecture and development roadmap.
Bring Us Your Engineering Challenge
Share your application, key interfaces, performance targets and development schedule. We will review the technical scope and propose a practical starting point.