Compiler-based LPP™ blocks
Blocks and collateral for teams exploring power reduction inside existing SoC and ASIC development flows.
- Memory compilers
- eFPGA compilers
- Ultra-low-power GPIO drivers
Low Power Processing™
Reduce switching power without reducing performance.
A cleaner public website concept for Power Down Semiconductor: explain LPP™ quickly, separate products from services, and route engineers, investors, partners, and press without the old gatekeeping intro.
90%+
dynamic switching power reduction described in company materials
90%+
dynamic switching power reduction target in company materials
65 nm and 180 nm
silicon demonstrations described in PDS materials
No foundry change
designed for standard CMOS process flows
Products
Three clear ways to evaluate PDS
The site should make the buying path obvious. A visitor can evaluate finished IC products, license IP blocks, or ask for engineering help integrating LPP™ into an existing chip plan.
Application-focused chips
LPP™-enabled chips for markets where energy, heat, and battery life drive product decisions.
- IoT medical
- IoT wearables
- Mobile devices
Feasibility to validated handoff
Engineering support for teams that want to test LPP™ against a real architecture before committing to a product or license.
- Discovery and fit analysis
- Integration planning
- Validation collateral
Applications
Where power becomes the blocker
PDS is most interesting where energy loss turns into heat, shorter battery life, larger power budgets, or a product that cannot fit the desired performance envelope.
Energy harvesting IoT
Implantables
Smart meters
Wearables
Mobile devices
Data center and AI roadmap
Technology
What LPP™ changes
Conventional CMOS switching repeatedly charges and discharges capacitance, turning useful energy into heat. LPP™ is described by Power Down as energy recycling with resonant switching, designed to reduce dynamic switching loss without reducing clock frequency.
Charge capacitance, discharge to ground, lose energy as heat.
Recycle switching energy and use resonance to reduce loss.
Design services
A practical engagement path
Discovery
Identify switching hotspots, product constraints, and whether LPP™ is a credible fit.
Integration
Map the target block, flow, and collateral needed to evaluate power and performance.
Validation
Compare results against product KPIs and prepare the technical next step.
Delivery
Hand off the recommendation, documentation, and routing for license or product work.
Resources
Technical material without the maze
The paid version can connect these to real PDFs, forms, and approved data-room assets. For the demo, they show how the site should guide serious visitors.
About
Silicon-proven low-power work, presented plainly.
Power Down Semiconductor is positioned around Low Power Processing™: a charge-recycling, resonant-switching approach for reducing dynamic switching power in modern chips and IP flows. The new site should make that thesis easy to understand, then give experts the route to verify it with Dave and the engineering team.
Interactive layer
Chip is one area of the PDS site, not the whole site.
Chip belongs inside the redesigned PDS site as the guided assistant: plain-language answers, source links, lead capture, content drafts, and handoff to Dave or Bankable when a conversation becomes real.
Open Chip micrositeChip · online
What is LPP™ in plain English?
Next step