Energy Efficient Computing TRIZ Cases

A logical PHY adapter standardizes initialization, power, and link-training handshakes to cut latency and power in multi-protocol die-to-die links.

Bus activity vectors let a host controller distinguish handshaking from data transfer, cutting memory power and heat without losing communication.

When Windows Protected Print Mode blocks vendor printer drivers, the installer detects WPP status and guides users before setup fails.

A monitor-terminal reset circuit removes the external reset IC, cutting parts, board area, and cost in image forming equipment.

Dynamic way partitioning assigns primary and shared cache ways by buffer priority, cutting memory trips, latency, and power use.

A job-count-aware control switches between one-touch execution and a selection screen to prevent unintended print job output.

Power use guidance is shown even on printers without meters by estimating consumption from operating states and measured data when available.

State-based filtering skips unnecessary image forming history analysis and storage, reducing energy use and server space for maintenance alerts.

A controller checks port state and use history to identify unused open ports, report them, and reduce unauthorized access risk.

A split-screen layout shows consumables, environmental burden, and job status together so users can act without switching screens.

HfN doping with over 20% lattice mismatch lowers PCM RESET power while preserving phase stability, SET speed, and resistance drift control.

Separate USB control and data endpoints keep status requests and print cancellation working even when retained print data blocks normal transfers.