RamRatio 제작자: RatioWorks

RamRatio is a lightweight Firefox memory optimizer designed to reduce resource usage when many tabs are open, while keeping important tabs available and protecting active browsing workflows.
Instead of simply suspending tabs on a fixed timer, RamRatio uses adaptive optimization to decide which inactive tabs are safest to unload and when they should remain untouched.
Core features
- Adaptive tab suspension for inactive tabs
- Predictive cleanup ranking for safer optimization decisions
- Session and workspace intelligence
- Active Firefox tab-group protection
- Per-window pressure awareness
- Sleeping-tab manager with individual and bulk wake controls
- Undo Last Cleanup
- Protected-site rules
- Adaptive per-site learning
- Outcome self-tuning based on quick tab reopens
- Mobile and Tablet optimization profiles
- Energy-aware scheduling
- Automatic pressure cleanup when large numbers of tabs remain loaded
- Clear explanations for why tabs are selected for optimization
Designed to avoid disruption
RamRatio protects active, pinned, audible, highlighted, loading, attention-requesting, browser-protected, and recently used tabs before optimization is considered.
Active workspaces and tab groups can also receive temporary protection so tabs related to your current task remain available while you work.
RamRatio's adaptive tuning is intentionally conservative. If recently suspended tabs are repeatedly reopened, RamRatio can increase their effective idle time. It never reduces your configured timeout to become more aggressive.
Privacy
RamRatio operates locally inside Firefox.
It does not send your browsing history, page contents, adaptive-learning information, tab activity, or optimization analytics to external servers.
Performance
RamRatio uses an indexed tab-state cache and event-driven architecture to minimize expensive full-browser tab scans. Optimization state is updated incrementally as Firefox tab events occur.
RamRatio is designed for users who regularly keep many tabs open and want Firefox to use fewer resources without manually closing their working session.