Latest Blog
Jellyfin Data Paths Explained: What Must Persist and What Can Be Rebuilt
Jellyfin becomes easier to upgrade and recover when durable server state, rebuildable cache, temporary transcodes, and authoritative media have separate roles.
How Jellyfin Turns Client Limits Into a Transcoding Pipeline
Client support determines which media stages Jellyfin must change, so the same file can create very different server workloads across devices.
Why HDR + Subtitles Increase Jellyfin First-Frame Delay
Diagnose HDR-and-subtitle delay as a startup pipeline problem by separating time-to-first-frame from sustained playback capacity.
Why HDR and Subtitle Burn-In Raise Jellyfin iGPU Load
Explain the added decode, tone-mapping, subtitle-composition, and encode stages that make HDR plus burn-in a heavier iGPU workload.
How Does Backup Frequency Affect Plex Recovery Point Quality?
Choose Plex backup frequency from recovery-point needs, late-failure discovery, capture consistency, and tested restores rather than an arbitrary copy count.
What Is a Safe Plex Upgrade Boundary, and Why Does It Matter?
Keep Plex upgrades reversible by separating runtime, state, acceleration, rollback data, and end-to-end validation into explicit change boundaries.
How Does Plex Discover and Reconcile Changes Across Devices?
Understand Plex device reconciliation by separating authoritative server state, client cache, account identity, and the network path each device uses.
What Causes Plex to Retain More Temporary Data Than Expected?
Separate reclaimable Plex cache, transcode files, logs, and long-lived generated data so cleanup does not remove state that is expensive to rebuild.
