Latest Blog
Can Plex Run Well on an Always-On Low-Power Home Server?
Low-power Plex works when codec compatibility and acceleration keep peak compute within the host’s thermal, I/O, and network margins.
How CPU Architecture Changes Plex Compatibility and Acceleration
Choose a Plex CPU platform by software support, hardware video blocks, drivers, codec coverage, and expected transcodes rather than architecture name alone.
Plex Configuration vs Cache vs User Data: What Actually Needs to Persist?
Protect Plex database, metadata, preferences, and identity-related state. Keep temporary transcode and rebuildable cache in a separate recovery class.
How Plex Turns User Actions Into Background Work
Map a Plex action to its background scan, metadata, transcode, and database work so delayed CPU or disk activity is easier to explain.
What Causes Bursty Disk I/O on a Plex Server?
Separate Plex app-data work from media reads, then correlate bursts with scans, writeback, and competing services before changing storage.
Can a Local AI Server Give You a Prediction Market Edge? Build the Research Stack
Build an always-on local AI workflow that collects fresh market data, stores research, runs RAG and local models, and tracks how evidence changes over time.
Why Plex May Re-Analyze Media After a Server Upgrade
Plex may re-analyze media after an upgrade. Separate finite maintenance work from repeated scans, path issues, or database faults.
What Actually Sets the Plex Performance Ceiling?
A dependency model for Plex performance that helps you identify the first saturated stage instead of upgrading every component at once.
