Latest Blog
Hardware Acceleration vs CPU Transcoding for the Same 4K Stream
Hardware acceleration is the default for live 4K when the full path is supported; CPU transcoding remains the fallback for unsupported stages and offline work.
Direct Play vs Direct Stream vs Transcoding: Which Path Uses Server Resources?
Direct Play is lightest, Direct Stream mainly repackages compatible video, and transcoding rebuilds video when compatibility or delivery limits demand it.
AV1 vs HEVC for a Mixed-Device Home Library
HEVC is safer for uneven device fleets; AV1 wins after important clients can decode it without turning storage savings into constant server transcodes.
Integrated Graphics vs Discrete GPU for Concurrent Media Transcodes
Use the iGPU when its media engine clears real concurrent load; add a discrete GPU only for missing codec support, saturation, or cleaner device ownership.
Client Compatibility vs Transcoding Power: Which Prevents Buffering First?
Fix incompatible clients when they create avoidable transcodes; add server power when conversion is unavoidable at scale, after ruling out network limits.
Dedicated Media Server vs General Home Server Under Concurrent Loads
Consolidate while peak media and app loads fit shared headroom; dedicate the media role when contention or independent maintenance becomes recurring.
SMB Share vs Local Mount for a Mini-PC Media Server
Use local storage for one-box simplicity; use SMB when the media library should outlive the mini-PC, serve other systems, or recover independently.
Single Switch vs Dedicated Storage Network for a Multi-Host Lab
Stay on one capable switch until recurring storage traffic or failure isolation creates a measurable reason to operate a second physical fabric.
