Tile synchronized cameras into one frame
Studio aligns the source cameras, lays them out as a 2×2 or higher-resolution composite, and renders one conventional video asset.
Product and technology
They are already in the frame. POVPlayer turns synchronized cameras into one conventional video asset, then turns angle switching into local rendering.
4 synchronized panels
Standard video pipeline
No network request
Architecture
Studio aligns the source cameras, lays them out as a 2×2 or higher-resolution composite, and renders one conventional video asset.
The browser receives and decodes one stream through standard video infrastructure. Every camera is present in every decoded frame.
The player draws the active panel to a canvas. Switching angles changes source coordinates. It does not request another stream.
The honest comparison
Because the viewer pays for that architecture every time they switch, preview or scrub.
| Concern | POVPlayer composite | Conventional multi-stream |
|---|---|---|
| Angle switch | Move a crop rectangle | Request or activate another stream |
| Buffer on switch | None | Possible on every switch |
| Live previews | Already decoded | N× preview bandwidth |
| Synchronization | Baked into the asset | Continuous runtime concern |
| Delivery objects | One | One per angle |
| Signed URLs | One | One per angle |
| CDN cost profile | One stream | Multiplied by active angles/previews |
Studio pipeline
Prepare the asset before delivery so the browser never has to reconcile drifting streams.
Upload independent camera files in the browser.
Audio fingerprints align every source to a shared timeline.
Choose the camera audio, scene boundaries and title metadata.
Produce the composite stream and precomputed thumbnail filmstrip.
Embed the player or integrate a plugin into your existing stack.
Standalone JavaScript, player-library plugins, self-hosted delivery and your existing DRM.