TL;DR: How does live video travel from a stadium camera to 3 billion screens worldwide in under a second? This technical deep-dive maps the complete end-to-end architecture ā from camera ingest and cloud processing to global CDN delivery and multi-device playback ā explaining each stage and how Tencent Cloud CSS optimizes every link in the chain.
š Build Your Sports Architecture: Tencent Cloud CSS | Get Started ā
šļø Stadium ā š” Ingest ā āļø Processing ā š CDN ā š± Viewers
Camera SRT/RTMP Transcode 3,200+ iOS/Android
Encoder Redundant DRM Encrypt Nodes Web/TV
Mixer Multi-path AI Enhance Edge Mini Programs
Record Cache
Moderate
Multiple cameras ā production switcher ā broadcast encoder ā SRT/RTMP push to cloud
Redundant ingest points in multiple regions. Automatic failover if primary path fails.
Multi-bitrate transcoding, intelligent transcoding (50% savings), DRM encryption, AI subtitle generation, content moderation, recording to VOD.
3,200+ edge nodes serve content from the closest point to each viewer. Adaptive bitrate ensures optimal quality per connection.
Multi-protocol delivery: WebRTC (< 800ms) for interactive viewers, HLS for mass audience, FLV for standard viewing. All from a single source stream.
| Package | Spec | Original Price | Sale Price | Best For |
|---|---|---|---|---|
| Starter | 100 GB | $2.33 | Architecture testing | |
| Basic | 10 TB | $210.45 | Small broadcaster | |
| Pro | 200 TB | $3,179.11 | Regional broadcaster | |
| Enterprise | 1 PB | $14,776.12 | Global broadcaster |
š Design Your Architecture | š Get Pricing
Keywords: sports streaming architecture, end to end live streaming system, broadcast to cloud workflow, live streaming pipeline