Low-latency live
RAM cache, micro-segmented cache and HLS/DASH/low-latency protocols reduce first-frame time and rebuffering.
Industry · Media and Streaming
Media, Live and On-Demand Delivery
RAM cache, chunked caching and Secure Token hotlink protection for live, VOD and short video.- -38% First-frame wait
- Millions Concurrent viewers
- 99.9% Live uptime
Pain points
Common media problems
• First-frame time and rebuffering affect retention, with uneven experience across networks and regions.
• Media assets are easy to hotlink, scrape and redistribute without authorization.
• Viral peaks make bandwidth cost hard to forecast.
IXCDN
How IXCDN handles it
High-concurrency VOD
VOD and short video use edge cache and origin optimization to support millions of concurrent viewers.
Rights and hotlink protection
Secure Token, Referer checks and IP/region access control stop hotlinking and scraping.
Bandwidth throttling
Download and bitrate limits by user, member, IP and time window control burst cost.
HTTP/3 and Brotli
Modern protocols and compression cut latency and bytes for mobile viewing.
Benefits
Outcomes
Faster first frame
Edge RAM cache with HLS/DASH/HESP shortens start time and raises watch time.
Millions concurrent
Edge cache and origin optimization carry high concurrency through premieres and events.
Controlled rights
Secure Token, Referer checks and rate limits reduce hotlinking and bandwidth abuse.
IXCDN