Low-latency live
RAM cache + micro-segmented cache + HLS/DASH/low-latency protocols cut first-frame and rebuffering.
Industry · Media & Streaming
Media, Live and On-Demand Delivery
Low-latency, high-concurrency, spike-resistant edge delivery for live, VOD, short video and news — with chunked caching, rate limiting and hotlink protection.- -38% First-frame wait
- Millions Concurrent viewers
- 99.9% Live uptime
Pain points
Typical media pain points
• First-frame and rebuffering directly hit watch retention, uneven across networks and regions.
• Media assets are easy targets for hotlinking, scraping and unauthorized redistribution.
• Sudden viral peaks make bandwidth cost hard to predict.
IXCDN
How IXCDN solves it
High-concurrency VOD
VOD and short video via edge cache and origin optimization support millions of concurrent viewers.
Rights & hotlink protection
Secure Token, Referer checks and IP/region access control stop hotlinking and scraping.
Bandwidth throttling
Per-user, member, IP and time-window rate limits on download and bitrate control burst cost.
HTTP/3 & Brotli
Modern protocols and compression cut latency and size for better mobile viewing.
Benefits
Outcomes
Less rebuffering
Edge cache and low-latency protocols improve first-frame and smoothness, raising watch time.
Concurrency at scale
Millions of concurrent viewers, stable through premieres and campaigns.
Controlled cost
Throttling and hotlink protection cut unauthorized traffic and wasted bandwidth.
IXCDN