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Ezserver is a next-generation VOD and IPTV streaming platform with native HTTP/3 and QUIC video delivery for movies and series. Built entirely in native C/C++, Ezserver uses HTTP/3 with QUIC over UDP instead of traditional TCP to provide faster connection establishment, lower transport latency, and more efficient video delivery.
By replacing the traditional TCP-based transport with QUIC over UDP, HTTP/3 is designed to reduce transport overhead and use network resources more efficiently. This can help reduce unnecessary network bandwidth usage, improve streaming responsiveness, and lower network infrastructure costs , while providing faster startup and smoother playback for movies and series.
Ezserver supports both video-on-demand (VOD) and IPTV streaming, providing one platform for movies, series, live channels, catch-up TV, and large-scale media services.
Ezserver now supports HTTP/3 and QUIC-based VOD delivery for movies and series. This modern transport architecture is designed for fast connection establishment, efficient video delivery, and responsive VOD playback over modern networks.
HTTP/3 VOD operates alongside Ezserver's established HLS and HTTP-based IPTV delivery , allowing the platform to support both modern web video delivery and traditional IPTV/OTT streaming environments.
Ezserver provides modern HTTP/3 and QUIC-based VOD delivery for movies and series. The HTTP/3 streaming engine is designed for fast video response, efficient transport, and responsive browser playback while maintaining compatibility with established HTTP-based video delivery.
Ezserver is suitable for movies, training videos, corporate content, product videos, promotional content, digital signage, and private video libraries .
Ezserver can deliver VOD content directly from your own infrastructure without requiring Apache, Nginx, PHP, Java, or SQL for its core streaming functions.
Ezserver provides a unified platform for IPTV and VOD streaming , supporting live channels, movies, series, catch-up TV, and large-scale media distribution.
Current delivery technologies include HTTP/3 + QUIC, HTTP MPEG-TS, and HLS , providing broad compatibility with IPTV, OTT, web, Smart TV, and application-based environments.
Cloud and multi-server architectures allow Ezserver to operate across multiple servers and locations, supporting IPTV operators, OTT platforms, VOD services, hospitality, retail networks, transportation, digital signage, and large viewer populations .
Ezserver is designed around a lightweight native streaming engine with a strong focus on efficient resource usage, predictable operation, scalable deployment, and long-running production workloads .
The platform supports established IPTV technologies including HTTP MPEG-TS, HLS, RTMP ingestion, DVB capture, transcoding, EPG, catch-up TV, and REST/JSON APIs , while HTTP/3 + QUIC adds modern VOD delivery for movies and series.
Ezserver combines modern HTTP/3 VOD delivery with established IPTV and VOD functionality for production deployment.
✓ Native C/C++ streaming engine
✓ HTTP/3 + QUIC VOD for movies and series
✓ Modern HTTP/3 video delivery
✓ IPTV live channel streaming
✓ VOD movies and series streaming
✓ HTTP MPEG-TS streaming
✓ HLS streaming
✓ RTMP ingestion
✓ DVB tuner capture
✓ CPU / GPU transcoding
✓ EPG and Catch-up TV
✓ REST + JSON API integration
✓ Multi-node load balancing
✓ Horizontal server deployment
✓ High-concurrency streaming architecture
✓ Designed for 24/7 operation
✓ Linux and Microsoft Windows support
Ezserver is implemented as a native C/C++ application with an integrated streaming architecture. For VOD delivery, Ezserver supports HTTP/3 over QUIC for movies and series, while established HLS and HTTP-based technologies remain available for IPTV and broad compatibility.
Ezserver operates without requiring Apache, Nginx, PHP, Java, or SQL database systems for its core streaming functions. This lightweight architecture reduces system complexity and provides an efficient foundation for IPTV and VOD deployment.
Cross-Platform Support
Ezserver runs natively on both
Linux and
Microsoft Windows,
providing flexible deployment options for
different streaming environments.
✓ Native C/C++ VOD and IPTV architecture
✓ HTTP/3 + QUIC VOD for movies and series
✓ Fast HTTP/3 video delivery
✓ Efficient media delivery
✓ High-concurrency streaming architecture
✓ Multi-node load balancing
✓ Horizontal scaling architecture
✓ VOD movies and series streaming
✓ IPTV live channel streaming
✓ Catch-up TV and time-shift services
✓ Cloud and multi-server deployment
✓ Fast video delivery and channel switching
✓ Designed for 24/7 IPTV and VOD services
✓ RTMP + DVB ingestion
✓ CPU / GPU transcoding
✓ EPG + Catch-up TV
✓ REST + JSON API integration
✓ Suitable for IPTV operators, VOD platforms,
hospitality, retail, transportation,
and digital signage
Ezserver provides HTTP/3 and QUIC-based VOD delivery for movies and series, alongside established HTTP streaming technologies.
| Technology | Transport | Browser Playback | VOD | Typical Use |
|---|---|---|---|---|
| Ezserver HTTP/3 | HTTP/3 + QUIC | Yes | Yes | Modern VOD |
| HLS | HTTP | Yes | Yes | Broad Compatibility |
| HTTP MPEG-TS | HTTP | Via compatible players | Limited | IPTV |
Modern HTTP/3 VOD Delivery
Ezserver combines HTTP/3 + QUIC VOD delivery
with established HTTP streaming technologies
for different IPTV, OTT, and web video environments.
Established IPTV delivery technologies supported by Ezserver for production deployments.
| Technology | Browser Playback | Latency | Storage | CPU Usage | Memory Usage | Stability | Scalability |
|---|---|---|---|---|---|---|---|
| HTTP MPEG-TS | Via compatible players | Low | Very Low | Low | Low | Stable | Medium |
| HLS | Yes | Standard | Medium | Medium | Medium | Stable | High |
| RTMP | Via compatible players | Low | Very Low | Low–Medium | Medium | Stable | Medium |
Production-Focused IPTV
Ezserver combines established IPTV delivery
technologies with modern HTTP/3 VOD streaming.
| Component | Size | Description |
|---|---|---|
| Ezserver Core Image | 5.47 MB | C/C++ streaming engine binary |
| Channel Definition (10,000 channels) | 2.45 MB | IPTV channel metadata and stream mapping |
| User Profiles (20,000 users) | 35.80 MB | Authentication, subscription, device mapping data |
| Movie Definition (10,000 movies) | 5.80 MB | On-demand content metadata library |
| Series Definition (1,000 series) | 1.20 MB | Series and episode indexing structure |