Professional DVB to IP Gateway Solutions

BLANKOM DVB to IP Gateway solutions convert traditional broadcast signals—DVB-S/S2, DVB-T/T2, and DVB-C—into high-quality IP multicast or unicast streams for IPTV, OTT, and headend applications. These devices are designed for operators, system integrators, hotels, campuses, and professional broadcast environments that require stable, low-latency IP distribution.

With our BLANKOM DVB to IP gateway products, you can seamlessly ingest satellite, terrestrial, or cable TV signals and deliver them over IP networks using UDP, RTP, or HTTP transport protocols. The gateways support MPTS and SPTS output, advanced PID filtering, re-multiplexing, service management, and reliable 24/7 operation.

Whether you are building a new headend or upgrading an existing IPTV infrastructure, our DVB to IP converters offer scalable, cost-effective, and robust solutions for modern digital TV distribution.

All BLANKOM products are designed and manufactured for demanding operational conditions, featuring extended service life and high reliability. All units undergo comprehensive testing. Worldwide technical support is available from Germany, offering an excellent price/performance ratio.

What Is a DVB to IP Gateway?

A DVB to IP Gateway is a device or system that converts Digital Video Broadcasting (DVB) signals into Internet Protocol (IP) streams, enabling the transmission of television and multimedia content over IP-based networks. It serves as a bridge between traditional broadcast infrastructures and modern digital networks.

Function

The primary function of a DVB to IP Gateway is to:

1. Receive DVB signals: These signals can come from various sources, such as DVB-S/S2 (satellite), DVB-T/T2 (terrestrial), or DVB-C (cable).
2. Demodulate and process the signals: The gateway extracts content such as TV channels, radio, or other data streams.
3. Encapsulate the content into IP packets: This conversion allows the content to be distributed over IP-based networks such as LANs, WANs, or the Internet.

Who Uses It?

1. Broadcasting Companies: To distribute content over IP networks instead of traditional DVB infrastructure.
2. Internet Service Providers (ISPs): For delivering IPTV services to subscribers.
3. Enterprises and Organizations: For internal media distribution, such as live event streaming or digital signage.
4. Hospitality Industry: Hotels, cruise ships, and resorts use it to offer in-room IPTV services.
5. Educational Institutions: To provide campus-wide TV and multimedia streaming services.

Application Areas

1. IPTV (Internet Protocol Television): Enables streaming live TV and on-demand content over the internet.
2. Content Distribution Networks (CDNs): Distributes TV and multimedia content efficiently over vast geographic areas.
3. Corporate Networks: Internal media distribution for announcements, training, or live events.
4. Hospitality and Healthcare: Provides entertainment services to guests or patients.
5. Remote Education: Streams educational channels or multimedia to remote locations.
6. Transport and Mobility: Offers live TV or multimedia content on planes, trains, and buses.

Benefits

1. Flexible Integration: Combines traditional DVB infrastructure with modern IP networks, reducing dependency on coaxial cables or satellite dishes.
2. Scalability: Enables the easy addition of new channels or services without extensive hardware changes.
3. Cost-Efficiency: Reduces costs by leveraging existing IP infrastructure.
4. High-Quality Transmission: Supports HD and 4K video content with minimal latency.
5. Content Customization: Allows for targeted content delivery, including regional or audience-specific programming.
6. Remote Accessibility: Content can be streamed to devices anywhere with an internet connection.
7. Future-Proofing: Supports migration to all-IP systems, ensuring compatibility with emerging technologies like OTT (Over-The-Top) services.

In summary, a DVB to IP Gateway plays a critical role in bridging traditional broadcasting with modern IP-based content delivery, providing flexibility, efficiency, and scalability for a wide range of applications.