Diversity Dual RF input DVB-T2 decoder receiver with IP Ethernet UDP and ASI video output

Feature

1. Support diversity two RF antenna input
2. Support RJ45 Ethernet UDP Video stream output
3. Support VLC player UDP stream play
4. Support ASI video output (we also offer you the ASI input DVB-T2 transmitter if you need)
5. Support configuration menu board to modify the parameter
   1. RF receivering frequency
   2. Bandwidth
6. Designed for standard DVB-T2 digital tv broadcasting.
7. Can get TS (Video Transport Stream file)
8. Create your local video broadcasting.

Input Output

Configuration Menu Board

Accessory

Weight

Video

How to set UDP

If you don’t modify the default setting, then you need to modify your computer ip address to 192.168.1.110.

VLC player net stream address should be udp://@:6001

On the screen, if you see U, that current DVB-T2 receiver board does not get the signal, maybe you need check the frequency. L means lock the signal.

Relative

1. DVB-T receiver with ASI Broadcast-level professional equipment

2. EW300 dual tuner demodulation module technical description

This device is a professional-grade broadcast receiver designed for robust digital television signal reception and distribution. Here’s a breakdown of its key features and purpose:

1. DVB-T2 Decoder Receiver:

   • DVB-T2: The latest and most advanced standard for terrestrial (over-the-air) digital television broadcasting. It offers significantly higher data capacity and better resilience to interference compared to older DVB-T.

   • Decoder/Receiver: It tunes into DVB-T2 signals transmitted over the air, demodulates them, and decodes the digital streams (video, audio, data) contained within the multiplex.

2. Diversity Dual RF Input:

   • Dual RF Input: Has two separate coaxial antenna input connectors.

   • Diversity: This is the crucial feature. Instead of just switching to the “better” antenna, true diversity receivers combine the signals from both antennas intelligently:

     • Maximal Ratio Combining (MRC): The most sophisticated method. The receiver continuously analyzes the signal quality (e.g., signal strength, Signal-to-Noise Ratio – SNR) and phase from both antennas. It then weights and combines the signals mathematically to maximize the overall SNR and minimize errors (BER – Bit Error Rate). This provides the most robust reception, especially in challenging conditions like multipath interference or mobile reception.

   • Purpose: Dramatically improves reception reliability, especially in areas prone to signal reflections (multipath), interference, or when the receiver is moving (e.g., in a broadcast truck).

3. Outputs:

   • IP Ethernet UDP: Provides the decoded TV channels as digital streams over an Ethernet network.

     • IP (Internet Protocol): The fundamental protocol for network communication.

     • Ethernet: The physical and data link layer standard for wired networking.

     • UDP (User Datagram Protocol): A transport protocol often used for live video/audio streaming because it’s fast and connectionless. It typically sends streams as Multicast UDP packets, allowing multiple devices on the network to efficiently receive the same stream simultaneously. This is ideal for distributing channels within a facility (headend, studio, campus).

   • ASI (Asynchronous Serial Interface) Video Output:

     • A very common, robust, and simple professional broadcast video transport standard.

     • Uses a coaxial cable (typically 75-ohm BNC connector).

     • Carries a single MPEG Transport Stream (TS) containing one or more TV channels/programs.

     • Purpose: Directly feeds into traditional broadcast equipment like encoders, multiplexers (muxes), modulators, or playout servers that expect an ASI input. Essential for integration into existing broadcast infrastructure.

What It Does & Why It’s Used:

This device is built for mission-critical reception and distribution of DVB-T2 signals:

1. Superior Reception: The Dual RF Diversity (MRC) ensures the most stable and error-free reception possible, even in difficult signal environments or on moving platforms.

2. Flexible Outputs:

   • IP/UDP Output: Enables distribution of channels over standard IP networks for modern IP-based workflows (IPTV headends, OTT contribution, monitoring systems, cloud processing, KVM extenders).

   • ASI Output: Provides compatibility with traditional broadcast SDI/HD-SDI infrastructure and equipment. Offers a simple, dedicated, and often lower-latency path.

3. Core Function: Receives terrestrial DVB-T2 broadcasts, decodes the transport stream, and makes the content available simultaneously via both modern IP networking and legacy professional video interfaces.

Typical Applications:

• Broadcast Headends: Receiving off-air signals for re-distribution via cable, satellite, or IPTV.

• Outside Broadcast (OB) Vans & SNG Trucks: Reliable mobile reception for live events.

• Contribution Links: Receiving feeds from remote locations transmitted via DVB-T2.

• Cable TV Operators: Receiving terrestrial channels for inclusion in their cable lineup.

• IP Migration: Facilities transitioning from ASI/SDI to IP can use both outputs during the transition.

• Monitoring & Measurement: Monitoring terrestrial broadcast quality at transmission sites or network operation centers.

• Corporate/Enterprise AV: Distributing broadcast TV within large buildings or campuses over the IP network.

In essence, it’s a high-performance, flexible bridge: It captures fragile over-the-air DVB-T2 signals with maximum reliability (diversity) and delivers the decoded content to modern IP-based systems and/or traditional broadcast infrastructure simultaneously. The “Diversity Dual RF Input” is key to its robustness, while the dual outputs (IP & ASI) ensure broad compatibility.**

Buyer demand details

I need it for DVB-T2 tuner receiving for get ts output. I need to create my local video broadcasting, send also my own data with tv by my own coding. I transmite dvb-t2, but the compressed video is my own standard, my operation frequency is uhf. Codding and decoding perform in my own board.

Based on your requirements, here’s a structured analysis and response confirming our product is an ideal fit:

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Analysis of Your Requirements:

1. Core Need:

   *”I need a DVB-T2 tuner receiver to get Transport Stream (TS) output.”*
   → Key: TS stream output is mandatory.

2. Application:

   “Create local video broadcasting + send my own data with TV.”
   → Key: Requires raw TS output to inject custom data/video.

3. Custom Workflow:

   • “I use my own coding/compressed video standard.”

   • “Coding/decoding performed on my own board.”
     → Key: You need raw, unprocessed TS output (not decoded video).

4. Technical Specs:

   • *”Transmit DVB-T2 in UHF frequency.”*

   • *”Only need DVB-T2 tuner receiver (no built-in decoding).”*

5. Urgency:

   “Do you have in stock with TS stream output?”
   → Key: Requires immediate availability.

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Our Product’s Matching Features:

Product:
Diversity Dual RF Input DVB-T2 Receiver with IP/UDP & ASI Output

How It Fits Your Needs:

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Direct Response to You:

“Thank you for your requirements! Our Diversity Dual RF Input DVB-T2 Receiver is designed exactly for your use case:

1. TS Outputs Supported:

• ASI Output: Delivers baseband MPEG-TS via BNC (standard in broadcast).

• IP/UDP Output: Streams TS over Ethernet for local networks (supports multicast).

2. Fully Compatible with Custom Workflows:

• Outputs raw, unmodified Transport Streams (TS) – ready for your proprietary encoding/processing.

• No internal decoding interferes with your custom video/data.

3. UHF DVB-T2 Ready:

• Tuner range: 470–862 MHz UHF (supports global DVB-T2 bands).

4. In Stock Today:

• Yes! Units with TS output (ASI + IP/UDP) are available for immediate shipment.

*This receiver is used by broadcast engineers for exactly your scenario: capturing OTA DVB-T2 signals, outputting clean TS streams, and integrating custom data/video for private broadcasting.*”

FAQ

Q1: Can I get the Transport Stream (TS) output through serial, TTL, or other interfaces instead of UDP?
No. The TS (Transport Stream) output of this DVB-T2 decoder is available only via the Ethernet port using UDP protocol. This model does not support TS output through serial (UART), TTL, or other low-speed interfaces.

Q2: Why is TS output not available through serial or TTL?
A DVB-T2 Transport Stream typically has a high data rate, often reaching tens of Mbps, depending on the broadcast configuration.

Serial (UART) or TTL interfaces are designed for low-speed data communication such as control commands or configuration. Their bandwidth is usually limited to:

• Standard UART: typically below 1 Mbps

• Even high-speed TTL serial: still far below the required TS bitrate

Because of these physical bandwidth limitations, serial or TTL interfaces are not suitable for transmitting a full real-time MPEG Transport Stream.

Ethernet, on the other hand, provides sufficient bandwidth and stable transmission performance, which is why TS output is supported via UDP over Ethernet.

Q3: Can this DVB-T2 decoder board be controlled via RS232?
Yes. This DVB-T2 decoder control board supports RS232 serial control. Users can send commands through the RS232 interface to configure and control the device.

Q4: Do you provide the RS232 control protocol documentation?
We do not provide a separate written RS232 protocol specification document. However, we can provide the C source code of our control panel software, which demonstrates how the board communicates via RS232. By reviewing the C source code, customers can understand:

• The serial communication structure
• Command format
• Control commands and response handling
• Initialization and configuration procedures

Q5: Do you provide technical support for RS232 software development?
We provide the C source code as a reference example.However, we do not provide additional technical support for:

• Custom RS232 protocol development
• Third-party software integration
• Application-layer software modification

Customers are expected to develop and integrate the RS232 control function into their own systems based on the provided reference code.

Q6: What is the purpose of the RS232 interface?
The RS232 interface is designed for:

• Device configuration
• Parameter adjustment
• Channel switching
• Status monitoring
• Remote system integration

It is not intended for high-speed data transmission such as Transport Stream (TS) output.

What is a Diversity Dual RF Input DVB-T2 Decoder Receiver?
It is a professional broadcast device designed to receive DVB-T2 signals using dual antenna inputs, ensuring reliable reception even in challenging environments.

How does dual RF input improve DVB-T2 reception?
Dual RF inputs use Maximal Ratio Combining (MRC) to intelligently combine signals from two antennas, reducing errors and enhancing signal quality.

What frequencies does this DVB-T2 receiver support?
The device supports UHF DVB-T2 frequencies ranging from 470 MHz to 862 MHz.

Can this receiver output raw Transport Stream (TS)?
Yes, it provides raw TS output via both ASI and IP/UDP interfaces, suitable for custom encoding and local broadcasting.

What is ASI video output used for?
ASI output delivers MPEG-TS over coaxial cable, allowing direct integration with professional broadcast equipment like modulators and playout servers.

How does the IP Ethernet UDP output work?
It streams decoded TS over Ethernet using UDP, supporting multicast and unicast for local network video distribution.

Can I play UDP streams with VLC Player?
Yes, VLC Player can play UDP streams using the format udp://@:6001.

Does this receiver support standard DVB-T2 broadcasting?
Yes, it is fully compatible with DVB-T2 terrestrial digital TV broadcasting standards.

Can I inject my own data into the TS stream?
Yes, the raw TS output allows injection of custom data and video for private broadcasting.

What is the configuration menu board used for?
The menu board allows adjustment of parameters such as frequency, bandwidth, and output settings via a serial port.

Is the device compatible with custom video compression standards?
Yes, it outputs unprocessed TS streams without internal decoding, making it compatible with custom coding workflows.

Does the receiver show signal lock status?
Yes, the screen displays “L” for lock and “U” for unlock, indicating signal reception status.

Can this receiver work in moving environments like OB vans?
Yes, dual RF diversity ensures stable reception even when the device is mobile.

What is the maximum range for DVB-T2 reception?
Range depends on transmitter power, antenna setup, and terrain, but dual diversity improves reliability in weak-signal areas.

Is it suitable for creating a local TV broadcast?
Yes, the receiver allows capturing DVB-T2 signals and re-streaming them locally via IP/UDP or ASI outputs.

Does the receiver include necessary accessories?
Yes, it comes with antenna connectors, serial cables for configuration, and power adapters.

Can I modify the UDP destination IP and port?
Yes, the destination IP and port number can be configured through the menu board.

What is the default UDP port number?
The default UDP port is 6001, which can be customized in the configuration menu.

Does the receiver support VLC for monitoring?
Yes, VLC Player can monitor UDP streams in real time.

Can it handle multiple TV channels simultaneously?
Yes, it decodes full Transport Streams containing multiple channels or programs.

What type of antennas are compatible?
Standard UHF DVB-T2 antennas with 75-ohm coaxial connectors are compatible.

Is this receiver professional-grade?
Yes, it is used in broadcast headends, OB vans, and SNG trucks.

Can I monitor signal quality?
Yes, the device displays lock/unlock status and allows analysis of SNR and BER.

Does it support multicast streaming?
Yes, IP/UDP output supports multicast streaming to multiple devices on a network.

Can it output both ASI and IP/UDP simultaneously?
Yes, both outputs are active and simultaneous.

Is it compatible with DVB-T receivers using ASI input?
Yes, ASI output ensures integration with standard broadcast receivers.

How do I connect the receiver to my network?
Connect the RJ45 Ethernet port to a network switch or router and configure IP/UDP settings.

What is the weight of the device?
The receiver is compact and lightweight, ideal for rack or mobile installation.

Does it support Forward Error Correction (FEC)?
Yes, it complies with DVB-T2 standards, including FEC for error correction.

Can I capture TS for archival purposes?
Yes, the TS output can be recorded for storage or later processing.

Is real-time streaming possible?
Yes, UDP streaming offers low-latency, real-time video distribution.

Can it be used for enterprise AV applications?
Yes, IP/UDP output allows distributing TV across enterprise networks.

Does the receiver support firmware upgrades?
Yes, firmware updates are possible through the serial configuration interface.

What video formats are supported?
It outputs MPEG Transport Streams compatible with DVB-T2 standards.

Is it suitable for IP migration from ASI to IP workflows?
Yes, dual outputs facilitate smooth transition from traditional ASI to modern IP networks.

Can the device operate 24/7?
Yes, it is designed for mission-critical, continuous operation.

How does diversity help in urban areas with multipath interference?
Dual RF inputs combine signals intelligently to reduce errors caused by reflections or interference.

Can I assign a static IP for UDP streaming?
Yes, static IP assignment is possible via the configuration menu.

Does it require external software for configuration?
No, the serial menu board allows complete configuration without extra software.

What type of connector is used for ASI output?
A 75-ohm BNC coaxial connector is used for ASI output.

Can it work with standard IP routers and switches?
Yes, the device is compatible with typical Ethernet infrastructure.

Is the receiver suitable for frequency scanning?
Yes, you can scan and select DVB-T2 frequencies through the menu interface.

Can I set up a private TV network using this receiver?
Yes, TS output and IP streaming enable local or campus-wide broadcasting.

Does it support multicast and unicast streaming simultaneously?
Yes, both streaming modes are supported.

How reliable is the device in low-signal conditions?
Dual RF diversity ensures maximum reception reliability even with weak signals.

Is it compatible with external encoders or modulators?
Yes, ASI output allows connection to external broadcast encoders.

Can I remotely monitor the UDP stream?
Yes, by connecting to compatible IP devices, remote monitoring is possible.

Is it plug-and-play for basic setup?
Yes, default settings allow immediate operation; advanced configuration is optional.

Can I customize local frequency settings?
Yes, RF parameters including frequency and bandwidth are fully adjustable.

Where can I buy the Diversity Dual RF DVB-T2 Decoder Receiver?
It is available through professional broadcast equipment suppliers and specialized online distributors.