DVB-S-S2 Regenerator v2.0

DVB-S/S2 Regenerator v2.0 is a professional multi-channel signal restoration platform engineered to recover and retransmit satellite DVB-S and DVB-S2 signals with broadcast-grade stability. Unlike simple amplifiers, this regenerator performs full demodulation and remodulation, ensuring that every output signal is clean, synchronized, and compliant with ETSI DVB-S/S2 standards. It is ideal for MVDS systems, teleports, regional broadcasting networks, uplink/downlink stations, and long-distance distribution where signal degradation is common.

Supporting from 1 to 32 independent regeneration channels, the system is built for scalability, allowing operators to expand their DVB-S/S2 infrastructure efficiently. With wide symbol-rate support (1–45 Msymb/s), compatibility with QPSK, 8PSK, 16APSK, and 32APSK constellations, and an RF range of 950–2150 MHz, the DVB-S/S2 Regenerator v2.0 fits seamlessly into modern satellite broadcasting, MVDS, MITRIS, and custom DVB environments.

✅ Full DVB-S/S2 signal regeneration

The regenerator performs complete demodulation and remodulation of DVB-S/S2 signals, removing phase noise, jitter, and distortions accumulated during long-distance transmission. This allows operators to restore degraded satellite signals to broadcast-level quality before redistribution and ensures error-free rebroadcasting in professional headend systems. Its support for QPSK, 8PSK, 16APSK, and 32APSK ensures full compatibility with modern DVB-S/S2 systems.

✅ High-stability multi-channel platform

Supporting from 1 to 32 channels, the DVB-S/S2 Regenerator v2.0 offers high-density processing for MVDS, MATV, MITRIS, and satellite headends. Each channel operates independently, allowing flexible routing and system scaling. The robust 1U/2U chassis, industrial-grade hardware, and compact rack-mount design ensure high MTBF, reliable thermal performance, and continuous 24/7 operation.

✅ Advanced Ethernet management

With VCC software control, the device enables remote configuration, channel monitoring, MER/BER diagnostics, constellation settings, input/output level supervision, fault diagnostics, and symbol-rate adjustments. This centralized Windows-based management is essential for large-scale broadcast infrastructures and significantly reduces maintenance complexity.

🛠️ The DVB-S/S2 Regenerator v2.0 features powerful remote control capabilities through Ethernet and the VCC management interface, enabling operators to configure channels, monitor signal quality, adjust symbol rates, assign channels, control constellation modes, and supervise input/output levels from a centralized workstation. The regenerator includes advanced hardware protections against overload, over-voltage, short-circuit conditions, electrical faults, surges, and thermal issues, guaranteeing reliable operation even in demanding 24/7 systems.

🛒 This multi-channel DVB-S/S2 regenerator is designed for high-density broadcast deployments requiring stable, low-error satellite signal recovery. Perfect for MVDS networks, regional TV stations, satellite retransmission hubs, multi-operator headends, and professional DVB infrastructures, it ensures clean and synchronized output streams ready for redistribution.

📌 Key features

• Multi-channel DVB-S/S2 signal regenerator

This system supports up to 32 independent regeneration channels, allowing operators to recover multiple satellite signals simultaneously in professional headend environments. Each channel performs full demodulation and remodulation, ensuring output streams meet DVB-S/S2 broadcast standards. This makes the unit ideal for high-density MVDS, MITRIS, and satellite redistribution networks requiring stable, clean signals.

• Advanced modulation support for QPSK/8PSK/16APSK/32APSK

The regenerator handles every major DVB-S/S2 modulation scheme, enabling flexible integration with diverse uplink and downlink systems. Support for symbol rates from 1 to 45 Msymb/s ensures compatibility with both legacy and modern transponders. Broad constellation support also improves interoperability across various satellite operators.

• High MER output for broadcast stability

With MER values greater than 27 dB, the output signal meets strict DVB quality requirements for professional rebroadcasting. High MER ensures reduced bit errors, error-free rebroadcasting, and stable decoding in receiving terminals. This makes the regenerator a reliable tool for environments with weak, noisy, or distorted signals.

• Flexible RF range: 950–2150 MHz

Supporting the full L-band spectrum, the regenerator is compatible with all common satellite IF distribution systems. This flexibility enables deployment in MVDS, satellite gateways, uplink/downlink sites, and local retransmission hubs. Operators can easily align output frequencies with their existing RF infrastructure.

• Ethernet remote control via VCC software

The integrated remote control system allows full device supervision, configuration, and diagnostics over IP. Engineers can adjust parameters, monitor channel health, signal integrity, and input/output levels, and control system behavior without physical access. This dramatically improves workflow efficiency in mission-critical installations.

• Industrial-grade reliability with non-volatile memory

Designed for mission-critical operations, the regenerator uses industrial-grade hardware with embedded protections and non-volatile memory. All saved settings persist after power interruptions, making the system ideal for unattended installations and long-term 24/7 service.

⚙️ Main functions

• Full DVB-S/S2 demodulation + remodulation pipeline

The regenerator processes incoming DVB signals by completely demodulating them into baseband before reconstructing a new DVB-S/S2 modulated carrier. This eliminates accumulated drift, noise, and constellation distortions. Such full regeneration is essential for long-distance MVDS and satellite rebroadcast networks.

• Automatic parameter recovery after power failure

All configurations are stored in non-volatile memory and restored instantly upon reboot. This ensures high availability in unattended headends and reduces downtime risk. Operators benefit from predictable and consistent system behavior across power interruptions.

• Integrated protection: over-voltage, over-load, short circuit

The hardware includes multi-layer electrical protection, shielding the device from harmful power anomalies, surges, and thermal issues. This enhances long-term reliability, especially in remote stations where environmental and electrical conditions may be unstable. The protection system extends hardware lifespan significantly.

• Adjustable symbol rate and constellation control

Users can configure symbol-rate steps as small as 1 kSymb/s, enabling precise matching with incoming and outgoing transponders. Having control over constellation type and FEC enables optimization of signal robustness and throughput for specific DVB-S/S2 deployments.

🧩 Applications

• Satellite signal recovery in MVDS and regional headends

Perfect for environments where satellite input quality fluctuates, the regenerator restores clean signals for stable retransmission. It compensates for weak signal levels, interference, and long-distance cable losses. This ensures consistent service quality across entire MVDS networks.

• DVB-S/S2 repeater stations and signal transit nodes

In repeaters where signals must pass through multiple regeneration stages, this device ensures that each step maintains DVB-compliant quality. Full demod/remod processing limits cumulative noise and distortion. As a result, operators maintain reliable coverage over large geographic areas.

• Teleport and broadcast contribution networks

Teleports often receive multi-operator feeds requiring regeneration before routing to terrestrial or fiber uplinks. This device ensures every stream is synchronized, high MER, and error-free. Such stability is crucial for premium satellite content distribution.

• Low-SNR signal restoration in remote locations

Regions with atmospheric interference, outdated equipment, or long feeds benefit greatly from the regenerator’s ability to correct degraded signals. It restores carrier phase integrity and improves demodulator lock stability. This enables reliable rebroadcast even in harsh environments.

• Signal quality restoration at uplink and downlink sites

The regenerator is highly effective at restoring signal quality before redistribution in professional uplink and downlink chains. It helps maintain clean, synchronized DVB-S/S2 transport across critical transmission nodes.

💡 Why you should buy from us❓

• 1.5 years warranty
• 7 years after-sales support
• Remote support team of engineers
• Discount program for regular customers 🎁

💬 Contact Us

For additional details or assistance regarding the DVB-S/S2 Regenerator v2.0, feel free to contact our team. We provide professional consultation and aftersales support to help with installation and setup, ensuring you get the most out of your broadcasting equipment.