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  • DIGICAST Any to Any Live Transcoder M3U8 Play List Video Over IP Streaming Out for OTT DTH DTTV IPTV
  • DIGICAST Any to Any Live Transcoder M3U8 Play List Video Over IP Streaming Out for OTT DTH DTTV IPTV
  • DIGICAST Any to Any Live Transcoder M3U8 Play List Video Over IP Streaming Out for OTT DTH DTTV IPTV
  • DIGICAST Any to Any Live Transcoder M3U8 Play List Video Over IP Streaming Out for OTT DTH DTTV IPTV
  • DIGICAST Any to Any Live Transcoder M3U8 Play List Video Over IP Streaming Out for OTT DTH DTTV IPTV
  • DIGICAST Any to Any Live Transcoder M3U8 Play List Video Over IP Streaming Out for OTT DTH DTTV IPTV
DIGICAST Any to Any Live Transcoder M3U8 Play List Video Over IP Streaming Out for OTT DTH DTTV IPTV

DIGICAST Any to Any Live Transcoder M3U8 Play List Video Over IP Streaming Out for OTT DTH DTTV IPTV

  • 1 - 19 Pieces
    $5,999
  • >= 20 Pieces
    $5,979
View product details

DIGICAST Any to Any Live Transcoder M3U8 Play List Video Over IP Streaming Out for OTT DTH DTTV IPTV

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Live Video Transcoding: Converts live video streams into M3U8 playlists for seamless delivery across OTT, DTH, DTTV, and IPTV platforms.
  • IP-Based Input & Output: Supports network streaming via IP, enabling flexible integration with existing infrastructure and real-time content distribution.
  • Audio Encoding Compatibility: Utilizes MPEG-1 Layer 2 audio encoding for broad compatibility with legacy and modern broadcasting systems.

Key features

  • 1. Corrosion-Resistant Metal Body

    • Material Technology: With a corrosion-resistant metal body, you can ensure reliable operation in data center environments*.

  • 2. Intuitive LED Status Monitoring

    • Interactive Design: With intuitive LED status indicators, you can monitor system health at a glance*.

  • 3. IP-Based Input for Seamless Remote Streaming

    • Performance Parameters: With IP-based input capability, you can stream live content directly over networks, enabling remote transcoding*.

  • 4. Rack-Mount Design for Commercial Scalability

    • Scenario Solutions: With rack-mount design, you can integrate seamlessly into data centers for 24/7 commercial streaming*.

  • 5. MPEG-1 Layer 2 Audio Compliance

    • Certification Standards: With MPEG-1 Layer 2 audio encoding compliance, you can ensure compatibility with legacy broadcast systems*.

Product details

DIGICAST Any to Any Live Transcoder M3U8 Play List Video Over IP Streaming Out for OTT DTH DTTV IPTV

The DIGICAST Any to Any Live Transcoder is a high-performance rack-mounted server designed for seamless live video streaming across OTT, DTH, DTTV, and IPTV platforms. Built with a robust metal chassis and advanced heat-dissipation design, it ensures stable operation in demanding broadcast environments. Its IP-based input and MPEG-1 Layer 2 audio encoding capabilities make it ideal for real-time content delivery, while customizable configurations adapt to diverse broadcast workflows.

Technical specifications

FeatureSpecificationApplication Scenario
Audio EncodingMPEG-1 Layer 2Ensures backward compatibility with legacy systems in live broadcasts.
Input ProtocolIP-based (Network Streaming)Streamlines live streaming workflows over IP networks for IPTV/OTT platforms.
Rack-Mount Design19-inch standard, rack-compatibleIntegrates seamlessly into data centers and server rooms for scalable deployments.
Heat DissipationMulti-ventilation grille systemMaintains optimal performance under continuous load in 24/7 broadcast operations.
Status MonitoringLED indicators for power/operational statusEnables real-time troubleshooting and system health checks.

Customization guide

Adjustable parameters include:

  • Encoding Bitrate (to balance quality and bandwidth demands)
  • Input/Output Protocols (expand support for additional streaming formats)
  • Storage Capacity (scale storage for extended recording or buffering needs)

Get inspired

Maximize broadcast efficiency with the DIGICAST transcoder’s future-proof design. Its IP-centric architecture and rugged build allow you to handle high-volume live streams, while customizable features ensure compatibility with evolving industry standards. Ideal for broadcasters transitioning to hybrid OTT/DTTV workflows or expanding their DTH service reach.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Transcoding Channels10 simultaneous15 simultaneous (+50%)20 simultaneous (+100%)
Bandwidth Support1 Gbps2.5 Gbps10 Gbps
Latency ReductionStandard20% faster40% faster*
Storage Expansion2x HDD bays4x HDD bays8x HDD bays

Supplier's note

  1. Technical Breakthroughs:

    • MPEG-1 Layer 2 Audio Encoding: Backward compatibility ensures seamless integration with legacy broadcast systems.
    • IP-Based Input Architecture: Reduces latency by 20% compared to traditional SDI setups, ideal for real-time OTT streaming.
    • Rack-Mount Heat Dissipation: Achieves 30% better thermal efficiency than industry benchmarks, enabling 24/7 operation without performance degradation.

  2. Version Selection Guide:

    • Base Model: Suitable for SMEs with limited bandwidth (e.g., regional DTTV stations).
    • Advanced Model: Optimal for mid-sized broadcasters (e.g., expanding IPTV services) needing 15+ concurrent streams.
    • Pro Model: Designed for enterprise-level OTT/DTH providers requiring ultra-low latency (e.g., live sports streaming) and high scalability.

With the Pro Model’s 10 Gbps bandwidth, you can deliver 4K UHD streams to millions of viewers simultaneously. Its 40% faster latency reduction ensures real-time interactivity for live events.

Frequently asked questions

  • Which DIGICAST transcoder model is best suited for small IPTV providers?

  • Does the DIGICAST M3U8 transcoder support MPEG-1 Layer 2 audio for DTTV broadcasting?

  • Can the DIGICAST server be customized for higher processing power in OTT streaming?

  • Is the DIGICAST transcoder FCC-certified for broadcast use?

  • How do I ensure proper heat dissipation in rack-mounted DIGICAST servers?

  • Does the DIGICAST support IP-based input for live streaming over IP networks?

  • Can the DIGICAST transcoder handle multiple simultaneous streams for DTH services?

  • Why is MPEG-1 Layer 2 audio preferred in the DIGICAST over other codecs?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Audio EncodingBroadcasting live audio streamsIndustry Standard: AAC (128 kbps)
Our Base: MPEG-1 Layer 2 (192 kbps)
Our Advanced: AAC+ (256 kbps)▲		Base: Cost-effective for legacy systems.
Advanced: Higher audio quality for premium content.		Base: Lower bitrate may reduce compatibility with modern platforms.
Advanced: Requires more bandwidth.
Input/Output SupportMulti-source streaming setupsIndustry Standard: IP, HDMI, SDI
Our Base: IP Only
Our Advanced: IP + HDMI + SDI▲		Base: Simplified deployment for IP-only networks.
Advanced: Flexibility for hybrid input sources.		Base: Limited to IP-only environments.
Advanced: Requires additional hardware for non-IP inputs.
Streaming ProtocolsGlobal content distributionIndustry Standard: HLS, DASH, RTMP
Our Base: HLS, RTMP
Our Advanced: HLS, DASH, RTMP, SRT▲		Base: Covers essential protocols for basic streaming.
Advanced: Low-latency SRT for live events.		Base: Missing DASH for adaptive bitrate streaming.
Advanced: Steeper learning curve for SRT configuration.
LatencyLive sports/eventsIndustry Standard: <2s (via SRT)
Our Base: 3–5s (RTMP)
Our Advanced: <2s (SRT)▲		Base: Sufficient for non-realtime broadcasts.
Advanced: Matches industry for real-time interactions.		Base: Laggy for interactive streams.
Advanced: Requires robust network infrastructure.
ScalabilityGrowing broadcast networksIndustry Standard: Supports 10+ concurrent streams
Our Base: 5 streams
Our Advanced: 20 streams▲		Base: Affordable for small-scale deployments.
Advanced: Future-proof for enterprise-grade scalability.		Base: May bottleneck during peak traffic.
Advanced: Higher upfront cost.
Heat Dissipation24/7 operation in data centersIndustry Standard: 40°C max operating temp
Our Base: 45°C▲
Our Advanced: 35°C (enhanced cooling)▲▲		Base: Adequate for moderate workloads.
Advanced: Ensures reliability in dense server environments.		Base: Risk of overheating under heavy load.
Advanced: Adds bulk and weight.

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