Live-Stream Router & Transcoder
Efficient IP stream processing
Maximum flexibility for BOS, network operators & hospitality. Routing,
transcoding & redundancy – Made in Germany.
Transcoding / Routing
Why transcoding & routing?
In modern IP-based networks, different formats, codecs and protocols come together – not always compatible, often with specific requirements for the end device. A 4K HEVC stream cannot be displayed on an older MPEG-2 receiver, and multicast streams do not run directly in the web browser.
Our live stream routers & transcoders solve this problem: they convert incompatible signals in real time, ensure the highest signal quality, low latency and secure distribution – even in critical environments or under high network load.
Rely on IP stream processing made in Germany – for maximum flexibility, reliability and future-proofing.
Not sure which solution fits?
Here you will find answers to the most frequently asked questions.
Typical application scenarios
- Legacy protection:
older MPEG-2 set-top boxes, local infrastructures - OTT & Multiscreen:
HLS for web, mobile, hotel TV - Central signal processing:
Live TV & VoD distribution - Reduce network load:
Compression & optimized distribution - Critical environments:
BOS, maritime networks, fluctuating quality
Our systems in comparison
| Category | Feature | TAC 2.0 - BOS & control centers | SHLS 7XX - Network Operators & Entertainment |
|---|---|---|---|
| Application scenarios | Target groups | Authorities, police, control centers, critical infrastructures | Network operators, hotels, hospitals |
| Focus | Maximum security, redundancy, 24/7 operation | Efficiency, entertainment, simple integration | |
| Signal input/output (I/O) | Protocols | Multi-protocol: UDP, RTP, SRT (AES-128/256), RTSP, TCP, HLS | UDP, RTP, HLS (ABR optional) |
| Codecs | HEVC (H.265), MPEG-4 (H.264), MPEG-2 | HEVC (H.265), MPEG-4 (H.264), MPEG-2 | |
| Security (Stream Encryption) | AES encryption, automatic password setting, DRM* | Basic security | |
| Signal processing (Processing) | transformation | Transcoding, routing, remux, PID management | Transcoding |
| Redundancy & failover | Signal loss image, automatic input switching, connection monitoring | - | |
| Playout | TS loop playback (unlimited) | TS loop playback (10x) | |
| User interface (UI) | Operation | Matrix/list view, tactical naming, thumbnails | Static view |
| Web player | Integrated HLS web server, user management, temporary access, customizable layout (CSS/HTML) | Integrated HLS web server | |
| System & Management | Architecture | Linux appliance, secure by design, scalable cluster structure | Linux appliance |
| User management | Admin/Guest, granular rights, LDAP* | Admin/Guest | |
| Control & form factor | OpenVPN, API, Recording for support/analysis, 19'' 1U Short | OpenVPN, 19'' 1U Fullsize | |
| Network & Security Integration | Interfaces | Physically separated management and stream ports (2.5 Gbit/s), individually nameable | Physically separated management and stream ports (2.5 Gbit/s) |
| VLAN | VLAN support* | - | |
| Authentication | IEEE 802.1X port-based access control (e.g. Cisco ISE, Aruba ClearPass, FreeRADIUS) | - |
*Coming Soon
Transcoding & Routing Appliance Cluster (TAC 2.0)
TAC - Tactical IP Streaming, Transcoding & Routing
The Transcoding Appliance Cluster (TAC 2.0) is the carrier-grade solution for authorities, police, control centers and critical infrastructures. It combines high-performance routing and transcoding with maximum reliability, scalability and clear tactical operation.
Thanks to redundancy mechanisms, encrypted protocols and central monitoring, TAC 2.0 is perfect for 24/7 operation in security-critical environments.
Highlights:
- Scalability: Cluster-capable architecture for growing requirements
- Clear, tactical operation: matrix/list view, tactical naming, thumbnails
- Flexible routing: protocol forwarding even via separate or virtual networks
- Powerful transcoding: conversion of incompatible formats (e.g. 4K H.265 → MPEG-2)
- Multi-protocol support: UDP, RTP, SRT (AES-128/256), RTSP, TCP, HLS
- Multi-codec: HEVC (H.265), MPEG-4 (H.264), MPEG-2
- Security: AES encryption, automatic password setting, DRM (coming soon)
- Redundancy & failover: signal loss image, automatic input switching, connection monitoring
- TS loop playback (unlimited)
- Integrated HLS web server, temporary access, customizable layout (CSS/HTML)
- Physically separated management and stream ports (2.5 Gbit/s), VLAN support
- IEEE 802.1X (e.g. Cisco ISE, ClearPass, FreeRADIUS) for secure authentication
SHLS 710/720
Live-TV-transcoder with an adaptive HLS-output
The SHLS 7XX series is the compact and efficient solution for network operators, hotels and hospitals that want to protect their existing infrastructure and provide modern streaming formats at the same time. With high-density transcoding, many streams can be processed in parallel – ideal for IPTV and hospitality environments.
Thanks to investment protection for existing systems, HLS/OTT compatibility and multi-device support, SHLS enables reliable and future-proof signal processing. This allows network operators to remain flexible while meeting the requirements of entertainment, mobile devices and smart TVs.
Highlights:
- Multi-device support: streams in HLS format for parallel use on smart TVs, web browsers and mobile devices
- Entertainment focus: Optimized for hotel TV, hospitals & IPTV distribution systems
- High-density transcoding: processing many streams in parallel for efficient network integration
- Investment protection: integration of existing network infrastructure through flexible protocol and codec conversion
- Compact design: 19” 1U full-size – space-saving, energy-efficient and easy to maintain
- Adaptive signal processing: transcoding for variable bit rates and network adaptation
- Multi-codec support: HEVC (H.265), MPEG-4 (H.264), MPEG-2
- Input protocols: UDP, RTP, HLS (ABR optional)
- TS loop playback: up to 10x per SPTS
- Simple operation: Static user interface, quick to integrate
- Integrated HLS web server for direct browser playback
- Physically separated management and stream ports (2.5 Gbit/s), VLAN support
FAQ - Live-Stream Router & Transcoder
What are the advantages of high-density transcoding?
High-density transcoding enables the parallel processing of many streams in a compact 19” 1U form factor. This saves space, reduces operating costs and protects existing infrastructure through flexible conversion of codecs and bit rates.
The TAC 2.0 in particular offers the option of monitoring hundreds of streams in real time and controlling them tactically via matrix views thanks to its scalable master-agent structure.
How is the security of the streams guaranteed?
Our systems use AES encryption (128/256 bit), password protection, VLAN management and IEEE 802.1X (e.g. Cisco ISE, Aruba ClearPass). This means that the streams are reliably protected even in critical infrastructures.
Which protocols do TAC 2.0 and SHLS 7XX support?
TAC 2.0: Multi-protocol support (UDP, RTP, SRT with AES-128/256, RTSP, TCP, HLS)
SHLS 7XX: UDP, RTP and HLS (incl. adaptive bit rate) – optimized for network operators, OTT and hospitality.
What is the difference between routing and transcoding?
Routing forwards a stream in an already compatible format – fast, lossless and without additional latency.
Transcoding is used when the codec, resolution or bit rate need to be adapted, e.g. from HEVC (H.265) to MPEG-2 or from 1080p to 720p.
Can the systems be operated on-premise?
Yes, both systems can be operated locally as a hardware appliance or installed as a bare-metal server in a rackspace provider of your choice. We also offer virtualized, highly available instances for operation in AWS, Microsoft Azure and other cloud environments.
Individual consultation
We would be happy to advise you by phone, e-mail or in a personal meeting.
Simply contact us!