Digital Devices Octopus NET SL M4

€ 406,72 *

Prijzen excl. btw excl. verzendingskosten

Klaar voor onmiddellijke verzending, leveringstijd circa 1-3 werkdagen

Octopus NET CI:

Octopus NET with integrated server-side Twin CI - Please note the hints in the article text

  • 293054
Octopus NET SL M4 - Certified SAT>IP, Unicast & Mulitcast [MPTS] streaming server with 4 tuners...meer
Productinformatie "Digital Devices Octopus NET SL M4"

Octopus NET SL M4 - Certified SAT>IP, Unicast & Mulitcast [MPTS] streaming server with 4 tuners for DVB-S2/C2/T2/ISDB-S/C/T/J.83B with optional Twin CI.

The Octopus NET SL series and its hardware is a SAT>IP 1.2.2 streaming server certified by SES Astra for your home network for use with RTSP compatible players and SAT>IP clients, which exist primarily as app, software or hardware clients. Likewise, the server is used for the distribution of DVB signals in professional installations and environments via RTP|UDP multicast as an IPTV headend. All you need is a compatible SAT>IP hardware client or software, e.g. in the form of an app or PC software. Even simple players that can process RTSP streaming, such as the well-known VLC® Player or powerful TV software such as DVBViewer® or VDR® can be used.

Proven technology in a new design

The SL series and the former V2 series use the same hardware components. The new chassis offers more flexibility and passive cooling of the server, even in difficult deployment environments. The Octopus NET mainboard, powered by a slim Linux OS with our open source SAT>IP service, delivers a stable streaming engine through a powerful FPGA processor. In this way it can be guaranteed that even with maximum usage of up to 12 streams there will be no degradation in relation to latency (stream delivery below 500ms).

A 5 port Gigabit switch is available for each server, so that additional devices can be added to your network. In addition, this switch can be used in multicast mode for controlled broadcasting of the streams (Stream on LAN Output), so that only certain ports let out certain streams.

Flexible, modular and exchangeable

Of course, your Octopus NET is equipped with Digital Devices tuners, so if at a later date you find that other tuners or a larger number of tuners are needed, you can easily exchange or replace the tuners of the server with a card of the "Max" series or "DuoFlex" series. This modular design allows you to remain flexible with regard to extensions, replacement of tuner hardware or conversion to other types of reception.

The tuners of Octopus NET SL M4

The tuners which powers your Octopus NET SL M4 server are simply multi-talented. The Octopus NET has 4 tuners which can be used for the following types of reception:

DVB-S (Satellite Tuner)
DVB-S2 (Satellite Tuner)
ISDB-S (satellite tuner)
DVB-C (cable tuner)
DVB-C2 (cable tuner)
ISDB-C (cable tuner)
J.83 Annex B (Cable Tuner)
DVB-T (Terrestrial Tuner)
DVB-T2 (Terrestrial Tuner)
ISDB-T (Terrestrial Tuner)

All DVB reception types, are specified in the SAT>IP protocol. For the reception types in e.g. the Japanese area (J.83 Annex B) or in areas as South American (ISDB), we have also created solutions for the these reception situations with our own extension based on the SAT>IP protocol.

Depending on the existing reception type, 4 tuners are available for this, which can be requested by your client. Since a client always informs the server in its request about the type of reception, one of the 4 tuners is started immediately, e.g. to provide a SAT signal. The three remaining free tuners can be started with the same reception type or with another one, if available. Thus also mix configuration over different reception types of up to 4 transponders are possible, without the investments in different receipt systems. If not only satellite but also cable TV is to be received at the location (e.g. for local stations), this is now easily possible with the Octopus NET SL M4. Reception modes that are not required can also be deactivated via the web interface.

For operation on a satellite system, you need with conventional "star-wiring" for each used DVB-S tuner a line to Octopus NET SL M4, so the card is fully DiSEqC capable. Likewise the use is problem-free possible at Unicable¹ I (EN50494) and Unicable II/JESS² (EN50607) systems. To supply the individual SAT tuners with Unicable, the SAT inputs of the card are connected to the Unicable system using a Unicable splitter.

For the operation at a cable connection or terrestrial antenna only one cable from the socket or antenna is necessary. The signal is distributed internally to the tuners, so no splitter is needed.

Unicast streaming with SAT>IP

With RTSP (Real Time Streaming Protocol), you can distribute the LiveTV signal in your local home network at home or, for example, in smaller hotels simply via LAN or WLAN, regardless of whether SD, HD or UHD. In unicast mode, the number of simultaneously usable clients is equal to the number of installed tuners. From simple media players with RTSP support to software products like DVBViewer® or SAT>IP Apps to hardware clients like Panasonic® TVs with integrated SAT>IP service (TV>IP). With the help of our OctopusCast software you can create M3U playlists in no time or distribute them via the integrated DMS server in the network to existing clients with media player function.

Multicast Streaming with SAT>IP

As a multicast streaming server via the RTP or UDP protocol, Octopus NET distributes the streams with MPTS technology. This makes it possible to stream one or more channels or even whole transponders with only one stream and tuner. MPTS compatible clients such as Panasonic® TVs can be supplied with a large number of channels in this way.

SAT>IP Server with CI Support³
(Note, only for the above selected variant "With CI Support" Item number: 292054)

As the only SAT>IP server available on the market with integrated CI support, encrypted streams can also be decrypted directly in the server in advance with certain software clients or any player compatible with RTSP, by an extended option in the RTSP request. Of course, in addition to server-side CI support, CI+ is also available on the client side, depending on the respective technical equipment of the used client.

*1 Unicable® Requirement: Unicable®/ SCR / CENELEC EN50494 compliant LNB or multiswitch according to EN50494

*2 JESS® Requirement: Jess®/ CENELEC EN50607 compliant LNB or multiswitch according to EN50607

*3 According to SAT>IP specification, there is no server-side CI support. The extension of Octopus NET servers with a CI slot, are a separate extension based on the SAT>IP protocol. This extension currently only works with software clients, where the manufacturers/developers have added a related integration in their software. A SAT>IP capable TV or SetTop Box (hardware clients) cannot handle the CI in Octopus NET so far. Decrypting multiple services from different transponders (MTD - Multi Transponder Decrypting) is not possible with Octopus NET systems. Decrypting multiple channels of one transponder (SDT - Single Transponder Decrypting) is possible in multicast mode. STD is technically possible for unicast operation, but there is no practical implementation for decrypting multiple services by the offered clients with CI support for Octopus NET. Basically, in unicast operation clients which support the CI of Octopus NET can request one service (channel) per tuner and CI slot for decryption. When using multiple CI slots / CA modules, multiple decryption is possible according to the number of used CIs. When using different decryption systems, there is no automatic assignment to the corresponding CA module, the assignment for different encryption methods over multiple CA modules, can usually be managed by the client.

Verdere links naar "Digital Devices Octopus NET SL M4"
  • Octopus NET SL M4 (Netzwerktuner, 5-Port Switch, Gehäuse)
  • Integrierte DD Max M4 Multitunerkarte | DuoFlex CI (Je nach Auswahl)
  • Vollversion DD-TV Online verfügbar
  • Externes Netzteil (EU Stecker)

  • 4-fach Multi-Band Tuner
  • DVB-S (Satelliten Tuner)
  • DVB-S2 (Satelliten Tuner)
  • ISDB-S (Satelliten Tuner)
  • DVB-C (Kabel Tuner)
  • DVB-C2 (Kabel Tuner)
  • ISDB-C (Kabel Tuner)
  • J.83 Annex B (Kabel Tuner)
  • DVB-T (Terrestrischer Tuner)
  • DVB-T2 (Terrestrischer Tuner)
  • ISDB-T (Terrestrischer Tuner)

  • Hinweis: es ist ein beliebiger Mischbetrieb zwischen Satellit, Kabel und Terrestrisch möglich.
    Für Kabel und Terrestrisch steht nur ein Eingang zur Verfügung
  • DVB-S2 Merkmale
  • QPSK/8PSK bis 46 MSym mit bis zu 120 MBit/s (für neue UltraHD-Transponder)
  • Empfindlichkeit < 30 dBµV
  • DVB-T2 Merkmale
  • DVB-T2 Spezifikation Versionen: 1.1.1, 1.2.1 und 1.3.1
  • DVB-T2 Base Profile
  • DVB-T2 Lite(!) Profile
  • ISDB-C Merkmale
  • mit TSMF Support
  • Einkabellösung
  • Ein Antennenkabel versorgt alle Kabel-/terrestrischen Tuner
  • Unicable® SCR / Cenelec EN50494
  • Unterstützt eine Verbindung von bis zu 8 Tunern über ein Antennenkabel Voraussetzung: Unicable®/ SCR / CENELEC EN50494 konformes LNB oder Multischalter nach EN50494
  • JESS© / Cenelec EN50607
  • EN50607 bis zu 32 Tuner über ein Antennenkabel!
  • Voraussetzung: CENELEC EN50607 konformes LNB oder Multischalter nach EN50607
  • DiSEeqC 2.0 Support
  • Eingebauter Netzwerk Switch
  • 5 Port managed GigaBit-Switch (10/100/1000)
  • Ethernet Protokolle IPv4 und IPv6
  • Quality of Service, Audio Video Daten haben Priorität
  • 8192 MAC Addressen
  • 4 Klassen Priorität für QOS gemäß IEEE802.1q
  • IP Filterung
  • Weitere Highlights
  • sehr geringe Energieaufnahme
  • sehr geringe Standby Energieaufnahme
  • Open Source Software 
  • Satelliten Merkmale
  • Bis zu 46 MSymbole DVB-S2, QPSK, 8PSK
  • LNB Power: 4 * max. 19V, 1A Pulsstrom, 500mA Dauerstrom Überstromschutz Kurzschlussschutz
  • L-Band: 950 MHz to 2150 MHz
  • DVB FEC: (Auto Spectral Detection)
  • Modulation: QPSK/8PSK
  • Volle DiSeqC 2.X Unterstützung
  • DVB-C Merkmale
  • Frequenzbereich: 51-858 MHz
  • Alle Modulatios- und Codearten nach DVB-C Spezifikation
  • Symbolraten von 0,87 bis 6,9 MBaud
  • Empfindlichkeit: 47dbµV (64QAM), 47dbµV (256QAM)
  • DVB-C2 Merkmale
  • Demodulation
  • 16, 64, 256, 1024, 4096 QAM
  • 2/3, 3/4, 4/5, 5/6, 8/9, 9/10 Code Rates
  • 1/64 and 1/128 Guard Intervals
  • 8 MHz and 6 MHz channel bandwidths
  • Data Slices Types 1 & 2 supported
  • Data Slice width up to 7.61 MHz
  • Stream processor for automatic common-PLP
    and data-PLP combination
    – FEC Header Type
    – Robust mode
    – High Efficiency mode
  • Notch Support
  • Narrowband and broadband notches
  • Reception of narrow channels down to 2 MHz between broadband notches
  • Time interleaving modes 4, 8 symbols and ‚best fit‘
  • DVB-T/T2 Merkmale
  • Frequenzbereich: 49-861MHz, 2k&8k OFDM
  • Alle Modulationsarten nach DVB-T und DVB-T2 Spezifikation
  • Empfindlichkeit: -83,0dBm bei 16-QAM&3/4
  • ISDB-T Merkmale
  • Conforms to ARIB STD-B31
  • 6 MHz,7 MHz and 8 MHz BW support
  • Excellent phase noise resistance
  • Excellent multipath equalization performance
  • Automatic detection of mode/guard interval lengths
  • EWS (Emergency Warning System) flag output
  • Sicherheit
  • Produziert und Designed nach europäischen Standards, DIN EN ISO 9001:2000
  • Umweltstandards
  • RoHS Konformität
  • WEEE DE 99353762
  • Leistungsaufnahme
  • ≈ 12 Watt
  • Abmessungen


Power Cord UK version to connect to Octopus NET power supply.

Length ca. 1,8 m




Octopus NET Card features Max SX8 Full Max SX8 Basic Max S8 Max M4 DuoFlex S2 V4A
Demodulators/Channels 8 8 8 4 2
Inputs 4 4 4 4 2
BBFrame Output 1 0 0 0 1


Maximum Symbolrates Max SX8 Full  Max SX8 Basic Max S8 Max M4 DuoFlex S2 V4A 
QPSK ~95  |1|4| 64.58 45 46   67.5  
|1|4| 64.58 45  46   67.5/45 |5|
16APSK 64.5
|4|     34.5  |3|  67.5/33.75 |5|
32APSK 51.6
|4|      34.5  |3| 54/27 |5|
64APSK 43
128APSK 36.85
256APSK 32.25 |4|            
Annex M 500 |4|            

1) Symbolraten wurden bis 85 MSymbols/s getestet
2) derzeit noch nicht implementiert
3) 16APSK, 32APSK möglich aber 4dB Einbruch in der Leistung
4) Maximale DVB-S2 / S2X LDPC-Bitrate ist auf 720 Mbit / s begrenzt. Diese Bitrate ist definiert als Symbolrate * Bits / Symbol, d.h. 8PSK 30 M Symbole = 90 Mbit / s. Die verwendete Bitrate wird vom Treiber dynamisch zugewiesen. DVB-S-Kanäle tragen nicht zum Limit bei.
5) Single / Dual Demod Nutzung


DVB-S2/S2X Features Max SX8 Full Max SX8 Basic Max S8 Max M4 DuoFlex S2 V4A
Short Frames
Long Frames
ACM (Adaptive Coding and Modulation)      
MIS (Multiple Input Streams)      
Annex M     •  |2|        
Channel Bonding (S2X)     •  |2|        
QPSK 1/4,1/3,2/5  
QPSK 1/2,3/5,2/3,3/4,4/5,8/9,8/10
QPSK 13/45,9/20,11/20      
8PSK 3/5, 2/3, 3/4, 5/6, 8/9, 9/10
8PSK 23/36, 25/36, 13/18      
8APSK-L 5/9, 26/45      
16APSK 2/3, 3/4, 5/6, 8/9, 9/10     •  |3|
16APSK 26/45 3/5, 28/45, 23/36, 13/18, 7/9, 77/90        
16APSK-L 5/9, 8/15, 1/2, 3/5, 2/3        
32APSK 3/4, 4/5, 5/6, 8/9, 9/10     •  |3|
32APSK 32/45, 11/15, 7/9        
32APSK-L 2/3        
64APSK 11/15, 7/9, 4/5, 5/6        
64APSK-L 32/45        
128APSK 3/4, 7/9        
256APSK 32/45,3/4        
256APSK-L 29/45, 2/3, 31/45, 11/15        
Maximale Baudrate von 500 Mbit/s        
bis zu 2 slices        
Fehlerkorrektur: LDPC 720 Mbit/s          
Maximale DVB-S2/S2X LDPC-Bitrate
für alle 8 Tuner ist 720 MBit/s.
VCM (Variable Coding and Modulation)        

2) derzeit noch nicht implementiert
3) 16APSK, 32APSK möglich aber 4dB Einbruch in der Leistung



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