UFO 834

Order number: 20610131

UFOcompact plus 4-way transmodulator DVB-S(2) - DVB-T - Input: 4 x 950-2150MHz - DiSEqC - TS processor - Output: 4x DVB-T, 47-1006MHz - COFDM modulator 2k;

UFO 834
UFOcompact plus 4-way transmodulator DVB-S(2) - DVB-T - Input: 4 x 950-2150MHz - DiSEqC - TS... more
Product information "UFO 834"
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UFO 834

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SPECIAL FEATURES


  • ■ 4-way transmodulator, DVB-S(2) - DVB-T (QPSK/8PSK - COFDM)
    ■ High level of energy efficiency, power consumption: Typical 14 W at 12 V
    ■ Flexible baseband data exchange with neighbouring modules such as UFZ 896 for decoding
    ■ Outstanding specification (MER ≥ 45 dB) due to direct implementation as FPGA solution
    ■ Four sat IF inputs with DiSEqC1.0TM functionality for sat multi-switches, for flexible distribution to the four frontends
    ■ Comprehensive baseband signal processing, e.g. with extended channel filter functionality
    ■ Four DVB-T compliant output channels, 47-862 MHz, 2k mode

  • Technical data

    Type: UFO 834
    Order no.: 20310131
    Control interface: 12 MBit/s
    DVB-S demodulation: -----------------------------------------------------
    Level stability: ± 0,8 dB
    Standard: EN 300 421 (1), EN 302 307 (2)
    DVB-S2 demodulation: -----------------------------------------------------
    Frequency range: 47-1006 (fine tuning in 125 kHz steps) MHz, 950...2150 MHz
    MER: ≥ 45 dB
    Shoulder attenuation: ≥ 60 (at normal level) dB
    Frequency range (channel list): 47-86/110-862 (set-up via channel list) MHz
    TS routing to backplane: Max. 2 x 16 transport streams (right and left)
    Protective shut-down: > 70 °C
    Output channels: 4 x DVB-T, 2k mode
    DiSEqC™1.0: Vert./Horiz., Low/High; Sat. pos. (A/B/C/D)
    Dimensions (H x W x D): 265 x 36 x 220 mm
    Frequency grid: 1 (950-2150 MHz) MHz
    RF output: -----------------------------------------------------
    Power consumption: Typ. 14 (an 12 V) W
    MPEG-TS processor: -----------------------------------------------------
    Decoupling: > 25 dB
    Frequency stability: 35 ppm
    Output level: 97 dBµV
    Frontend: -----------------------------------------------------
    Stuffing: Automatic
    Code rate: 1/2, 2/3, 3/4, 5/6, 7/8
    Permissible level difference: 12 dB
    Input level range: 60-110 dBµV
    PSI/SI processing: Cable NIT, LCN, PCR correction, CAT
    AFC regulation range: ±3 (symbol rate < 10 Ms/s); ±5 (symbol rate > 10 Ms/s) (950-2150 MHz) MHz
    Code rate (LDPC): 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10, 3/5, 2/3, 3/4, 5/6, 8/9, 9/10
    System data: -----------------------------------------------------
    Code rate (Viterbi): 1/2, 2/3, 3/4, 5/6, 6/7, 7/8
    Spurious emissions: ≥ 60 dB
    System interfaces: -----------------------------------------------------
    COFDM constellation: QPSK, 16 QAM, 64 QAM
    Switching levels: 14/18, 0/22 V/kHz
    Input symbol rate 8PSK: 2-31,5 MS/s
    Temperature range: -20 to +50 °C
    COFDM Modulator: -----------------------------------------------------
    DVB-S2: 4 x
    Input symbol rate QPSK: 1-45 MS/s, 2-47 MS/s
    Remote feed current: Max. 60 (je Eingang) mA
    DVB-T output: 1 x F-Connector, 75 Ω
    Roll off: 20/25/35 %, 35 %
    Data interface: 800 MBit/s netto
    Return loss: 14 (47 MHz) -1,5 dB/Okt. dB, Typ. 10 dB
    Inputs: -----------------------------------------------------
    Output level setting range: -20 (in 0.5 dB steps) dB
    Sat IF input: 4 x F connector, 75 Ω
    Guard interval: 1/4, 1/8, 1/16, 1/32
    Weight: 1.1 kg
    Clear Filters

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    All Files

    File: UFO 834 Bedienungsanleitung_07.19.pdf

    Category: Bedienungsanleitungen

    Download Link: UFO 834 Bedienungsanleitung_07.19.pdf

    Description: ​Bedienungsanleitung DE / GB


    File: UFO834_V09_07.2021.zip

    Category: Firmware

    Download Link: UFO834_V09_07.2021.zip

    Description: Firmware Version für UFO 834 V09

    • Erweiterung um einen DiSEqC Kompatibilitätsmodus für Matrizen, die den Satellit über das DiSEqC-Kommando einstellen, aber für die Ebene die 13/18V und das 22kHz Dauersignal verwenden, z.B Kathrein Euroline
    • Verbesserungen bei der Ansteuerung von LNBs
    • Optimierung der erzeugten TS-Pakete der (P)SI-Tabellen
    • Fehler beim Erkennen von (P)SI-Tabellen bei bestimmten Transpondern behoben
    • Fehler, die bei der Regionalumschaltung von Programmen auftreten können, behoben