-40%

HV-320E FPV Full HD Video Transmitter (100~2500Mhz), HDMI/CVBS to DVB-T

$ 194.83

Availability: 20 in stock
  • Video input: HDMI/ Composite(CVBS)
  • All returns accepted: ReturnsNotAccepted
  • Brand: HiDes
  • Model: HV-320E
  • MPN: HV-320E
  • Max power output @2450Mhz: 0dBm
  • Max power output @474Mhz: +6.5dBm
  • Condition: New
  • Max output power @1250Mhz: +5.5dBm
  • Output PWR @800~950Mhz: +6dBm
  • Supported Modes: DVB-T
  • Frequency Band(s): 100~2500MHz

    Description

    HV-320
    is the most cost-effective solution to transmit long range HD video for FPV application with digital TV technology.
    The video input source from either HDMI/DVI or composite (CVBS) is encoded in H.264 streams, modulated with the open industrial standard EN 300-744 DVB-T/ARIB STD-B31 ISDB-T/ABNT NBR 15601 ISDB-Tb
    *
    , and then transmitted over cable or air.
    *
    HV-320E supports EN 300-744 DVB-T modulation while HV-320J supports ARIB STD-B31 ISDB-T/ABNT NBR 15601 ISDB-Tb modulation.
    All DVB-T/ISDB-T/ ISDB-Tb compliant receivers
    **
    ,
    including SetTopBox, Digital TV, PC/NB USB DTV dongle, or DTV capture card can receive, and watch the video from an HV-320 via the standard coaxial cable or antenna.
    **
    HV-320 supports only H.264 video encoding
    , so the receiver should be able to decode H.264 stream while old DVB-T/ISDB-T TV’s may not.
    Features
    High-Performance Wide Frequency Rage Support
    Direct digital conversion to 100..2500 MHz for excellent signal quality
    Professional grade modulation error rate (MER)
    Flexible Bandwidth Option
    In DVB-T mode, 1MHz~8MHz Bandwidth options are supported.
    UART Digital Data Mux
    HV-320 supports UART data mux feature. GPS or aviation data can be multiplexed in the transmitted stream from HV-320’s UART port. Besides audio and video, the receiver can decode the received UART data for further data processing.
    The communication parameters for the data mux UART port are configurable.
    Security for anti-eavesdropping
    Support both RF layer and TS data layer encryption.
    Low-Cost HD Video Distribution
    Compliant to existing HD TV sets, no extra adapter required, and no restriction on the number of receivers. All the peripherals like splitter, amplifier, connector…etc are the same as those for regular TV.
    In DVB-T mode, 1MHz~8MHz Bandwidth options are supported.
    Versatile video inputs
    Support HDMI/DVI and composite (CVBS) video input.
    Easy to Configure
    Channel number can be switched with the IR RC or onboard push buttons easily.
    *The channel list mapping is user configurable (channel number -> frequency/bandwidth)
    More advanced configurations can be set from an external host like PC/NB thru serial port interface. UART control protocol and API/SDK available on request.
    Optional LCM configuration tool (HL-100) is also available.
    Robust, Reliable and Long Distance
    Easily transmit 1080p video over a single 3C2V/RG59 cable for at least 500 meters long without adding any repeater.
    For wireless applications, the line of sight transmission distance may reach 50~100 meters at 0dBm RF radiation power and up to several kilometers at 30 dBm with an external PA. The real distance depends on the antenna design and receiver quality.
    Differential RF output is also available for RF signal distribution with twisted pairs (telephone or Ethernet RJ-45) instead of heavy coaxial cables.
    Daisy-chain Connection (Bus-Topology)
    Multiple HV-320’s with different channel configurations can share a single cable. It can dramatically reduce cable deployment cost and effort.
    Real-time protocol and Low latency
    No frame drop in QEF (Quasi-Error-Free) condition, and low transmission latency
    *With HV-120/HV-110, the latency for 1080P HD is about 250mS
    Order Information:
    Model
    Features
    HV-320E
    DVB-T (H.264 only), channel frequency range 100-2500MHz
    HV-320E-PATV
    DVB-T (H.264 only), channel frequency range 100-2500Hz
    With 400~800 MHz  band power amplifier, >23dBm* average OFDM output
    HV-320E-PA900
    DVB-T (H.264 only), channel frequency range 100-2500Hz
    With 700~1000MHz band power amplifier , >23dBm* average OFDM output
    HV-320E-PA1200
    DVB-T (H.264 only), channel frequency range 100-2500Hz
    With 1.2G(1000~1500MHz) band power amplifier ,
    >23dBm* average OFDM output
    HV-320E-PA2400
    DVB-T (H.264 only), channel frequency range 100-2500Hz
    With 2.4G band power amplifier,
    >23dBm* average OFDM output
    HV-320J
    ISDB-T (H.264 only), channel frequency range 100-2500MHz
    HL-100T (optional)
    LCM configuration tool
    *the PA output power designated is average power for OFDM output, while the peak power for sine tone output is around 30dBm, 1W.
    General Specifications:
    Input
    Video: CVBS, HDMI 1.3
    Audio: Stereo line-in or HDMI PCM audio-in
    Compression
    Video: H.264
    Audio: AAC or MPEG
    Resolution
    Input
    CVBS
    720x480x30I (NTSC, D1)
    720x576x25I (PAL, D1)
    HDMI
    720x480x30I (NTSC, D1)
    720x576x25I(PAL, D1)
    1280x720x50I/1280x720x50P
    1280x720x60I/1280x720x60P
    1920x1080x24P
    1920x1080x50I/1920x1080x50P
    1920x1080x60I/1920x1080x60P
    Video Output
    Compression:H.264
    Frame size:
    720x480x30P (NTSC, D1)
    720x576x25P (PAL, D1)
    1280x720x25P
    1280x720x30P
    1920x1080x24P
    1920x1080x25P
    1920x1080x30P
    Note: the output frame size is the same as the input, no scale-up or scale-down feature supported
    Power
    HV-320 without PA
    5 V or 6~16V DC
    1420 mA@5V
    470mA@12V
    HV-320-PA430
    HV-320-PA700
    12V DC
    710mA@12V
    HV-320-PA900
    HV-320-PA1200
    HV-320-PA2400
    5V or 12V DC
    2050mA@5V
    720mA@12V
    Dimension WxDxH
    W(105 mm) x D(75 mm) x H(35 mm)
    (Bare bone PCBA size: 100mmx70mm)
    Weight
    175g
    (Bare bone PCBA weight 55g)
    Operating Temperature
    -10

    ~ 60

    Digital TV RF Transmitter Specifications:
    Parameter
    Value
    TV Standard
    HV-320E
    DVB-T EN-300 744
    HV-320J
    ISDB-T ARIB STD-B31
    ISDB-Tb
    ABNT NBR 15601
    RF connector
    50-Ω SMA connecter
    Bandwidth
    HV-320E
    1/2/3/4/5/6/7/8 MHz
    HV-320J
    6MHz
    FFT
    2K, 4K, 8K
    Code rate
    1/2, 2/3, 3/4, 5/6, 7/8
    Guard interval
    1/4, 1/8, 1/16 or 1/32
    Frequency range
    100~2500MHz, step size 1KHz
    Segment & Layer
    HV-320E
    n/a
    HV-320J
    13 Seg
    Time Interleaver
    HV-320E
    n/a
    HV-320J
    Not supported
    RF Output Level (dBm)
    Hv-320E/HV-320J **
    Frequency
    177.5
    MHz
    474
    MHz
    666
    MHz
    915
    MHz
    1250
    MHz
    2450
    MHz
    Max
    6.5
    6.5
    6.5
    5.5
    5.5
    0
    HV-320E-PATV
    HV-320J-PATV
    400~800MH
    z
    >+23
    dBm (with TV band Power Amplifier)
    HV-320E-PA900
    HV-320J-PA900
    700~1000MH
    z
    >+23
    dBm (with 900MHz band Power Amplifier)
    HV-320E-PA1200
    HV-320J-PA1200
    1000~1500M
    z
    >+23
    dBm(with 1.2G band Power Amplifier)
    HV-320E-PA2400
    HV-320J-PA2400
    2400~2500M
    z
    >+23
    dBm(with 2.4G Power Amplifier)
    Digital Gain/Attenuator
    for Fine Tuning
    r
    ange: +0dB~-47dB , Step size 1dB
    Default: -5dB
    MER
    Typically, @-5 dB attenuation by ADRF6755
    >38dB@V-band
    >38dB@470-950 MHz
    >35dB@950-1900MHz
    >33dB@1900-2500MHz
    (>25dB with 700M/900M/1.2G/2.4G +20 dBm output PA)
    Spectrum Shoulder
    (Adjacent channel)
    >48dB
    Phase noise
    <-92dBc @ 10kHz
    Carrier Suppression
    >42dB
    Specifications are subject to change without prior notice.
    *: There could be MER loss in high gain/attenuation level.
    HV-320 Application Scenario-FPV
    UART GPS Data Mux (Demux’ed by HV-120)
    UART GPS Data Mux (Demux’ed by USB Receiver Dongle)
    HV-320 Application – Entertainment HD Video Distribution
    HV-320 Application – Live Video Broadcast
    HV-320 Application – Digital Signage
    HV-320 Application Scenario-Wireless
    HV-320 Application Scenario-Wired
    System Deployment Example – Daisy-Chain Bus Topology