Products

  • GLB3500A-2R Twin Fiber Optic LNB

    GLB3500A-2R Twin Fiber Optic LNB

    • Working with GLB3500A-2A optical transmitter

    • 174~806MHz and 950~2150MHz Output

    • RHCP/LHCP switched by 13V/18V

    • Powered by satellite receiver or multiswitch

  • GLB3300MG GPS fiber optic extender

    GLB3300MG GPS fiber optic extender

    • Sending Satellite RF signal over fiber.

    • Supporting GPS GLONASS Galileo Beidou.

    • Offering 5.0V DC power to outdoor satellite antenna.

    • Enable GPS service indoor.

  • GRT319 Remote OLT for HFC to FTTH

    GRT319 Remote OLT for HFC to FTTH

    • Compact Aluminum die-casting water proof housing
    • One fiber input for 1550nm RF and 1270nm/1330nm 10Gpbs
    • One fiber output for 1550nm and 1490nm/1310nm GPON
    • Supporting Maximum 256 HFC subscribers
  • GFD2000 LNB Dongle

    GFD2000 LNB Dongle

    ● GFD2000 Fiber Optic LNB Dongle

    ● Installed on the RF port of Satellite STB

    ● Wideband Gain Flattened design

    ● Higher than 10dB MER@-18dBm

    ● Powered by satellite STB

  • GWT3500 1550nm CATV transmitter

    GWT3500 1550nm CATV transmitter

    • 19” 1RU compact housing with display.

    • Emcore cooled DWDM 1550nm DFB laser.

    • 1002MHz/1218MHz predistortion design.

    • Broadcasting or Narrowcasting application.

    • Regular 1310nm forward path available.

  • GLB3500M-4 Terr TV and One Quattro LNB over fiber

    GLB3500M-4 Terr TV and One Quattro LNB over fiber

    • Quattro LNB and Terr TV over one SM.

    • VL/VH/HL/HH bandwidth: 950MHz to 2150MHz.

    • Terrestrial TV bandwidth: 174~806MHz.

    • Reverse 13V/18V DC to Quattro LNB at optical transmitter.

    • One optical transmitter supports 32 FTTB optical receivers.

    • 1530nm/1550nm/1570nm/1590nm CWDM system.

    • High MER at each receiver RF output.

  • GWR1200 CATV Optical Node

    GWR1200 CATV Optical Node

    • Universal Outdoor Design.

    • Forward path 1002/1218MHz.

    • Forward path single 50dBmV or dual 46dBmV.

    • Return path 1310nm/1550nm transmitter option.

    • 220V or 60V power supply.

  • GLB3500M-3 Terr TV and One wideband LNB over fiber

    GLB3500M-3 Terr TV and One wideband LNB over fiber

    • Wideband LNB and Terr TV over one SM.

    • Wideband H or V bandwidth: 290MHz to 2350MHz.

    • Terrestrial TV bandwidth: 45~806MHz.

    • Reverse 14V DC to wideband LNB at optical transmitter.

    • One optical transmitter supports 32 FTTB optical receivers.

    • 1530nm/1550nm/1570nm CWDM system.

    • High MER at each receiver RF output.

  • GLB3500M-6 Six Wideband RF over Fiber

    GLB3500M-6 Six Wideband RF over Fiber

    • Wall Mount Sheet Metal Housing

    • 6ch CWDM Fiber Optic transmitter and receiver

    • Each CWDM carrying 174~2350MHz RF

    • Higher than 30dB RF isolation

  • GLB3500M-8 Terr TV and Two Quattro LNBs over fiber

    GLB3500M-8 Terr TV and Two Quattro LNBs over fiber

    • Two satellite Quattro LNBs and Terr TV over one SM.

    • VL/VH/HL/HH bandwidth: 950MHz to 2150MHz.

    • Terrestrial TV RF 174~806MHz.

    • 8 CWDM uncooled DFB Lasers from 1470nm to 1610nm.

    • AGC at optical transmitter and receiver.

    • Supporting 1×32 PON FTTB and 5Km fiber distance.

    • Excellent RF Isolation.

  • GLB3500M-16 Terr TV and Four Quattro LNBs over fiber

    GLB3500M-16 Terr TV and Four Quattro LNBs over fiber

    • Four satellite Quattro LNBs and Terr TV over one SM.

    • VL/VH/HL/HH bandwidth: 950MHz to 2150MHz.

    • Terrestrial TV RF 174~806MHz.

    • 16 CWDM uncooled DFB Lasers from 1310nm to 1610nm.

    • AGC at optical transmitter and receiver.

    • Supporting 1×32 PON FTTB and 5Km fiber distance.

    • Excellent RF Isolation.

  • GLB3500MT Terr TV and Sat Fiber Optic Transmitter

    GLB3500MT Terr TV and Sat Fiber Optic Transmitter

    • Converting Terr and Sat at compact housing.

    • Terrestrial TV input: 174 -806 MHz.

    • Satellite RF input: 950MHz~2150MHz.

    • 13V or 18V DC to LNB on request.

    • AGC and GaAs Low Noise Circuit.

    • 1550nm uncooled DFB Laser output.