Our Applications & Solutions

1310/1550 Fiber Optic Tx


The MX862T series direct modulated transmitter delivers high performance signal transmission of NTSC, PAL, digital or compressed digital information for CATV and/or telephony applications. It is based upon custom high-linearity optically isolated DFB (Distributed Feedback) lasers, specifically designed for multi-channel AM video applications. Automatic output power control, coupled with temperature stabilization provided by a thermoelectric cooler ensures maximum performance and longer laser life.

The units are packaged in slim 1.75-inch high, 19-inch rack-mounted enclosures. Each unit is fitted with a self-contained power supply with 110 VAC input.

All internal laser parameters and monitoring functions are under microprocessor control: the front panel VFD displays select information related to laser operation. Alarm relay contacts in the back of the units provide remote warning in the case of a disabled transmitter.


  • 862 Mhz RF Bandwidth
  • 1310nmand 1550nm Optical Operation
  • Easily Accessible Test Points
  • Front Panel LED Indicators
  • Dual Power Supplies and Dual Fans on Transmitter

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Our Solutions

System Solutions

To grow your business – and your revenue – operators want the Knowledge, Assets and impartial technical guidance only a true Partner can deliver! From HFC and DOCSIS to x-PHYTM; from FTTx – GPON and RFoG to IPTV; from Linear Video to Multi-Screen; MHz best-in-class Technologies and Client Services will meet your goals while exceeding your expectations…

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Client Services

Too much on your plate?
Not enough hours in your day?

The next time you need, Linear Video or Multi-Screen, MPEG, DOCSIS or x-PHYTM, IP or RF resources to support the operation of Multi-Vendor, Multi-Technology products deployed in your HFC or FTTx network, MHz can help!

Choose from a customized package of remote “Fractional Engineering” hours you can use over an extended period of time; or our on-site Integration and Activation Services.

Both can offset your temporary work-load.

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