Coexistence Filter for RFoG, RF Overlay, GPON, XG(S)PON

The Maxcom Coexistence mux allows systems to offer a combination of services over single fiber FTTx archetectures. These external muxes support a combination of E or GPON, XG(S)PON, RF Overlays, RFoG forward and return paths. 1550, 1610, 1270, 1577, 1310, 1490 nm

  1. General Details

    The Maxcom Coexistence mux allows systems to offer a combination of services over single fiber FTTx architectures. These external muxes support a combination of E or GPON, XG(S)PON, RF Overlays, RFoG forward and return paths.

    Standard units are manufactured into a small LGX platform, and may be customized to accommodate customer requirements. Customized configurations are available to support NG-PON2 ports or OTDR ports, contact Maxcom for available options or requirements. Transparent to incoming data, the MX coexistence mux/filter effectively increases existing cable capacity by multiplexing multiple separate wavelengths/channels over one single fiber.

    The Maxcom Coexistence Mux comes standard with SC/APC, but nay be ordered with other connector types. Because it is a passive device, it requires no power. Maxcom offers very economically priced mounting plates to allow 19″ rack mounting.

    Standard Configuration:

    • Common Port
    • 1550nm Port
    • 1610nm Port
    • 1310/1490nm PON Port
    • 1270/1577nm XGSPON Port
  2. Example Application

  3. Model Selection
    • MX-G-X-PON-RFOG Fiber Optic Multiplexer
  4. Specifications

    PORT CONFIQURATION:

    • Common Port
    • E or GPON: 1310/1490nm
    • XGSPON: 1270/1577nm
    • Video (1550): 1550nm
    • Return Path (1610): 1610nm

    BANDWIDTH

    • E or GPON: 1290~1330 / 1480~1500nm
    • XGSPON: 1260~1280 / 1575~1580nm
    • Video (1550): 1525~1560nm
    • Return Path (1610): 1596~1650nm

    OPTIC PORTS

    • Connector *SC/APC (LC optional)

    INSERTION LOSS

    • Typical <1.5 dB

    *See detailed Spec Sheet under Attached Documents

  5. Order Inquiry
  6. Documents
  7. Related Products