ATX MN4CSF 4-way Combiner/Splitter Module
Condition: New
Products Overview: The ATX MAXNET MN4CSF is a 4×4 service group combiner/splitter module designed for high-density RF signal management in cable and broadband networks. Housed in a modular chassis, it offers four input ports and four output ports, with each signal path equipped with integrated pad/EQ adjustments and front-facing –20 dB test points. Featuring 75 Ω F-type connectors and frequency coverage from 5–1002 MHz (or up to 1218 MHz depending on configuration), it is compliant with DOCSIS 3.1 / CCAP standards. This module is now discontinued by ATX, but remains a robust choice for precision RF combining and splitting needs.
Features:
4‑in / 4‑out combiner/splitter with service-group architecture
Front-access –20 dB test points on common and port connections for in‑system signal verification
Plug-in pad/EQ support allows field-adjustable insertion loss and equalization per path
Frequency range 5–1002 MHz (or up to 1218 MHz), with 75 Ω F-type connectors and full CCAP/DOCSIS 3.1 compliance
Condition: New
Products Overview: The ATX MAXNET MN4CSF is a 4×4 service group combiner/splitter module designed for high-density RF signal management in cable and broadband networks. Housed in a modular chassis, it offers four input ports and four output ports, with each signal path equipped with integrated pad/EQ adjustments and front-facing –20 dB test points. Featuring 75 Ω F-type connectors and frequency coverage from 5–1002 MHz (or up to 1218 MHz depending on configuration), it is compliant with DOCSIS 3.1 / CCAP standards. This module is now discontinued by ATX, but remains a robust choice for precision RF combining and splitting needs.
Features:
4‑in / 4‑out combiner/splitter with service-group architecture
Front-access –20 dB test points on common and port connections for in‑system signal verification
Plug-in pad/EQ support allows field-adjustable insertion loss and equalization per path
Frequency range 5–1002 MHz (or up to 1218 MHz), with 75 Ω F-type connectors and full CCAP/DOCSIS 3.1 compliance