Passive Devices
Fiber Splitters, Muxes, CWDM, DWDM, WDM, PON, Fiber Jumpers, Fiber Attenuators.
Coexistence Filter for RF Overlay, GPON and 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, and RF Overlay. 1550, 1270, 1577, 1310, 1490 nm
Coexistence Filter for RFoG, RF Overlay, Combo GPON and 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
MUX for GPON and XG(S)PON
The Maxcom MX-G-X-PON Mux allows systems to offer a combination of services over single fiber FTTx architecture's. These external muxes support a combination of E or GPON and XG(S)PON. 1270, 1577, 1310, 1490 nm
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
Fiber Optic Splitters
Maxcom Fiber Optic Splitters are available in various configurations and sizes, and are customizable
LGX Mounting Plates / Frames
19" Rack mount plates enable optical fiber cable management and mounting of LGX fiber modules or muxes in a compact 1 or 3 RU space.
M-TAP Fiber Test Tap
The Maxcom Fiber Tap (M-TAP) is a portable optical test tool designed to minimize customer downtime. Two Splitters/Taps One Portable Device 80/20 split ratio 50/50 split ratio
2×1 Auto Detect Optical Switch
A (2x1) optical protection switch provides two diverse routes for the same link. On detection of a failure, the unit automatically switches to the redundant route.
2 x 1 RF Switch with Auto Detect
Auto detect 2×1 RF switch, used for simple automated switching or redundancy of the RF signal path.
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