F&C Marine Knowledge Base
Technical guides, troubleshooting articles, product advice and real-world project notes covering AIS systems, marine antennas, VHF radio, radar systems, marine communications, NMEA networking and RF diagnostics.
This knowledge base brings together F&C Marine technical articles covering common marine electronics questions, installation considerations and fault-finding topics. It is intended to help vessel owners and operators understand equipment choices, antenna performance, AIS issues, VHF radio problems, radar interference, NMEA data networks and onboard communications systems.
AIS transponders, antennas, splitters, range issues and installation advice.
Antenna mounts, adaptors, thread sizes, cable loss and compatibility guides.
VHF range, radio faults, antenna height, cable issues and troubleshooting.
MMSI programming, private channels, handheld setup, configuration and vessel communications support.
Radar interference, installation considerations and navigation equipment topics.
SWR, antenna testing, RF interference, coaxial cable and signal loss.
NMEA 0183, NMEA 2000, marine electronics data networks and system integration.
GMDSS, EPIRBs, SARTs, NAVTEX and maritime emergency communication systems.
TVRO tracking, satellite communications and practical vessel system fault finding.
Need More Than a Guide?
If a troubleshooting guide has not resolved the problem, F&C Marine provides marine electronics repair and technical support covering radar, AIS, VHF radio, GPS, chartplotters, NMEA networks, antennas, communications and other vessel systems.
Technical Services
F&C Marine provides assessment-led marine radio programming support for fixed and handheld marine radios. Typical enquiries include MMSI programming, approved private channels, replacement-radio configuration, handheld radio setup and remote programming support for selected equipment.
Many of the guides in this knowledge base support real product categories, helping vessel owners connect technical advice with suitable marine electronics equipment.
VHF, AIS, UHF and antenna mounting equipment.
AIS Transponders & AccessoriesAIS systems, receivers, splitters and accessories.
AIS AntennasDedicated AIS antennas and related RF equipment.
Marine VHF Radio SystemsMarine VHF communications equipment and systems.
Marine RadarRadar equipment for commercial and vessel navigation applications.
Cable AssembliesMarine coaxial, data and communications cable assemblies.
NAVTEX EquipmentNAVTEX receivers, antennas and associated equipment.
GMDSS EquipmentMarine distress, communications and safety equipment.
Alongside technical guides, F&C Marine has project notes and case studies showing practical communications, radar, satellite, antenna and fault-finding work carried out on vessel systems.
Example of VSAT and satellite communications work on a vessel.
Marine radio service support following a vessel survey issue.
Radar installation and navigation-electronics project work.
Satellite TVRO tracking fault investigation and technical support.
Practical AIS antenna and RF fault-finding case study.
Fault finding across AIS, wind instrumentation and NMEA networking.
Technical guides can help identify common problems, but some faults require equipment testing, configuration checks or professional assessment. F&C Marine provides marine electronics repair, fault finding, programming, installation and technical support for commercial and leisure vessels.
Request Marine Electronics Support →Browse the latest guides, project notes and technical articles from F&C Marine.
Marine UHF Antenna SWR Troubleshooting Marine UHF antenna SWR troubleshooting is essential when a vessel has poor radio range, unreliable transmission, intermittent communication faults or suspected RF installation
UHF Antenna Cable Loss Explained UHF antenna cable loss is one of the most overlooked causes of weak marine communication performance, poor transmission range and unreliable offshore radio
Marine UHF Antenna Mounting Guide This marine UHF antenna mounting guide explains how to install marine UHF antennas correctly for maximum offshore communication performance, RF efficiency and long-term
Marine UHF antenna gain explained properly is critical for building reliable offshore communication systems. Many boat owners and vessel operators assume higher antenna gain automatically delivers better performance,
Understanding UHF vs VHF Marine Communications is important when selecting radio systems for commercial vessels, offshore operations, workboats, harbour craft and professional marine communication networks. While both UHF
Marine UHF Antenna Frequency Guide Selecting the correct Marine UHF Antenna Frequency Guide information is important for communication reliability, radio compatibility and professional marine RF system performance. Commercial
