VHF összekötő kábel, 1,2 m

This cable is designed to allow a VHF radio and an AIS transponder to share a single marine antenna. It is specifically optimized to work with the Garmin Blackbox AIS 800 transponder, using its internal splitter for efficient antenna management.

The length of this Garmin VHF interconnect cable is 1.2 meters.

Yes, this cable is made from marine-grade materials. It is designed to resist corrosion, vibrations, salt spray, and harsh marine environments. Its design includes weather-resistant sheathing and reinforced connectors.

This cable is specifically designed for use with the Garmin Blackbox AIS 800 transponder.

The Garmin VHF interconnect cable (010-12824-01) is specifically designed to work with the Garmin Blackbox AIS 800 transponder and its internal splitter. Using it with other models or brands is not guaranteed and may not ensure optimal performance or connector compatibility.

This cable is designed to interconnect a VHF radio and the Garmin AIS 800 transponder to share an antenna. It is compatible with standard VHF radios that use the appropriate connectors for this type of interconnection.

This cable is designed to interface with the Garmin Blackbox AIS 800 transponder, which includes an internal antenna splitter. The cable connects the VHF radio to the AIS 800, allowing both devices to share the same VHF antenna via the AIS 800's built-in splitter.

The cable has male and female ports for direct interconnection of devices. The specific types are not detailed in the provided description, but they are suitable for connecting a VHF radio to the Garmin AIS 800 transponder.

Yes, this cable is designed to preserve AIS signal integrity and reception quality while minimizing RF loss. It maintains the necessary impedance and shielding specifications for optimal operation on the marine VHF band (156–162 MHz).

This cable is designed to maintain the impedance and shielding specifications required for optimal operation on the marine VHF band, which ranges from 156 to 162 MHz.

Yes, the Garmin VHF interconnect cable is made from marine-grade materials that ensure resistance to corrosion, vibrations, and harsh marine environments, including salt spray.

To ensure optimal integration and proper operation of the internal splitter in the Garmin Blackbox AIS 800 transponder, the use of this specific interconnect cable is recommended. It is designed to maintain signal integrity and compatibility.

With a length of 1.2 meters, this cable is suitable for installations where VHF and AIS units are mounted close together. For installations requiring a greater distance, this cable may not be sufficient.

This cable is an interconnect accessory. Its installation is straightforward for compatible systems, relying on the connection of male and female ports between the VHF radio and the AIS 800 transponder. It is designed for direct and simplified integration.

Yes, this cable’s design includes shielding required for optimal operation on the marine VHF band and to minimize RF loss, thereby ensuring signal quality.

The cable is designed to maintain the impedance specifications required for optimal operation on the marine VHF band (156–162 MHz), ensuring efficient signal transmission and minimizing RF loss.

The cable is specifically designed for use with the Garmin Blackbox AIS 800 transponder, utilizing its internal splitter. It is therefore optimized for this type of system integration.

The cable has reinforced connectors and male/female ports for direct interconnection. Simply ensure the connectors are firmly engaged and screwed in if applicable, to guarantee a stable electrical and mechanical connection and preserve signal integrity.

Yes, the cable design includes a weather-resistant sheath, contributing to its durability and performance in harsh marine environments.

This cable is a specific interconnect cable designed to connect a VHF radio to a Garmin AIS 800 transponder so they share a single antenna via the AIS 800's internal splitter. It is not designed as a generic VHF antenna extension but rather for a specific integration function.