DELOCK 4G GNSS strešná všesmerová anténa — 1×FAKRA A + 1×FAKRA B, 2 dBi / 28 dB, 2,2 m RG-174, čierna

Outdoor DELOCK 4G GNSS omnidirectional roof-mount antenna with two FAKRA connectors (1×FAKRA A and 1×FAKRA B). The antenna combines omnidirectional reception for cellular 4G signals and GNSS positioning signals in a single compact, weather-resistant housing. It is supplied with a 2.2 m RG-174 cable and offers a stated antenna gain of 2 dBi and 28 dB amplification or reception improvement where applicable, enabling stable multi-directional signal pickup when mounted on a vehicle roof or a fixed roof installation.

Advantages

The antenna provides combined 4G and GNSS capabilities in one unit, reducing the need for multiple rooftop devices. Its omnidirectional characteristic simplifies installation by maintaining reception without precise aiming. Two different FAKRA connector types (FAKRA A and FAKRA B) allow connection to devices with corresponding ports. The included 2.2 m RG-174 cable and a compact black weatherproof housing support straightforward external mounting and protection against outdoor conditions.

Suitable for

Key specifications

How to use

Mount the antenna on a suitable roof location ensuring a clear surrounding for best omnidirectional reception. Route the supplied 2.2 m RG-174 cable to the device requiring 4G or GNSS input and connect the appropriate FAKRA connector (FAKRA A or FAKRA B) to the corresponding port on the modem, router, receiver or vehicle interface. Secure the antenna housing using appropriate mounting hardware for the roof type and check cable routing to avoid sharp bends or pinching. After connection, verify signal levels on the target device and adjust placement if necessary for optimal reception.

Recommendations

Place the antenna centrally on the roof and keep its surroundings free of large metallic obstacles for improved omnidirectional performance. Use the correct FAKRA connector type for each device and avoid bending the RG-174 cable sharply near the connector to preserve signal integrity.