Antenna DeLOCK LTE MIMO GNSS 3 x connettore maschio SMA RG-174 3 m per esterni nero

The DeLOCK LTE MIMO GNSS antenna is an outdoor-ready antenna with three SMA plugs and a 3 m RG-174 cable. Constructed from ABS synthetic material and finished in black, it is designed to support multiple radio standards and provide reliable reception for LTE, GNSS and related wireless systems in outdoor or indoor installations.

Advantages

This antenna supports multiple frequency bands and technologies including GSM, UMTS, LTE, ZigBee, DECT, Z-Wave, NB-IoT, GNSS, Bluetooth, ISM, MIMO and LoRa (868 MHz / 915 MHz). The three SMA plugs enable MIMO and GNSS connections simultaneously, while the 3 m RG-174 cable allows flexible placement. The ABS housing offers durable protection for outdoor use.

Suitable for

• Improving LTE reception for routers, gateways and modems
• Adding GNSS reception to tracking devices and navigation systems
• Deployments requiring MIMO connectivity for higher throughput
• IoT and LPWAN applications using NB-IoT or LoRa (868/915 MHz)

Key specifications

• Connectors: 3 x SMA plug
• Cable: RG-174, length 3 m
• Material: ABS synthetic
• Colour: Black
• Supported technologies: GSM, UMTS, LTE, ZigBee, DECT, Z-Wave, NB-IoT, GNSS, Bluetooth, ISM, MIMO, LoRa (868/915 MHz)
• Manufacturer: DELOCK, MPN 12700, EAN 4043619127009

How to use

Mount the antenna outdoors or indoors in a location with good sky view for GNSS and minimal obstructions for cellular signals. Connect the three SMA plugs to the corresponding antenna ports on your device (for example: two for LTE MIMO and one for GNSS). Route the 3 m cable to the device, secure the cable to prevent strain on the connectors, and ensure connectors are tightened by hand to maintain a reliable connection.

Recommendations

For best performance, position the antenna as high as practical and away from large metal objects or other sources of interference. Use weatherproofing measures at the connector interfaces if the antenna is exposed to direct rain or extreme conditions.