Antena LTE externa DELOCK 90711 conector TS9 1,5 dBi omnidireccional fija con cable RG-174 de 1 m para montaje exterior adhesivo, negra

DELOCK external LTE antenna model 90711 is a compact, fixed omnidirectional antenna designed to improve LTE reception for routers, modems and mobile hotspots. With a TS9 male connector and a 1 m RG‑174 cable, the antenna is intended for adhesive outdoor mounting on vehicles, windows or other exterior surfaces. Its 1.5 dBi gain provides moderate signal enhancement in areas with variable coverage while keeping a low-profile, weather-resistant form factor suitable for permanent installation.

Advantages

The antenna delivers omnidirectional reception that captures signals from all horizontal directions without manual aiming, simplifying installation and use. Its TS9 male connector ensures direct compatibility with devices that accept TS9 inputs, and the integrated 1 m RG‑174 cable provides a ready-to-use connection to nearby equipment. The adhesive mounting design enables fast attachment to glass, vehicle bodies or flat outdoor surfaces while the compact, low-profile housing minimizes visual impact and exposure to wind.

Suitable for

Key specifications

How to use

Clean and dry the intended mounting surface before applying the antenna to ensure a secure adhesive bond. Route the 1 m RG‑174 cable to the device with the TS9 input and connect the TS9 male connector firmly. Place the antenna on a window, vehicle panel or other outdoor surface with a clear view to surrounding cell towers for best reception. If relocation is needed, carefully remove the antenna and adhesive, then clean the surface and reapply a compatible adhesive pad or tape as required.

Recommendations

Place the antenna at a higher position and away from large metal obstructions to reduce signal attenuation. For longer cable runs or installations requiring higher durability, consider using an external cable and connector solution compatible with your device, keeping in mind that cable type and length affect overall signal loss.