Antena omnidireccional DELOCK 5G LTE GNSS WiFi 6 conector macho SMA 0,9–4,1 dBi 183 mm con articulación inclinable

DELOCK omnidirectional antenna for 5G, LTE, GNSS and WiFi 6 with SMA plug and tilt joint. The antenna covers multiple frequency ranges from 0.617 GHz up to 5.925 GHz and offers peak gains up to 4.1 dBi with 50 Ω impedance and linear vertical polarization. Its compact 183 mm length and lightweight construction make it suitable for external mounting on routers, gateways, modems and various IoT devices that require multi‑band external antennas.

Advantages

The antenna provides wide frequency coverage including common 5G, LTE, GNSS and WiFi 6 bands in a single omnidirectional form factor, reducing the need for multiple dedicated antennas. The integrated SMA plug and tilt joint simplify installation and allow precise aiming while maintaining a stable connection. With low weight and a 183 mm length, it fits confined spaces and supports external mounting without significant mechanical load.

Suitable for

• 4G/5G routers and gateways requiring external antenna connectivity
• Industrial and consumer modems for improved cellular reception
• IoT devices and trackers that need multi‑band support
• WiFi 6 access points where extended external coverage is beneficial
• Applications combining GNSS reception with cellular and WiFi links

Key specifications

• Frequency ranges: 0.617–0.96 GHz, 1.166–1.61 GHz, 1.71–2.2 GHz, 2.3–2.69 GHz, 3.3–5.0 GHz, 5.1–5.925 GHz
• Peak gain: 0.9–4.1 dBi (depending on frequency band)
• Impedance: 50 Ω
• Polarization: linear, vertical
• Connector: SMA plug
• Length: 183 mm
• Weight: approximately 22 g

How to use

Attach the antenna to the SMA female connector on the external port of the router, modem or gateway and tighten by hand until secure; do not overtighten. Adjust the tilt joint to the required orientation for best reception and lock the position if the joint provides a fastening mechanism. Place the antenna in a location with minimal obstructions and with a clear view towards the intended signal source where possible. For GNSS reception, position the antenna to reduce nearby metallic obstructions and electromagnetic interference.

Recommendations

For optimal performance, test different mounting positions and antenna orientations and choose the one that yields the best signal strength and stability. Avoid mounting directly on large metal surfaces without an insulating spacer, and use a weather‑resistant mount or enclosure if the antenna is installed outdoors.