DeLOCK 12694 antenna

The DeLOCK 12694 multiband network antenna integrates two physically separated transmitting and receiving units for LTE and WLAN 2.4 GHz. With a compact design and an SMA connector, this antenna is intended to improve wireless signal reception and transmission for a variety of networking setups. The package contains one antenna with a maximum gain of 3 dBi, suitable for both indoor and outdoor placement.

Advantages

The antenna provides a combined solution for LTE and 2.4 GHz WLAN using separate TX/RX units, reducing interference between bands. Its SMA connector ensures wide compatibility with routers, access points and radio modules that use standard SMA ports. The compact form factor allows flexible installation in limited spaces while the 3 dBi gain offers a modest signal improvement for everyday network use.

Suitable for

• Improving Wi‑Fi 2.4 GHz coverage in small to medium indoor areas
• Enhancing LTE signal reception for outdoor or indoor routers and modems
• Connecting to devices with an SMA antenna port (routers, access points, LTE gateways)

Key specifications

• Model: DeLOCK 12694
• Frequency bands: LTE and WLAN 2.4 GHz
• Maximum gain: 3 dBi
• Connector type: SMA
• Package contents: 1 x antenna

How to use

Attach the antenna to the SMA connector on your router, access point or LTE modem. Position the antenna vertically and adjust orientation or location to find the best signal level. For outdoor use, ensure the connector and mounting point are protected from direct water exposure and extreme weather where applicable. After mounting, check device signal indicators or use network tools to verify improved reception and adjust placement if necessary.

Recommendations

For optimal results, place the antenna away from large metal objects and other sources of electromagnetic interference. When used outdoors, use weatherproof adapters or enclosures to protect the SMA connection. If stronger coverage or specific directional gain is required, consider a higher-gain or directional antenna instead of this omnidirectional multiband unit.