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Omni-directional antenna Panorama Antennas DWMM4[G]-6-60 7 dBi SMA
The Panorama Antennas DWMM4[G]-6-60 is an omni-directional 4x4 MIMO antenna covering wide frequency ranges from 617 MHz up to 6000 MHz, with a maximum gain of 7 dBi. Housed as a single unit with four separately fed ultra-wideband elements, it supports global 4G and 5G networks and includes an SMA male connector and 50 Ω impedance. The DWMM4G variant includes an integrated GPS/GNSS module with a 26 dB LNA and extra filtering to reduce noise. The antenna is supplied with flame-retardant integrated coaxial cable to simplify installation and reduce exposed connector joints.
The antenna provides a compact 4x4 MIMO solution in a single housing, delivering wideband coverage for numerous cellular bands and network types. Its omnidirectional pattern removes the need for directional alignment, while multiple mounting options—wall bracket, mast clamps, direct screw mounting to non-conductive panels or internal walls, and supplied desk feet—allow flexible placement. Integrated flame-retardant cabling and, where fitted, a GPS/GNSS module with 26 dB LNA and filtering simplify system integration and improve positioning signal resilience.
Choose a mounting option that suits the site: attach the supplied wall bracket with the included screws and plugs for wall mounting, use the supplied clamps for mast mounting, fasten directly to non-conductive panels or interior walls with screws, or fit the supplied feet for desk placement. Connect the antenna to the cellular modem or router using the SMA male connector and route the integrated flame-retardant cable to minimise exposed joints. If using the DWMM4G variant, connect the GPS/GNSS feed to the appropriate receiver input and supply 3–5 V as specified to power the integrated LNA.
Install the antenna as high and unobstructed as practical to maximise omnidirectional coverage and reduce multipath effects; avoid mounting on large conductive surfaces unless electrical isolation is provided. Verify connector torque and cable routing to prevent strain on the integrated cables, and ensure the GPS/GNSS feed has a clear view of the sky for reliable positioning signals.
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