Omni-directional network antenna Poynting A-MIMO-0003-V2-15-B SMA 2.4–2.5 / 5–6 GHz 5.8 dBi

Poynting A-MIMO-0003-V2-15-B is an omni-directional multi-element network antenna in a single compact housing with an SMA male connector. The antenna covers 2.4–2.5 GHz and 5–6 GHz Wi‑Fi bands and delivers a rated maximum gain of 5.8 dBi. The A-MIMO-0003-V2-15-B integrates multiple radiating elements to support 2x cellular MIMO, 2x dual-band Wi‑Fi MIMO and an active GPS/GLONASS element, and is designed for DC power input (2.7–3.3 V, max consumption up to 50 W). The antenna is intended for indoor and outdoor use in transportation, marine, industrial and M2M/IoT installations and is certified to CE, EN, CSA, IEC and RoHS standards.

Advantages

The antenna combines five functions in one housing: dual cellular MIMO, dual Wi‑Fi MIMO and active GNSS, reducing the need for multiple roof- or mast-mounted devices. Wideband cellular coverage spans low and mid bands used by contemporary 2G/3G/4G systems and emerging LTE/5G bands up to 3.8 GHz, while the dual-band Wi‑Fi elements provide concurrent 2.4 GHz and 5 GHz operation with 2×2 MIMO. The omni-directional radiation patterns are optimised for balanced horizontal coverage and elevation gain suitable for vehicles and vessels. Robusting and water-resistant construction make it suitable for exposed transport and marine environments.

Suitable for

• Transport broadband and onboard Wi‑Fi distribution for buses, trucks and public safety vehicles
• Marine broadband and Wi‑Fi distribution for boats and near‑coastal vessels
• Industrial M2M, telemetry and factory automation systems
• Agricultural automation and remote IoT telemetry
• Mining vehicle communications and automation

Key specifications

• Frequency coverage (Wi‑Fi): 2.4–2.5 GHz and 5–6 GHz
• Rated maximum gain: 5.8 dBi
• Integrated configuration: 2× cellular MIMO, 2× dual‑band Wi‑Fi MIMO, 1× active GPS/GLONASS
• Impedance: 50 Ω
• Connector type: SMA male
• Power: DC input 2.7–3.3 V, maximum consumption up to 50 W for active element
• Operating temperature (active GNSS capable to): down to −40 °C for the active GNSS element
• Radiation pattern: omni‑directional with elevation optimisation for transport and marine use
• Environmental protection: robust, water‑resistant construction suitable for outdoor/transport applications

How to use

Mount the antenna on a suitable roof or mast surface using the appropriate mounting option; ensure connectors and cable routing avoid sharp bends and mechanical stress. Connect RF cables to the SMA male connector(s) on the antenna and to the corresponding modem, router or access point RF ports configured for MIMO operation. Connect the DC power source as required for the active GNSS element, observing the specified input voltage range. After installation, verify antenna orientation and perform signal checks to confirm cellular and Wi‑Fi link quality and GNSS reception.

Recommendations

For best performance in transportation and marine environments, install the antenna in a centrally located, elevated position clear of large metal obstructions. Use low‑loss RF cable for longer runs, secure connections against moisture ingress, and verify that the modem/router supports 2×2 MIMO and the frequency bands required by your operator or network.