Panorama Antennas WMM8G-7-38 MiMo Directional Antenna

The WMM8G-7-38 MiMo Directional Antenna from Panorama Antennas is a high‑gain, two‑port MIMO solution engineered to boost 4G connections and support select 5G networks. This rugged, weather‑resistant outdoor antenna combines two independently fed wideband elements in a single housing, enabling client‑side MIMO and diversity to maximize performance in challenging signal environments. If you’re looking to improve data throughput, stabilize connections, and extend coverage for rural campuses, remote job sites, or urban rooftops, the WMM8G-7-38 is designed to deliver reliable results with minimal footprint and simple installation.

• High‑gain 2x2 MIMO directional performance tailored to improve reception and uplink reliability for 4G networks and select 5G NR deployments, delivering stronger signal strength where it matters most.
• Two independently fed wideband elements housed in a single rugged enclosure provide true client‑side MIMO and diversity, maximizing reliability by leveraging multiple signal paths.
• Rugged, weatherproof outdoor design built to withstand sun, wind, rain, and harsh environments, making it suitable for rooftop mounts, exterior walls, and exposed installations.
• Compact, integrated construction reduces mounting complexity and footprint, allowing quick alignment and cleaner cable management for a professional, low‑profile look.
• Wideband compatibility with 4G and select 5G networks—delivering improved coverage across a broad range of LTE bands while supporting certain 5G frequencies, making it a versatile solution for evolving networks.

Technical Details of Panorama Antennas WMM8G-7-38 MiMo Directional Antenna

• Antenna Type: 2x2 MIMO directional
• Elements: Two independently fed wideband elements in a single housing
• Outdoor rating: Rugged, weatherproof construction designed for external mounting
• Connectivity: Supports integration with standard RF systems in a 50‑ohm environment
• Compatibility: Client‑side MIMO and diversity capabilities for 4G and select 5G network scenarios

How to install Panorama Antennas WMM8G-7-38 MiMo Directional Antenna

• Choose a mounting location with a clear line of sight to the nearest cell tower, preferably elevated to reduce obstructions and corner reflections.
• Mount the antenna securely to a pole, mast, or wall using the supplied brackets and weatherproof fasteners, ensuring the unit remains stable in wind loads.
• Run a weatherproof RF coaxial cable from the antenna to your modem or router, protecting the cable from the elements and securing it to prevent movement and wear.
• Connect the coax to your network device using an appropriate 50‑ohm connection and seal all entry points to maintain the outdoor integrity of the installation.
• Orient the antenna toward the target signal source, then test signal quality and data throughput on your device, making fine adjustments as needed for optimal performance.

Frequently asked questions

• What networks does this antenna support? It is designed to boost 4G networks and supports some 5G NR deployments in addition to 4G, depending on regional bands and operator infrastructure.
• Is the WMM8G-7-38 weatherproof? Yes. The rugged housing is built for outdoor use and can withstand typical weather conditions when properly mounted and sealed.
• Do I need power for this antenna? No. This is a passive RF antenna that does not require external power; it relies on existing network equipment for operation.
• What mounting options are available? The antenna is suitable for pole, mast, or wall mounting with compatible brackets, enabling flexible outdoor placements.
• How does MIMO improve performance? The two independently fed wideband elements provide multiple signal paths, enabling better signal stability, higher data throughput, and more reliable connections in fluctuating RF environments.
• What should I consider during installation? Prioritize an unobstructed line of sight to the cell tower, secure mounting to withstand wind, and proper weatherproofing of cables and connectors to preserve performance.