Description
Ubiquiti PowerBeam M5 400 (PBE‑M5‑400)
The Ubiquiti PowerBeam M5 400 (PBE‑M5‑400) is a high‑performance 5 GHz airMAX bridge designed for long‑range point‑to‑point (PtP) and point‑to‑multipoint (PtMP) wireless links. With its integrated radio and 25 dBi antenna, it delivers strong throughput and reliable connectivity, making it ideal for rural broadband, enterprise backhaul, and campus networks.
Ubiquiti PowerBeam M5 400 for Long‑Range Connectivity
This device uses InnerFeed® technology, integrating the radio into the feedhorn to eliminate cable loss and improve performance. Combined with airMAX TDMA protocol, it ensures low latency, high throughput, and scalability in demanding outdoor environments.
Technical Specifications of Ubiquiti PBE‑M5‑400
- Model: PowerBeam M5 400
- Wireless Standard: airMAX (5 GHz)
- Frequency Range: 5170–5875 MHz (varies by region)
- Antenna Gain: 25 dBi
- Maximum Throughput: 150+ Mbps
- Networking Interface: 1 × Gigabit RJ‑45 port
- Power Method: Passive PoE (Pairs 4,5+; 7,8 return)
- Power Supply: 24V, 0.5A Gigabit PoE adapter (included)
- Max Power Consumption: 8W
- Max TX Power: 26 dBm
- Dimensions: 420 × 420 × 275 mm
- Weight: 1.8 kg
- Wind Survivability: 200 km/h (125 mph)
- Operating Temperature: ‑40 to 70 °C
- Certifications: CE, FCC, IC, RoHS, NDAA compliant
These specifications make it a rugged and efficient solution for outdoor wireless deployments.
Ubiquiti PBE‑M5‑400 in Office & Enterprise Networks
Enterprises use the PowerBeam M5 400 for secure backhaul connections between buildings and distributed facilities. For computing setups, explore Desktops.
Ubiquiti PBE‑M5‑400 for Rural & Residential Connectivity
Rural ISPs and advanced home users deploy the PowerBeam M5 400 to extend internet access over long distances. For entertainment setups, explore Gaming products.
Ubiquiti PBE‑M5‑400 in Educational Institutions
Schools and universities use PowerBeam devices to connect remote classrooms, labs, and administrative offices. For structured cabling accessories, explore Networking products.
Ubiquiti PBE‑M5‑400 in Data Centers & Backhaul
Data centers and ISPs rely on PowerBeam for reliable wireless backhaul, integrating with Storage and backbone infrastructure.
Compatibility Excellence
The PowerBeam M5 400 integrates seamlessly with Ubiquiti’s airMAX ecosystem, supporting centralized management and monitoring. For additional device integration, explore Laptops.
Technical Reliability
Engineered for durability, the PowerBeam withstands harsh outdoor conditions, ensuring consistent performance. For insights on wireless standards, visit Intel.
Optimized for Professional Needs
Compact, rugged design and reliable build make this device practical for installers and IT professionals. For enterprise technology insights, visit Dell.
Extended Use Cases
Small businesses use PowerBeam for secure connectivity between branches. Institutions benefit from multimedia integration. For advanced enterprise technologies, visit Microsoft.
Environmental Considerations
Ubiquiti designs PowerBeam devices with efficiency and durability in mind, reducing clutter and extending infrastructure lifespan.
Why Long‑Range Wireless Integration Matters
Wireless backhaul reduces deployment costs compared to fiber, while ensuring reliable connectivity for modern infrastructures.
Supporting Professional Workflows
The PowerBeam supports IT professionals by enabling quick deployments and centralized monitoring.
Enhancing Enterprise Infrastructure
Enterprises benefit from reliable wireless connectivity for servers, VoIP systems, and cloud applications.
Reliable Performance in Educational Institutions
Schools and universities rely on PowerBeam for consistent connectivity across campuses.
Business Integration
Enterprises use PowerBeam to manage secure communication between distributed sites.
Technical Excellence in Design
The integrated radio and antenna design ensures high efficiency and reduced signal loss.
Supporting Modern Infrastructure
Modern networks demand scalable wireless backhaul. The PowerBeam M5 400 supports structured networking standards.
