RMDU - Reverse Power Multi Dwelling Unit



RMDU Deployment - FTTH Speed Without The Fiber





Fast & Flexible Deployment

  • Plug-and-Play Installation: PoE ports and UTP cabling simplify setup across multiple floors.
  • Rapid Rollout: 5G FWA enables quick broadband delivery where fiber is costly or impractical—ideal for urban, rural, and hard-to-reach markets.

Cost-Efficient Connectivity

  • Remote Management: RMDU tracks device status and power usage for centralized control.
  • Reliable Switching: Integrated chipset ensures smooth gigabit performance and intelligent traffic handling.

Intelligent Oversight

  • Shared Infrastructure: A centralized 5G connection serves multiple apartments, reducing per-unit costs.
  • Optimized Design: Smart thermal engineering and BOM savings lower total ownership expenses.

Power Versatility

  • Smart Distribution: MCU-controlled time-sharing balances power across floors.
  • Legacy Support: Flexible PoE input design works with existing indoor gateways and varied setups.

Compact & Durable Hardware

  • Installer-Friendly Design: Lightweight, non-metallic enclosures simplify mounting and reduce installation time—even in tight spaces.
  • Built for Tough Environments: IP52-rated housing resists dust and dripping water, making it suitable for semi-outdoor or utility room installations.

Deployment Beyond Fiber

  • Reach Anywhere: Ideal for buildings where FTTH is impractical—rural zones, dense cities, or challenging terrain.



Why Our R-MDU?

  • Wire-Speed Connectivity: Up to 1 Gbps/2.5 Gbps uplink and cascade support.
  • Advanced Controls: VLAN, IGMP snooping v1/v2/v3, QoS, storm control, loop detection, port mirroring, and per-port rate limiting.
  • Robust Security: Tamper detection, cable diagnostics, and 6kV surge protection on each port.
  • Future-Proof: Seamlessly supports today’s 5G FWA and tomorrow’s XGS-PON evolution.



Conclusion

COMTREND’s R-MDU fits all requirements in time, spread out quickly by connecting 5G FWA ODU for today, and XGS-PON ONU for coming future.

XGSPON ONU