The Alcatel‑Lucent 9500‑MPR ODU 300 MPT (model 3DB23045HMAA02) is a high‑capacity microwave outdoor unit operating in the 23 GHz frequency band. This unit is designed for short‑haul, high‑throughput point‑to‑point links, typically in dense urban environments, data center interconnects, and high‑capacity backhaul applications. It offers aggregate throughput exceeding 2 Gbps with advanced modulation and XPIC support.
The 23 GHz band provides wide available spectrum, enabling very high capacity over short distances (typically up to 3‑5 km). The ODU 300 MPT features a compact, lightweight design with integrated radio, power amplifier, and LNA. It supports adaptive modulation up to 2048QAM and includes MPLS‑TP for carrier‑grade transport. The unit is IP67 rated for outdoor installation.
Frequency range: 21.2‑23.6 GHz (specific model varies)
Channel bandwidths: 7, 14, 28, 56, 112 MHz
Adaptive modulation up to 2048QAM
Aggregate throughput up to 2.4 Gbps (with XPIC)
MPLS‑TP and Ethernet transport
ATPC and advanced interference mitigation
IP67 enclosure, -40°C to +55°C
Frequency Range: 22.1‑23.6 GHz (sub‑band dependent)
Channel Bandwidth: 7, 14, 28, 56, 112 MHz
Modulation: QPSK to 2048QAM
Max Data Rate: 2.4 Gbps (with XPIC)
Transmit Power: +20 dBm nominal
Receiver Sensitivity: -69 dBm (for 2048QAM, 56 MHz)
Antenna Interface: WR42 waveguide
IF Interface: N‑type, 50 Ω
Power Supply: -48 VDC from IDU
Power Consumption: 50 W typical
Dimensions: 280mm × 180mm × 110mm
Weight: 5.5 kg
This radio is ideal for 5G small cell backhaul, campus network interconnects, and high‑capacity short‑haul links where fiber is not available.
Managed via the 9500 IDU and NMS, with full support for remote configuration, performance monitoring, and alarm handling.
Mount on a mast, connect waveguide and IF cable, align antenna using RSSI. Regular maintenance includes inspecting connectors and updating software.
The Alcatel‑Lucent 9500‑MPR ODU 300 MPT 23GHz radio delivers exceptional capacity in a compact form factor, making it a preferred choice for high‑density urban networks.



