TelecomHub
SITE: CASA-5G-001 [ONLINE]

Interactive Telecom Engineering Simulator

Explore physical cell site components, trace fiber/power paths, analyze 18GHz microwave propagation, switch to logical 5G topology, and execute diagnostic troubleshooting scenarios.

View Mode:
Cable Filter:
Trace Path:
MODE: PHYSICAL SITE INSPECTION
STATUS: NORMAL OPERATING STATE
EARTH GROUND GRID / BURIED GROUND MAT GROUND BUS BAR GPS 5G AAU RRU / ANT MW DISH EQUIPMENT OUTDOOR CABINET BBU / 5G DU (BASEBAND) AC/DC RECTIFIER POWER 48V LiFePO4 BATTERY BANK ⚡ GRID 220V AC
📋 Equipment Inspector ACTIVE

Click on any site equipment, tower element, optical cable, or RF link to inspect real-time technical parameters.

🛰️ Microwave Link Controller
📊 Site Live KPIs FREQ: 3.5 GHz
Site Availability 99.8%
DL Throughput 487 Mbps
UL Throughput 82 Mbps
RSRP (Coverage) -87 dBm
SINR (Quality) 19 dB
VSWR (Antenna) 1.32
🟢 Equipment Subsystems
Power Grid / AC🟢 OK
Transport / Fiber🟢 OK
GPS Clock Sync🟢 OK
AAU / 5G Radio🟢 OK
DU Baseband🟢 OK
Microwave Link🟢 OK
🛠️ Diagnostics & Troubleshooting Score: 100
⚠️ ALARM: HIGH VSWR DETECTED

AAU RF output power reflection is elevated (>2.1). What is the recommended field engineer action?

5G RAN & Transport Engineering Fundamentals

Comprehensive overview of modern cellular architecture deployed in high-density 5G NR networks.

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Active Antenna Units (AAU)

Combines passive antenna arrays with active RF transceivers. Utilizes 64T64R Massive MIMO technology to form targeted beamforming patterns toward active user equipment.

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eCPRI Front-Haul Fiber

High-speed optical interconnect linking the top-tower AAU with the ground Baseband Unit. Runs eCPRI protocols carrying digitized IQ baseband data at 10Gbps/25Gbps.

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DC Power Architecture

Industrial rectifiers convert incoming 220V/380V AC utility power to -48V DC. Lithium Iron Phosphate (LiFePO4) battery banks provide emergency site backup.