INTERACTIVE ENGINEERING LAB

3D Telecom Site Deployment Simulator

Design a virtual telecom site, activate its radio network, and explore live signal and throughput behavior with moving user equipment.

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Educational visualization only. Not a structural, RF, EHS, grounding, or installation approval drawing. Real sites require qualified design and inspection.

Configure your site

Site type

Network technology

Radio equipment

Sectors

Live RF & Throughput Lab

Channel bandwidth

User devices: 5

User distance scale: 100%

—Avg estimated RSRP (dBm)

0Avg UE download (Mbps)

0Estimated sector capacity (Mbps)

0Connected UEs

Equipment comparison · Mbps per UE

Equipment	Estimate

Cyan animated paths = illustrative radio links; green/orange/red devices = modeled signal categories. Simplified distance-based path loss and assumed spectral efficiency. Equal-share scheduling, no interference, overhead, MIMO rank adaptation, carrier aggregation, or backhaul bottleneck modeled. Results are NOT measured throughput or vendor specifications.

Moving UE · Live KPI Monitor

UE route position: 50 m

—RSRP · dBm

—SINR · dB

0Download · Mbps

—Estimated latency · ms

Switch the site ON to connect the moving UE.

Virtual Drive Test · KPI Recorder

Recorder idle0 samplesAvg DL: —

Time (s)	Distance (m)	RSRP	SINR	DL Mbps	Latency ms
No samples yet. Switch the site ON and start recording.

Records up to 2,000 modeled samples at ~1-second intervals while the site is on. Export includes topology, technology, equipment, bandwidth, and UE count. CSV is generated locally in your browser.

Illustrative UE route: 50–500 m. RSRP uses simplified log-distance path loss; SINR uses assumed interference/noise; throughput uses an assumed spectral-efficiency cap and equal user sharing; latency is a synthetic teaching estimate. No calibrated radio propagation or actual speed test.

Selected equipment

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