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Private 5G Data Usage Calculator

This calculator estimates how much data a private 5G deployment can move over a selected operating period. It combines the number of connected users or devices with average traffic rate, active hours, operating days, and a duty cycle that represents how often traffic is actually flowing.

The estimate is useful for backhaul sizing, data-plan comparisons, logging and storage planning, and reviewing whether an assumed traffic profile is plausible. It measures transferred payload from the traffic assumptions entered here; real billed or observed usage can differ because of retransmissions, signaling, application behavior, compression, and network overhead.

Traffic assumptions

Mbps
h/day
days
%
Result
—
Estimated total data transfer
Total data—
Total data—
Data per user/device—
Modeled active time per user—

1. Enter the population

Provide the number of private 5G users or devices represented by the traffic estimate.

2. Enter the active traffic rate

Use the average Mbps transferred while one user or device is actively sending or receiving data.

3. Set the operating period

Enter the daily active hours and the number of days you want to model.

4. Apply the duty cycle

Use the duty cycle to represent the share of those operating hours during which the average traffic rate is actually present.

5. Review GB and TB

Compare total volume with the per-user result and modeled active time to check that the traffic assumptions fit the scenario.

The calculator converts the entered Mbps traffic rate into total transferred data over the modeled active time.

Active hours = H × D × C Data per user (GB) = M × Active hours × 3,600 ÷ 8 ÷ 1,000 Total data (GB) = Data per user × U

U is the number of users or devices, M is average active traffic in megabits per second, H is operating hours per day, D is the number of days, and C is duty cycle as a decimal. Dividing by 8 converts bits to bytes; the calculator uses decimal gigabytes, where 1 GB = 1,000 MB.

The model assumes the entered average active rate is representative throughout the selected period. Traffic outside that average, including retransmissions or unmodeled background services, is not added automatically.

What the result means

Use the result as a planning estimate based on the values entered. Compare it with measured performance or system-specific engineering limits before making a deployment decision.

Changing any input updates the result automatically; Reset restores the example defaults shown on this page.

Given: 180 users, 1.8 Mbps per active user, 10 operating hours per day, 22 days, and a 30% duty cycle.

Calculation: Active time per user = 10 × 22 × 0.30 = 66.00 hours. Data per user = 1.8 × 66.00 × 3,600 ÷ 8 ÷ 1,000 = 53.46 GB. Total = 53.46 × 180 = 9622.80 GB.

Result: Estimated transfer is 9622.8 GB, or about 9.623 TB, for the modeled period.

Does the calculator use decimal or binary gigabytes?

It uses decimal units: 1 GB equals 1,000 MB and 1 TB equals 1,000 GB. Storage tools that display GiB or TiB will show different numeric values.

Should the Mbps input be peak speed or average speed?

Use an average rate while traffic is active, not the advertised peak link speed, unless the workload really sustains that peak. Measurements from a representative busy period are preferable when available.

What does duty cycle represent?

Duty cycle is the percentage of the entered operating hours during which the average active rate is actually flowing. A 25% duty cycle means the modeled traffic is present for one quarter of those hours.

Does this equal my provider bill or usage counter?

Not necessarily. Billing systems may include different unit conventions, retries, signaling, metering rules, or traffic that is not represented by your average-rate assumption.

How can I model several device types?

Run separate estimates for groups with different private 5G traffic patterns and add their GB totals. That is usually clearer than forcing high-rate and low-rate devices into one average.