Slow internet speeds can happen for several reasons. The first step is to determine what speeds you are actually receiving.
Go to Google and search “Speedtest.net” (or visit speedtest.net directly). Run a test and note your:
Download speed
Upload speed
Ping (latency)
Because Nomad Internet operates on cellular networks, speeds may vary throughout the day. Towers experience higher usage during peak times, typically:
Early mornings (before work and school)
Evenings (after work and school hours)
We recommend running multiple speed tests at different times of the day and noting the results. This helps identify whether slow speeds are consistent or tied to peak network congestion.
A common misconception is that speeds under 10 Mbps are unusable. In many cases, that’s not true — it depends on what you’re doing online.
Here are general usage guidelines:
Web browsing: 2 Mbps minimum
Streaming music: 0.5 Mbps minimum
Online gaming: 3 Mbps minimum
Netflix:
HD: 5 Mbps
4K: 25 Mbps
Hulu:
HD: 3 Mbps
4K: 16 Mbps
Disney+:
HD: 5–10 Mbps
4K: 25 Mbps
HBO: 5 Mbps
YouTube:
HD: 5 Mbps
4K: 20 Mbps
Zoom (1-on-1): 8 Mbps upload & download
Zoom (group calls):
2.5 Mbps download
3 Mbps upload
If multiple devices are streaming or gaming at the same time, total bandwidth needs increase.
Placement plays a major role in performance.
For best results:
Place the modem near a window
Elevate it off the floor
Avoid metal surfaces or enclosed cabinets
Keep it away from thick walls and appliances
Small placement changes can significantly improve signal quality.
Although it may seem helpful, traditional cell signal boosters often do not work well with Nomad modems and can actually reduce speed or cause disconnections.
Why?
Nomad modems are designed to connect directly to nearby towers on specific frequencies. Cell boosters amplify a wide range of signals — including frequencies the modem does not use. These extra amplified signals can create “noise,” which may:
Degrade speeds
Cause instability
Trigger disconnects
This is especially common in RV parks, where multiple boosters may be operating nearby and creating interference.
We generally recommend optimizing placement before using any signal amplification equipment.