2.4GHz RF Signal Generator with 2W Power Amplifier

Generate a stable 2.4GHz signal with consistent output you can rely on. This compact RF generator with built-in 2W power amplification delivers controlled performance for testing and signal applications.

Stay focused on your setup without complicated steps or unclear configuration. Power it, connect the antenna, and start working with predictable results.

Stable 2.4GHz output for dependable signal control

✅ Produce consistent 2.4GHz signals for testing compatible devices

✅ Reach output levels up to 32–33dBm for stronger signal transmission

✅ Simple two-step setup saves time during installation

✅ Powered via Type-C 5V input for convenient everyday use

✅ Works with 2.4GHz Bluetooth and WiFi devices for focused compatibility

✅ Compact size (10×5×4cm) fits easily into workspaces and setups

This unit combines a sweep signal source with a 2W RF power amplifier, giving you both signal generation and amplification in one device. It operates strictly on 2.4GHz frequencies, making it suitable for working with compatible Bluetooth and WiFi devices such as speakers, headsets, or cameras.

Setup is straightforward. Attach the correct 2.4GHz antenna first, then connect a 5V 1–2A Type-C power supply. Once powered, the device begins generating and amplifying the signal. For stable operation over longer sessions, additional cooling is recommended.

The SMA output interface provides a secure connection, while the defined output power range helps maintain predictable signal behavior within short distances of around 0–15 meters, depending on the antenna used. For extended range, a directional antenna can be added.

Compared to bulkier or complex RF setups, this unit keeps operation simple and focused. It removes unnecessary complexity while still delivering the output power and control needed for 2.4GHz signal work.

Get reliable 2.4GHz signal performance in a simple, controlled setup.

See the full device layout for quick setup and use.

Inspect key components that support stable signal output.