Key Facts
- Frequency range: 10 MHz to 6 GHz
- Maximum real-time bandwidth: 100 MHz
- Maximum IQ sample rate: 125 MS/s
- DAC resolution: 16 bits
- Standard maximum output power: 7–14 dBm; optional 25 dBm
- 1 GHz phase noise: −124 dBc/Hz @ 10 kHz
- Integrated Raspberry Pi 5 for standalone deployment
- Supports C/C++, C#, Python, MATLAB, Qt, LabVIEW, GNU Radio.
- Supports development on Windows and Linux
Available Models & Views
Technical Overview
The HAROGIC T1060 integrates a single-channel RF transmit chain and Raspberry Pi 5 inside an ultra-compact chassis to create a standalone embedded RF transmitter. Covering 10 MHz to 6 GHz with 100 MHz real-time bandwidth and a precision 16-bit DAC, it can connect directly to Windows/Linux hosts or execute complex waveform playback, scenario simulation, and remote RF stimulus completely autonomously.
Standalone Raspberry Pi 5 Transmission
Runs Linux and local waveform servers inside the transmitter itself, enabling autonomous field deployment and remote edge signal generation without an external PC.
16-Bit Precision DAC Architecture
Provides high dynamic range, low intermodulation distortion, and pristine constellation EVM across 100 MHz real-time modulation bandwidth.
Medium Power Output (+25 dBm opt.)
Optional high-power hardware amplifier drives antennas directly for open-air wireless testing, channel sounding, and jamming simulation.
Paired RF Transceiver Solutions
Pairs naturally with the R1000 receiver series to build complete bidirectional SDR testbeds, transponders, and automated link simulators.
