Phase noise as low as -122 dBc/Hz (1 GHz, 20 kHz offset, Typ.). High spectral purity ensures that advanced testing can be conducted with greater precision and reliability

Maximum output power (Typ.): +25 dBm at 1.6 GHz
Minimum output power: -135 dBm
Dynamic range: up to 160 dB
Excellent power accuracy with a typical value of < 0.7 dB (Typ.)

Generates real-time digital standard modulated signals including PSK, FSK, QAM, and ASK, while also supporting custom modulation types and filling settings, covering all critical frequency bands and digital communication formats.

Provides output of pure noise and additive white Gaussian noise (AWGN), supporting flexible noise simulation in diverse testing scenarios.

Supports AM, FM, and ΦM, with optional pulse and narrow pulse modulation capable of outputting pulses as short as 40 ns with 10 ns resolution, meeting the testing requirements of applications such as automotive millimeter-wave radar systems.

The power meter option connects to the instrument via the front panel USB port, enabling power measurement, power output control, and line loss calibration.

Equipped with a 5-inch high-resolution touch screen, it provides a clear view of key parameters and instrument status. The signal flow diagram-guided interface delivers an intuitive display and user-friendly operation.

Built-in 50 MHz function signal generator supports: standard waveform output, sweep functions, and modulation functions.

Allows playback of user-defined arbitrary waveforms at variable sampling rates with real-time baseband preview.
Supports ARB multi-carrier mode, with each subcarrier capable of independent modulation and data transmission.

Generates multiple frequency components simultaneously to simulate complex signals. It can reproduce multi-frequency scenarios in frame-based testing, allowing effective verification of device performance under challenging spectrum conditions.

Offers support for IoT-specific configurations
Protocol types: ZigBee, Z-Wave
Modulation parameters: Flexible settings such as modulation count and modulation methods.