Ceyear 1466-V Vector Signal Generator

Ceyear 1466-V vector signal generator is created to meet the varied test requirements with top performance and functionality, especially in higher frequencies, wider bandwidths, higher signal spectral purity, higher output power, better EVM and high-precision synchronized multichannel applications. Also rich built-in functions such as analog modulation, digital modulation, fading simulation, and AWGN could bring more convenience to daily testing. Through integration with multi-scenario signal simulation software, complex style signals can be generated for general-purpose tests in different scenarios for wireless communication, radar and navigation. Friendly designed human-computer interaction, including graphics guided operation, web browser based remote control, power meter automatic connection and identification, SCPI command recording, as well as interface user customization could speed up the test operation. The Ceyear 1466-V vector signal generator is an ideal choice for high standard testing in components, modules, machines and systems.

Main Features:

The 1466-V Vector Signal Generator is engineered for high-performance signal simulation and testing, particularly in research, development, and production environments. Its primary features include:

Broad Frequency Coverage: Offers extensive frequency ranges that span from 6 kHz up to 67 GHz, depending on the specific model configuration.
High Modulation Bandwidth: Features a 2 GHz internal modulation bandwidth, which is expandable up to 5 GHz when utilizing external baseband inputs.
Complex Signal Simulation: Supports sophisticated digital modulation formats (such as QPSK and QAM) and integrates advanced simulation tools like real-time fading and Additive White Gaussian Noise (AWGN) generation.
Wireless Standard Support: Includes specialized software for testing modern communication standards, notably 5G NR and WLAN, allowing for streamlined protocol testing.
High-End Performance: Designed as a benchtop instrument to deliver the precision and stability required for critical laboratory characterization and high-speed component verification.