Ceyear 1466C-V 1466D-V 1466E-V 1466G-V 1466H-V 1466L-V Vector Signal Generat

Ceyear 1466C-V 1466D-V 1466E-V 1466G-V 1466H-V 1466L-V  Vector Signal Generat

Vector Signal Generat 1466C-V：6KHZ  to 13GHZ

Vector Signal Generat 1466D-V：6KHZ  to 20GHZ

Vector Signal Generat 1466E-V ：6KHZ  to 33GHZ

Vector Signal Generat 1466G-V：6KHZ  to 45GHZ

Vector Signal Generat 1466H-V：6KHZ  to 53GHZ

Vector Signal Generat 1466L-V ：6KHZ  to 67GHZ

Key Features

1466C／D／E／G／H／L-V Vector Signal Generat

▶Single Sideband Phase Noise (Typical): -132dBc/Hz @ 10kHz (10GHz Carrier);

                                                                          -145dBc/Hz @ 10kHz (1GHz Carrier)

▶ Internal Modulation Bandwidth: 2GHz

▶ External Modulation Bandwidth: 5GHz

▶ EVM <1.2% (5GNR, 100MHz, 28GHz)

▶ Rich modulation functions, including analog modulation, pulse modulation, and more than 30 

    types of digital modulation

▶ Over 600 mobile communication Test Models/FRCs covering protocols such as 5GNR, LTE

▶ Supports multi-scenario signal simulation

Product Overview

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.

Features

Excellent spectral purity, making cutting-edge testing easier

Ceyear 1466-V vector signal generator supports high spectral purity output signal, SSB phase noise: -145dBc/Hz @10kHz offset at 1GHz carrier, -132dBc/Hz @10kHz offset at 10GHz carrier, Wideband noise floor: -161dBc/Hz @30MHz offset at 20GHz carrier, spurious<-80dBc at 10GHz carrier, harmonics <-55dBc. The purer signal makes you no longer troubled by interfering signals when testing microwave and millimeter wave components, systems and OTA.

Excellent spectral purity, making cutting-edge testing easier

Ceyear 1466-V vector signal generator supports high spectral purity output signal, SSB phase noise: -145dBc/Hz @10kHz offset at 1GHz carrier, -132dBc/Hz @10kHz offset at 10GHz carrier, Wideband noise floor: -161dBc/Hz @30MHz offset at 20GHz carrier, spurious<-80dBc at 10GHz carrier, harmonics <-55dBc. The purer signal makes you no longer troubled by interfering signals when testing microwave and millimeter wave components, systems and OTA.

2GHz RF modulation bandwidth

Ceyear 1466-V vector signal generator can provide a maximum 2GHz RF modulation bandwidth. According to different application scenarios, it supports flexible selection of 500MHz, 1GHz and 2GHz bandwidth. When using an external broadband baseband signal input, the RF modulation bandwidth is up to 5GHz. Regardless of the current 5G communication or the future 6G communication, the superior modulation bandwidth performance can easily meet the test challenges.

Excellent vector modulation accuracy

Ceyear 1466-V vector signal generator has excellent vector modulation accuracy, QPSK modulation EVM measured value 0.4%(2GHz carrier) . 5GNR ACPR (typical value, <-55dBc@2GHz carrier, <-45dBc@42.5GHz carrier). The signal generator is capable of performing performance evaluation in communication equipment research and development and communication equipment performance testing in production lines.

Multi-machine cascade for multi-source phase reference excitation

Support multi-machine cascading, providing solutions for MIMO, beamforming, and signal diversity testing.

Full range of analog modulation

Amplitude modulation, frequency modulation, phase modulation and pulse modulation are supported. It has complex pulse modulation functions such as double pulse, pulse train, PRF jittering, PRF staggering, and PRF sliding.

Comprehensive standard digital modulation styles

Generation of up to 30+ digital standard modulation signals (PSK, FSK, QAM, APSK), covering all important frequency bands and modulation styles for digital communications.

Arbitrary wave playback

Support user-defined arbitrary waveform data variable sampling rate playback function. With the convenient baseband preview function, it is convenient for you to verify the correctness of the data in the time domain and frequency domain at the first time.

Multicarrier signal generation

Support continuous wave multi-tone and complex multi-carrier modulation functions to make complex signal scene construction easier.

Multiple types of noise addition methods

Support pure noise, additive Gaussian noise, continuous wave interference and other noise adding functions.

Intra-pulse modulation

Supports multiple types of intrapulse modulation including linear frequency modulation, Barker code, phase modulation code, etc.

Real-time fading simulation

Maximum 20 fading paths, supporting fading types such as pure Doppler, Rayleigh, Rice, Rayleigh + lognormal, etc., supporting preset fading scene modes, and simulating fading channel models defined by 3GPP.

Mobile Communication Signal Simulation

For the development and production of mobile communication base stations or terminals, as well as the radio frequency conformance test necessary for the verification and approval of mobile communication equipment network access, the Ceyear 1466-V signal generator supports standard protocol signals through embedded more than 600 TestModel/FRC including 5G NR one-click simulation. At the same time, with the mobile communication signal simulation software, it can realize flexible editing and simulation of various communication protocol signals.

WLAN Signal Simulation

For the development, production and testing of wireless communication terminals, it has 802.11a/b/g/n/ac/ax wireless connection PPDU, MPDU, A-MPDU and other signal simulations, and supports physical frames composed of multiple PPDUs with different modulation and coding methods Block signal simulation.

Touchable graphic guide interaction

The 11.6-inch high-resolution touch screen is used to clearly display the main parameters and instrument status information, and with the signal flow diagram guidance interface, the display is more intuitive and the interaction is more friendly.

Flexible editable user control interface

Support user-defined menus, tailor-made personalized user control interface according to test habits, realize multi-functional operations in one window, and avoid the trouble of too deep menus and repeated searches.

Support cross-platform client control

Cross-platform client and browser access control. Support multiple clients to connect at the same time, and the working status of the instrument is refreshed synchronously. Supports web browser access control for mobile devices.