Ceyear 1466C-V Series Vector Signal Generators: Versatility and High Precision for Testing High-Frequency Systems
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.
Excellent RF Performance
- Frequency range: 6 kHz to 13 GHz / 20 GHz / 33 GHz / 45 GHz / 53 GHz / 67 GHz
- Signal spectral purity: SSB < –132 dBc/Hz (typ. 10 GHz carrier at 10 kHz offset), Spurious < –80 dBc (10 GHz carrier)
- Noise level, SSB < –161 dBc/Hz (typ. 20 GHz carrier at 30 MHz offset)
- Wide output power range: adjustable from -150 dBm to +25 dBm
- Maximum 2 GHz RF modulation bandwidth, with options for 500 MHz / 1 GHz / 2 GHz
- Vector modulation accuracy: EVM < 0.8% (5GNR, FR2 28 GHz)
Diverse Set of Built-in Functions
- Rich set of modulation functions: analog modulation, pulse modulation, and over 30 types of digital modulation
- Support for playback function with user-defined sampling frequency
- Support for complex modulation functions with multiple carriers
- TestModel/FRC covers over 600 mobile communication protocols, such as 5G NR, LTE, etc.
- Built-in wireless connection WLAN generation function
- Generation of various types of noise and real-time fading simulation function
Multi-scenario Signal Modulation
- Supports creation of different scenarios for modulation in various applications
- Wide range of settings for output signal configuration
User-Friendly Interface
- Touchscreen control with graphical interface on a large display
- Browser-based control and menu access
- SCPI programming support
Excellent Spectral Purity of the Signal
The 1466-V series signal generators have an output signal of high spectral purity, with SSB phase noise: -145dBc/Hz @10kHz offset at 1GHz carrier, -132dBc/Hz @10kHz offset at 10GHz carrier, wideband noise level: -161dBc/Hz @30MHz offset at 20GHz carrier, spurious <-80dBc at 10GHz carrier, harmonics <-55dBc. With a purer signal, you will no longer be troubled by spurious components when testing high-frequency components and systems.
Option H04-2: SSB Phase noise measured value
Wide Dynamic Range, High Output Power Accuracy
The 1466-V series high-frequency signal generators have a maximum output power (typ.): +27dBm @5GHz, +24dBm @20GHz, +25dBm @30GHz, +22dBm @60GHz. The minimum output signal level that can be set is -150dBm, with an output power dynamic range of up to 170dB. The industry-leading accuracy: <0.5dB below 20GHz (typ.).
2GHz RF Modulation Bandwidth
The 1466-V series RF signal generators can provide a maximum modulation bandwidth of 2GHz. Depending on different applications, modulation bandwidths of 500MHz, 1GHz, and 2GHz are supported. When using an external signal, the modulation bandwidth can be increased to 5GHz. Regardless of the tasks for testing in current 5G communication systems or future 6G systems, the modulation bandwidth of these signal generators ensures the ability to perform testing for solutions in these systems.
30GHz Carrier 2GHz Modulation Bandwidth Multi-Tone Signal Spectrum
Excellent Vector Modulation Accuracy
The Ceyear 1466-V series signal generators feature excellent vector modulation accuracy, with an EVM measurement of 0.4% for QPSK modulation (2GHz carrier). 5GNR ACPR (typical value: <-55dBc@2GHz carrier, <-45dBc@42.5GHz carrier). These signal generators are capable of performance evaluation in research and development of communication equipment, as well as testing the performance of communication equipment on production lines.
Cascaded Connection for Multi-Source Phase Reference Excitation
Supports cascading, providing solutions for MIMO, beamforming, and signal dispersion testing.
1466-V Series Signal Generator Multi-Machine Cascade
Full Set of Analog Modulation Functions
Supports amplitude modulation, frequency modulation, phase modulation, and pulse modulation. These signal generators also support advanced pulse modulation functions such as double pulse, pulse sequence, PRF jittering, PRF staggering, and PRF sliding.
Analog Modulation Interface
Wide Range of Sweep Modes
Supports Step sweep, List sweep, Ramp sweep, and Power sweep functions.
Digital Modulation Functions
Generates over 30 types of digitally modulated signals (PSK, FSK, QAM, APSK), covering all key frequency ranges and modulation types for digital communication.
Reproduction of Arbitrary Waveforms
Supports the function of reproducing arbitrary waveform data with variable sampling frequency. With the convenient preview function for the main bandwidth, you can easily verify the accuracy of the data in both time and frequency domains right from the start.
Complex Multi-Carrier Modulation Graphical Attribute Interface
Multiple Types of Noise Addition Methods
Supports pure noise, Gaussian noise, continuous wave interference, and other noise addition functions.
Additive Gaussian Noise Interface
Intra-Pulse Modulation
Supports several types of intra-pulse modulation, including linear frequency modulation, Barker code, phase modulation code, and others.
Intra-Pulse Modulation Interface
Real-time Fading Simulation
Supports 20 types of fading, including pure Doppler, Rayleigh, Rice, Rayleigh + lognormal, etc., with pre-configured fading scene modes and simulation of 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 radio frequency conformance testing required for mobile equipment network access verification and approval, the Ceyear 1466-V signal generator supports protocol standard signals via built-in TestModel/FRC functions (over 600), including one-click 5G NR simulation. Additionally, using the mobile communication signal simulation software, it allows flexible editing and simulation of various communication protocol signals.
5G NR TM Sample Interface
WLAN Signal Simulation
For the development, production, and testing of wireless communication terminals, these signal generators support the generation of 802.11a/b/g/n/ac/ax PPDU, MPDU, A-MPDU, and other signals, as well as physical frames consisting of several PPDU with different modulation and coding methods.
Touchscreen Graphic Interface
An 11.6-inch high-resolution touchscreen is used for clear display of key parameters and device status information, along with control of the device.
Signal Flow Diagram Guidance Interface
Flexible Editable Control Interface
Supports user-configurable menu settings, providing a personalized user control interface based on testing habits. Allows multifunctional operations in a single window, avoiding issues with deep menus and repeated searches.
User Defined Menu
Cross-platform Control Support
Supports multiple clients for simultaneous connection, with synchronized updates of the instrument's working status. Also supports browser access control for mobile devices.
Browser Access
Simultaneous SCPI Command Recording and One-click Script Generation
You can not only export recorded SCPI commands with one click but also automatically generate control program project examples for VS (C++, C#), Qt, Matlab, LabView, making it easier to control the program.
Signal Flow Diagram Guidance Interface
For inquiries about purchasing Ceyear products, please contact the "Measuring Instruments" department of SEA at tel.: (044) 330-00-88; e-mail: tmm@sea.com.ua.
