Siyi 4052 Series Signal/Spectrum Analyzer

Siyi 4052 Series Signal/Spectrum Analyzer

Product Overview

As a multifunctional universal signal/spectrum analyzer, Ceyear 4052 has excellent scalability and can be used to build testing systems or for secondary development through various digital and analog output interfaces. With good performance and flexible application matching, we can meet your testing needs for rapid production of signals and equipment in fields such as wireless communication, automotive electronics, low orbit satellites, and the Internet of Things.

Features

Spectrum performance and characteristics

Ceyear 4052 has excellent testing dynamic range, phase noise, amplitude accuracy, and testing speed.

Ultra wide frequency coverage range

The frequency measurement range covers 2Hz to 50GHz, with 8 optional frequency band configurations to meet testing needs from low frequency to millimeter wave.

Excellent display average noise level

The average noise level displayed at 1GHz is -154dBm/Hz, which can reach -167dBm/Hz after configuring a preamplifier, and can reach -170dBm/Hz when the noise cancellation function is turned on. (All are typical values)

Excellent phase noise performance

Having excellent phase noise performance, it can meet the extreme requirements of users in communication signal measurement. Under the condition of a 1GHz carrier and a 10kHz frequency offset, the phase noise is better than -122dBc/Hz.

High precision amplitude measurement error

It has excellent amplitude measurement accuracy, with a typical value of signal amplitude measurement accuracy better than ± 0.4dB in the frequency band below 8GHz.

1.2GHz analysis bandwidth

Ceyear 4052 has an instantaneous analysis bandwidth of 1.2GHz and offers a total of 6 options from 10MHz (standard) to 1.2GHz (optional) to meet the application needs of different testing scenarios.

Multiple analysis bandwidth configuration options

Provide 6 bandwidth configuration options, including 10MHz/40MHz/200MHz/400MHz/600MHz/1.2GHz, to meet flexible configuration needs in different testing application scenarios such as 5G NR and WLAN.

Non spurious dynamic range

The non spurious dynamic range under a 200MHz analysis bandwidth is -75dBc, and the non spurious dynamic range under a 1.2GHz analysis bandwidth is -65dBc.

Comprehensive wireless communication protocol analysis capability

The mobile communication protocol analysis option of Ceyear 4052 can quickly and intuitively test the signal characteristics of various wireless communication standards such as 5G NR, LTE, NB IoT, WCDMA, GSM, etc.

5G NR signal analysis

The 5G NR measurement function can perform in band demodulation analysis on the uplink and downlink signals of 3GPP Rel 15 and Rel 16 versions of 5G NR, supporting FDD and TDD duplex modes, QPSK to 256QAM modulation formats, Test Model and custom parameter settings, and providing measurement results such as error vector magnitude (EVM), frequency error, and power for different channels and signals. It has multiple display graphs such as constellation diagram, error summary table, and resource allocation.

LTE, NB IoT, WCDMA, GSM signal analysis

Paired with Ceyear's dedicated protocol analysis software, it can perform in band modulation analysis on LTE, LTE Advanced, NB IoT, WCDMA, GSM, EDGE communication signals, providing various measurement results such as EVM, constellation diagram, frequency error, etc.

Analysis of Out of Band Characteristics of Wireless Communication Signals

In terms of out of band measurement, it can provide a wide range of standard and limit line one click setting capabilities, efficiently performing measurements such as adjacent channel leakage ratio (ACLR) and spectrum emission template (SEM).

*Real time spectrum analysis function

The real-time spectrum analysis function is a testing tool for signals that change over time, such as burst, agile, and frequency hopping signals.

Sudden signal capture

The real-time spectrum analysis function supports the discovery of transient and sudden interference signals, the triggering and interception of transient signal data, and the time-domain and frequency-domain analysis of transient signal events.

*High bandwidth real-time processing performance

Real time analysis bandwidth up to 400MHz, 100% frequency domain intercepted signal duration less than 0.6us. Spectrum processing speed up to 1950000 times/s.

Real time recording and playback of full bandwidth data

RF performance

As the receiving front-end for RF acquisition and recording, it has a large dynamic range, low distortion, and high sensitivity. Combined with the analysis function of Ceyear 4052 *, it can also provide functions such as searching, analyzing, and replaying complex signals.

Recording and playback

The recording signal bandwidth is up to 1200MHz, with start and stop acquisition functions, and real-time spectrum analysis mode for real-time preview analysis.

User interface, new interactive experience

The Ceyear 4052 adopts an 11.6-inch touch screen display, which provides a more comprehensive and intuitive display of test details. The parameter setting menu is concise, with one click direct access to parameter settings. Parallel operation and display of multiple measurement modes, convenient and efficient mode switching.

Proactive interface configuration

Ceyear 4052 is designed for potential future applications, with forward-looking configurations of 10 Gigabit Ethernet control interfaces, ultra wideband digital fiber interfaces, and other interfaces.

10 Gigabit Ethernet control interface

Configure a 10 Gigabit Ethernet interface to provide you with higher bandwidth, faster speed, and more stable data transmission.

Ultra wideband digital fiber optic interface

Configurable 1.2GHz ultra wideband digital interface, capable of real-time broadband data acquisition and output with a bandwidth of 1.2GHz.

Siyi 4052 Series Signal/Spectrum Analyzer