SPECTRUM ANALYZER (SWEPT SA)

• Standard option
• Measurement accuracy of ± 0.5 dB (typical)
• Wide dynamic range down to -160 dBm (typical)
• Supports Channel power (CP), Occupied bandwidth (OBW), Spectrum emission mask (SEM), Adjacent channel power (ACP) and Transmitter spurious emissions

Spectrum analyzer mode

CHANNEL POWER (CP)

• Standard option
• Accurately measure the power of digitally modulated signals
• Easier measurement setup and fast measurement per wireless telecommunication standards
• Supports pass or fail limit test

SPECTRUM EMISSION MASK (SEM)

• Standard option
• Characterizing transmitting power from in-band and out-of-band emissions at specified frequency bandwidths and at specific offsets relative to the total carrier power
• Supports pass or fail mask with absolute or relative limit lines

Occupied bandwidth measurement

GATED SWEEP (SPECTRUM ANALYZER)

• Optional
• Quickly detect pulses in the time and frequency domains using gate settings
• Support periodic trigger synchronized with GPS to precisely capture 5G TDD signal to differentiate uplink and downlink signals

REAL-TIME SPECTRUM ANALYZER (RTSA)

• Optional
• Two-dimensional display that contains a line trace that shows the power levels for each frequency for a particular bandwidth or span with the horizontal and vertical axis representing frequency and amplitude
• Detect signals as short as 18.6 μs (@100 MHz Span) with 100% POI with full amplitude accuracy
• The spectrogram provides an easy way to monitor the changes of a signal’s frequency and amplitude over time. Typically, it is used for measurements in which time is a factor
• The persistence spectrum is a three-dimensional histogram that shows the statistical frequency of any frequency and level combinations for every pixel on the display (‘hits’ per pixel)
• The persistent spectrogram is a combination of spectrogram which is an easy way to monitor the changes of a signal’s frequency and amplitude over time and persistent density include how frequent a certain level and frequency combination has occurred during the measurement

SIGNAL ANALYZERS

• Optional
• The signal analyzer mode is the ideal tool to verify and troubleshoot signal quality degradation
• Supports LTE/LTE-A FDD/TDD RF analysis & Modulation analysis
• Support 5G NR RF analysis & Beam analysis

5G NR Multi-beam measurement

BEAM ANALYSIS FOR 5G NR

• Optional (included in 5G NR Signal Analyzer option)
• 5G NR signal analysis can measure P-SS, S-SS and decode cell ID, which are key parameters to verify 5G coverage
• Detect and measure beam IDs and individual power level in Multi-beam and Single-beam measurement
• Supporting a total of 8 beam IDs in a single page that can be measured at same time

PCI SCANNER FOR 5G NR

• Optional (included in 5G NR Signal Analyzer option)
• Quickly scan multiple Cell IDs, and provide the beam ID, signal strength of individual beam with the detected PCI.

5G NR PCI Scanner

LTE / LTE-A FDD & TDD WITH OTA MEASUREMENTS

• Optional
• Supports 3GPP based RF characterization such as Channel power (CP), Occupied bandwidth (OBW), Spectrum emission mask (SEM), and Adjacent channel power (ACP)
• Demodulation measures and decodes cell ID, RSRP, RSRQ, RSSI, PSS, SSS, SINR and frequency error
• Supports Carrier Aggregation

LTE/LTE-A constellation measurement

LTE /LTE-A carrier aggregation measurement

REMOTE CONTROL CAPABILITY (WEB-BASED)

• Standard Option
• Web-based, can be run on any devices without further installation of software (except instrument driver)
• Monitor current connected instrument
• Control the instrument remotely

USB KEYBOARD AND MOUSE SUPPORT

• Standard Option
• 5G-series spectrum analyzers support use of USB keyboards and mice to simplify the input of text