Key Facts
The PVT360A is a VSG/VSA single-box vector tester optimized for FR1 base station, small cell and RF component testing in production and characterization environments. Two independent signal generators and analyzers enable fast parallel measurements. A frequency range of up to 8 GHz, flexible bandwidth configuration and an optional second TRX channel provide the necessary performance and enable flexible adaptation in a small form factor.
The basic PVT360A configuration with the R&S®PVT-B106H option supports a frequency range of 400 MHz to 6 GHz and a bandwidth of 250 MHz on the first TRX. The instrument also comes fully equipped and calibrated for its maximum configuration. It has everything you need to activate a frequency range up to 8 GHz, a bandwidth extension of 500 MHz and the second TRX. The instrument can be adapted to your needs at any time.
Keycode options for hardware extensions
Speed is essential when performing multiple tests. The PVT360A automates testing and accelerates hardware test sequencing for extremely fast measurements. Using the ARB sequencer, waveforms can directly be queried from the RAM. The integrated signal generator and analyzer enable seamless interaction between the transmit and receive paths.
PVT360A ARB sequencer GUI
The PVT360A switch matrix has outstanding flexibility and maximum resource utilization. When testing multiple DUTs or multiport devices, connectivity to the PVT360A via the various RF ports eliminates the need for an external switch matrix.
Each of the two optional generators can broadcast signals on up to 8 RF output ports. The signal analysis path can be assigned to one of eight RF input ports. The low switching time enables fast sequential measurements.
Internal switch matrix
The R&S®PVT-K108 smart channel option virtually divides the PVT360A into as many as eight subinstruments. Virtual pairs of signal generators and analyzers can be controlled independently of one another. While generator and analyzer hardware is shared across the virtual instruments, processing and calculation is parallelized for maximum utilization and speed.
Eight virtual instruments using the smart channel option
The PVT360A GUI is accessible via a web interface or a connected monitor and provides a structured overview of signal generation and analysis settings.
The PVT360A also comes with SCPI support for automation and python libraries for easy automated testing. ARB sequencing allows ARB files to be accessed directly from the RAM, eliminating file loading times. Hardware based test sequencing further increases test speeds for excellent measurement throughput.
The web GUI has a structured view of the general purpose RF (GPRF) signal generation and analysis settings
R&S®WinIQSIM2 external PC software supports the configuration and generation of ARB signals for multiple cellular and wireless connectivity standards.
A variety of measurement features for general purpose, cellular and wireless standards are available for signal analysis. The signal analysis applications provide insight into the physical layer and RF performance of the analyzed signal. The internal GUI or the R&S®VSE software provide a graphical representation of results.
Time plan display in the 5G NR option of the R&S®WinIQSIM2 external PC software
The PVT360A provides measurement capabilities to test the physical layer of base stations and small cells. With frequencies up to 8 GHz (8.5 GHz in overrange) and a bandwidth of 500 MHz, all FR1 frequency bands are covered. Standard-compliant signal generation and analysis for LTE and 5G NR up to release 17 for comprehensive, typical base station transmitter and receiver testing.
5G NR signal analysis
The signal generation and analysis applications enable comprehensive component testing with modulated signals. A broad range of test applications for component testing is available with R&S®WinIQSIM2 and R&S®VSE software.
From amplifier characterization to signal analysis based on wireless standards, a wide range of tests can be carried out. High RF performance suitable for demanding measurements enables in-depth DUT testing for various signal parameters, while providing performance insight.
The PVT360A has different methods for parallelized tests and optimal resource utilization. The smart channel feature and a 2 × eight-port switch matrix virtually divides the PVT360A into subinstruments with shared signal generation hardware resources. Measurements can be performed in parallel for up to two TRX tests and when more DUTs or ports are connected, the tests can be run in parallel with automated resource scheduling.
Measured EVM of a 5G NR DL signal TM 3.1
Bandwidth:100 MHz, subcarrier spacing:30 kHz, modulation:16 QAM. Used: the PVT360A analyzer and the R&S®SMW200A vector signal generator as a signal source.
Numéro de commande 1214.0106.09
PVT360A basic assembly
Numéro de commande 1214.0112.09
Single instrument interface
Numéro de commande 1214.0612.09
Flexx instrument interface
Numéro de commande 1214.0129.09
400 MHz to 6 GHz, 250 MHz bandwidth, first TRX
Numéro de commande 1214.0141.02
400 MHz to 6 GHz, 250 MHz RF bandwidth, second TRX
Numéro de commande 1214.0135.02
Frequency extension to 8 GHz, first TRX
Numéro de commande 1214.0158.02
Frequency extension to 8 GHz, second TRX
Numéro de commande 1214.0164.02
Bandwidth extension to 500 MHz, first TRX
Numéro de commande 1214.0170.02
Bandwidth extension to 500 MHz, second TRX
Numéro de commande 1214.0187.02
R&S®PVT360A smart channel
Numéro de commande 1214.0241.02
5G NR downlink measurements, Rel. 15/Rel. 16
Numéro de commande 1214.0306.02
5G NR downlink measurements, Rel. 17 extension
Numéro de commande 1214.0264.02
5G NR downlink measurements, multi-carrier extension
Numéro de commande 1214.0258.02
5G NR uplink measurements, Rel. 15/Rel. 16/Rel. 17
Numéro de commande 1214.0270.02
5G NR uplink measurements, multi-carrier extension
Numéro de commande 1214.0293.02
5G NR uplink measurements, MIMO extension
Numéro de commande 1214.0193.02
LTE downlink measurements
Numéro de commande 1214.0206.02
LTE and LTE-A uplink measurements
Numéro de commande 1214.0335.02
Bluetooth® measurements, Bluetooth® Classic, Bluetooth® Low Energy to 5.3
Numéro de commande 1214.0341.02
WLAN measurement, IEEE 802.11a/b/g/n/ac
Numéro de commande 1214.0358.02
WLAN measurement, IEEE 802.11ax extension
Numéro de commande 1214.0364.02
WLAN measurement, IEEE 802.11be extension
Numéro de commande 1214.0370.02
WLAN measurements, true MIMO extension
Numéro de commande 1345.2401.02
R&S®VSE base software with PVT360A
Numéro de commande 1345.2460.02
Analog modulation analysis (AM/FM/PM)
Numéro de commande 1345.2418.02
Amplifier measurements
Numéro de commande 1345.2424.02
Direct DPD measurements
Numéro de commande 1345.2430.02
Frequency response measurements
Numéro de commande 1345.2447.02
Memory polynomial DPD
Numéro de commande 1345.2453.02
Vector signal analysis
Numéro de commande 1345.2476.02
Multi-modulation analysis
Numéro de commande 1345.2482.02
BER PRBS measurements
Numéro de commande 1345.2499.02
OFDM signal analysis
Numéro de commande 1345.2501.02
GSM, EDGE, EDGE Evolution and VAMOS measurements
Numéro de commande 1345.2518.02
WCDMA FDD measurements, uplink/downlink
Numéro de commande 1345.2524.02
LTE FDD measurements, uplink/downlink
Numéro de commande 1345.2530.02
LTE-A and MIMO downlink measurements
Numéro de commande 1345.2547.02
LTE TDD measurements, uplink/downlink
Numéro de commande 1345.2553.02
LTE NB-IoT measurements, uplink/downlink
Numéro de commande 1345.2560.02
5G NR measurements, uplink/downlink, Rel.15
Numéro de commande 1345.2576.02
5G NR MIMO measurements, downlink
Numéro de commande 1345.2582.02
5G NR measurements, uplink/downlink, Rel.16
Numéro de commande 1345.2599.02
5G NR measurements, uplink/downlink, Rel.17
Numéro de commande 1345.2601.02
O-RAN measurements
Numéro de commande 1345.2618.02
OneWeb measurements
Numéro de commande 1214.0387.02
Waveform creator
Numéro de commande 1214.2996.02
AWGN, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0435.02
5G NR Rel. 15/Rel. 16, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0441.02
5G NR Rel.17 extension, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0412.02
LTE/eMTC/cat.M1, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0706.02
U-pane generation
Numéro de commande 1214.0393.02
GSM, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0406.02
WCDMA, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0429.02
NB-IoT, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0458.02
Bluetooth® Classic, Bluetooth® Low Energy to 5.3, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0464.02
WLAN IEEE 802.11a/b/g/n/ac, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0470.02
WLAN IEEE 802.11ax extension, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0487.02
WLAN IEEE 802.11be extension, ARB signal creation (WinIQSIM2)
Numéro de commande 1214.0712.02
OneWeb, ARB signal creation (WinIQSIM2)
Numéro de commande 1175.3810.00
Rack adapter, 19"/2HU, 1/1
Numéro de commande 1214.0629.09
Multi-Instrument Connection Cable Set, PVTflexx
Numéro de commande 0240.2193.08
Documentation of calibration values
Numéro de commande 1173.6506.02
Printout of DCV
Numéro de commande 3599.0682.03
R&S®PVT360A accredited calibration
Webinar: Improve throughput in characterization and production
In this webinar, we will demonstrate the fastest and most efficient ways to validate your RF components using real-world 5G and Wi-Fi scenarios, empowering you to streamline your testing processes.
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