ZNBT true multiport VNA vector network analyzer with up to 24 true VNA ports. Frequency range from 9/100 kHz to 8.5/20/26.5/40 GHz.

The non-cellular expert covering WLAN, Bluetooth®, GNSS and various broadcast technologies. The R&S ® CMW270 is a cost-effective alternative for the development and production of equipment outside the conventional cellular networks, specially prepared for the test requirements of IoT (Internet of Things) market.

Remote radio head 50 GHz

The R&S®CMQ200 shielding cube, compact shielding solution for 5G mmWave RF parametric testing

CMP200 radio communication tester, vector signal analyzer and ARB based generator functions

Log-periodic broadband antenna - for RF signal detection and measurement in the frequency range from 80 MHz to 2 GHz.

L'évolution des préamplificateurs

Wooden tripod for EMC measurement antennas.

Microwave directional antenna for monitoring SHF signals from horizontal, vertical, circular right-hand and circular left-hand polarizations in the frequency range from 0.85 GHz to 26.5 GHz for mobile applications.

R&S®HL050 log-periodic antenna - log-periodic directional antenna for linear polarization with a frequency range from 850 MHz to 26.5 GHz.

For broadband transmission and reception under open-field and laboratory conditions from 400 MHz to 6 GHz.

VNA Source Phase Control Options for characterization of devices requiring a defined phase such as differential amplifiers, mixers, IQ mixers and others.

There are several reasons to characterize RF components under pulsed conditions. Often it is to prevent thermal damage to the device under test or to characterize it under operating conditions. Vector Network Analyzers offer integrated hardware and software for accurate device characterization under pulsed conditions. This hardware includes built-in pulse modulators, pulse generators and synchronization IO including for external device control.

ZV-Z5x series of automatic economy calibration units. Upper frequency ranging from 3 GHz (2 ports, 75 Ω) to 8 GHz (8 ports), 20 GHz (6 ports)

R&S®ZN-Z1Exx economy calibration units from 5 kHz to 26.5 GHz. Two configurable ports: 3.5 mm-compatible or N-type. Further configurable as m or f.

ZN-Z15x automatic economy calibration units series up to 8.5 GHz: 2, 4 or 6 ports SMA(f), ZN-Z154 up to 24 ports, 2-port type N(f). ZN-Z156: 2 ports 67 GHz.

The R&S®ZNA high-end vector network analyzers offer a DUT-centric approach,  an excellent RF-performance, a unique hardware concept and touch-only operation.

The R&S®ZNL is a cost-efficient, portable vector network and spectrum analyzer, ideal for development, production and in the field

Noise figure measurement with vector network analyzers

Series of automatic economy calibration units with frequencies up to 50 GHz. 2 and 4 port models available. ZN-Z51 has configurable test ports.

ZN-Z3x: Automatic recalibration without reconnecting calibration equipment. Supports TVAC, multiport and production systems. CAN bus network control. Up to 40 GHz.

ZCAN Network Analyzer Calibration Kit - Economy calibration kit with N-type calibration standards open, short, match, through, all in both, male and female versions. Up to 3 GHz. Available for 50 Ω and 75 Ω reference impedance.

ZND vector network analyzers perform unidirectional measurements up to 4.5 GHz and can be expanded to perform bidirectional measurements up to 8.5 GHz.

The R&S®ZNLE is a cost-efficient benchtop vector network analyzer. The analyzer's excellent performance makes it ideal for education, development and production.

The R&S®ZNB vector network analyzer features a wide dynamic range, low trace noise and high output power and is targeted at applications in the electronic goods and mobile radio industries.

R&S®ZVH handheld cable & antenna analyzer increases efficiency in the field. Frequency range from 100 kHz to 3.6 GHz / 8 GHz.

The R&S®Cable Rider ZPH has all the essential basic measurement capabilities required for installing and maintaining antenna systems in the field. Learn more.

The FFT-based spectrum analysis function can be used to measure a DUT's spurious and harmonics, providing short sweep times along with high dynamic range and fine frequency resolution. It quickly detects undesired signal components (spurious) in converters and T/R modules. The marker-to-spectrumfunction directly gets to the root of problems in the event of unexpected S-parameter results, thus providing fast and extremely useful integrated diagnostics.

The TDR option displays discontinuities, reflection factors or impedance versus delay/length.