Models: R&S®RTB-BNDL

Models: R&S®RTM3002, R&S®RTM3004, R&S®RTM3002 + RTM-B222, R&S®RTM3004 + RTM-B242, R&S®RTM3002 + RTM-B223, R&S®RTM3004 + RTM-B243, R&S®RTM3002 + RTM-B225, R&S®RTM3004 + RTM-B245, R&S®RTM3002 + RTM-B2210, R&S®RTM3004 + RTM-B2410

The R&S®TSMS8 is the next generation of ultracompact, superwideband RF scanning receivers for the wide frequency range from 10 MHz to 8.5 GHz. The innovative design and compact form factor mean the receiver is very flexible and can be easily upgraded for 6G technology. The ultracompact design and ultra-wide receiver bandwidth of up to 400 MHz, along with support for all major technologies, mean the R&S®TSMS8 can perform simultaneous measurements at unmatched speeds for efficient mobile network testing and network analysis for governments and regulators.

Models: R&S®FSVA3004, R&S®FSVA3007, R&S®FSVA3013, R&S®FSVA3030, R&S®FSVA3044, R&S®FSVA3050

Models: R&S®FSV3004, R&S®FSV3007, R&S®FSV3013, R&S®FSV3030, R&S®FSV3044, R&S®FSV3050

This application note explains how template settings can streamline the generation of graphics and tables using R&S®ELEKTRA. The generated graphics and tables help to visualize and compare results across different frequencies and accessory positions

Oct 23, 2025 | AN-번호 1EE30

Models: R&S®HMC8015, R&S®HMC8015-G

Models: R&S®NPA101, R&S®NPA501, R&S®NPA701, R&S®NPA501-G, R&S®NPA701-G

This document provides the technical specifications of the R&S®RTB 2 series oscilloscope.

This document provides the technical specifications of the R&S®RTM3000 oscilloscope.

This document provides the technical specifications of the R&S®RTA4000 oscilloscope.

30 MHz to 8 GHz Ultrabroadband antenna for EMI and EMS applications

Advanced interference hunting and emitter location

This document provides the technical specifications of the R&S®RT-Zxx standard probes.

This document provides the technical specifications of the R&S®ZN-ZE104, R&S®ZN-ZE109, R&S®ZN-ZE118 and R&S®​ZN-ZE126 calibration units.

R&S®NRPM - EU Declaration of Conformity for NRPM3,NRPM3N,NRPM-A90,NRPM-A90D, NRPM-ZD3, NRPM-Z3

R&S®NRQ6 - EU Declaration of Conformity

This document provides the technical specifications of the R&S®ZN-Zxxx calibration units.

R&S®NRP-Z47 - EU Declaration of Conformity

R&S®NRP8E,R&S®NRP18E - EU Declaration of Conformity

Lufthansa, one of the world’s leading airlines, has modernized the flight operations communications infrastructure at its major hub locations in Frankfurt and Munich. This project focused on implementing a state-of-the-art solution capable of delivering modern radio over IP (RoIP) services for vital VHF radio communications with pilots.

Selecting your next oscilloscope: Why fast update rate matters - White Paper 브로셔 및 데이터시트 White Paper

The R&S®ZV-Z58 and R&S®ZV-Z59 calibration units are tailored to perform fast and convenient calibration of the multiport VNAs R&S®ZNBT8, R&S®ZNBT20 and R&S®ZNBTxx.

Selecting your next oscilloscope: Why digital triggering matters - White Paper 브로셔 및 데이터시트 White Paper

Selecting your next oscilloscope: Why deep memory matters - White Paper 브로셔 및 데이터시트 White Paper

This document provides the technical specifications of the R&S®TE1 liquid-cooled transmitter.

The R&S®UDS family of compact digital multimeters is engineered for both general-purpose and production line environments. Renowned for their versatility and precision, the multimeters can simultaneously display three measurement functions, streamlining test workflows. Beyond the standard 12 measurement functions, the multimeters offer built-in statistical and mathematical functions and an intuitive user interface for smooth and efficient testing.

The R&S®TMU9evo UHF transmitter represents the next step toward minimizing operating costs in the medium power class. The transmitter’s superior efficiency of up to 40 % for COFDM and 43 % for ATSC, combined with its long-life design, results in an exceptional operating experience. Network operators benefit greatly from low operating costs throughout the product’s lifecycle.

The R&S®RFPAL RF ports alignment software automates the generation of alignment data of multiple RF signals.

The RF Front-End Control Interface(RFFE)was developed to offer a common and widespread method for controlling RF front-end devices.