The R&S®RTO-K23 option offers an automated test solution for 10GBASE-T Ethernet interfaces according to the IEEE test specification. Learn more here.

The realtime deembedding of signal path characteristics is based on S-parameters. Learn more about the deembedding software option for general analyses here.

K135 enables PAM-N Analysis for teh RTO and RTP Oscilloscopes.

The K35/K500 option enables bus measurements on R&S®RTO6 and R&S®RTP oscilloscopes. Learn more about the bus measurement oscilloscope software here.

R&S®RTP, RTO and MXO oscilloscopes support the decoding and triggering of automotive protocols such as CAN, CAN-FD, CAN-XL, LIN, FlexRay, SENT, CXPI. Find out more about the software package here.

Advanced eye analysis software for verification and debugging of signal integrity with an eye diagram and tools such as mask test, histogram, automated eye measurements, etc.

With the history and segmented memory software option you can scroll through past acquisitions and analyze the data using all oscilloscope tools. Learn more.

The clock data recovery oscilloscope software provides realtime clock recovery for non-return-to-zero (NRZ) serial data up to 5.0 Gbps. Learn more here.

Rohde & Schwarz offers various accessories to unleash the full potential of your oscilloscope and its probes. Find the right accessories for your scope here

Models: R&S®RTO2002, R&S®RTO2004, R&S®RTO2012, R&S®RTO2014, R&S®RTO2022, R&S®RTO2024, R&S®RTO2032, R&S®RTO2034, R&S®RTO2044, R&S®RTO2064

R&S®RTO and RTP oscilloscopes support decoding and triggering of 100BASE-T1 and 1000BASE-T1 automotive ethernet buses. The MXO series support 10Base-T1S and 100Base-T1. Find out more about the decoding software here.

The R&S®RTO1000 is the preceding model of the R&S®RTO2000 Oscilloscope. Find manuals, drivers, firmware and software for the R&S®RTO1000 here.

Rohde & Schwarz oscilloscopes fit your requirements & your budget, from top value to top performance. Explore now and find the right model for your test demands.

Brings the experience and power of Rohde & Schwarz signal analysis to PC and cloud

Models: R&S®RTO64

R&S®RTO1000 Digital oscilloscope

Single-ended active probes are used to accurately measure ground-referenced signals. R&S offers a variety of models with a bandwidth of up to 6 GHz. Learn more.

R&S passive broadband probes are an economical, yet powerful alternative to active probes for measuring high-speed signals on low impedance lines. Explore here.

Rohde & Schwarz active differential probes offer high input impedance, high common-mode rejection and low added noise. See more benefits!

R&S RTO2000 Oscilloscope - Product Brochure

Advanced Signal Analysis using the History Mode of the R&S RTO Oscilloscope.

03-Jun-2013 | AN-No. 1TD02

This application note explains how to measure the oscilloscope ENOB and shows results for the R&S®RTO for different settings.

13-May-2011 | AN-No. 1ER03

The R&S®RTO oscilloscope is the perfect solution for measurement applications that require further remote processing.

15-Feb-2018

The R&S®RTO oscilloscope is a valuable tool for analyzing EMI problems in electronic designs.

27-Jun-2018

In order to clearly visualize and make repeatable measurements on signals with amplitudes of less than 1/100 of a division, and stabilize signals captured over very long periods, the R&S RTO oscilloscope’s powerful combination of measurement and math channel capabilities allows corrective offset adjustments on individual acquisitions more than one hundred times per second.

10-Sep-2015

Testing LTE MIMO Signals using a R&S RTO Oscilloscope

24-Apr-2013 | AN-No. 1EF86

The R&S®RTO/RTP is perfect for precise measurements in many accelerator physics lab applications, such as in synchrotrons or free electron lasers.

17-Dec-2013

Models: R&S®RTO2002, R&S®RTO2004, R&S®RTO2012, R&S®RTO2014, R&S®RTO2022, R&S®RTO2024, R&S®RTO2032, R&S®RTO2034, R&S®RTO2044, R&S®RTO2064

This document describes the use of the R&S®RTO and R&S®RTP to demodulate RF pulses for further measurements and precisely trigger on and analyze RF pulses.

13-Mar-2019