R&S®RTP Oscilloscope

Just got better.

R&S®RTP Oscilloscope
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R&S®RTP Oscilloscope
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R&S®RTP Oscilloscope
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R&S®RTP Oscilloscope
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R&S®RTP Oscilloscope
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R&S®RTP oscilloscope, front view R&S®RTP164B oscilloscope, side view R&S®RTP164B, I/Q mode R&S®RTP oscilloscope, back low R&S®RTP Oscilloscope

Key facts

  • Bandwidth: 4 GHz to 16 GHz
  • Max. sample rate: 40 Gsample/s
  • Max. memory depth: 3 Gpoints per channel
  • Up to 16 bit resolution
  • All trigger events at full bandwidth

Signal integrity in real time

The R&S®RTP high-performance oscilloscope combines high-class signal integrity with a fast acquisition rate. Customized frontend ASIC and real-time processing hardware enable highly accurate measurements with unprecedented speed in a compact form factor.

  • 750,000 waveforms/s to find faults fast
  • High-precision digital trigger with no bandwidth limitations
  • Real-time deembedding for triggering and fast acquisition
  • Compact design and silent operation to best fit any lab
  • Precise measurements with flat frequency response of +/- 0.25 dB

Features & benefits

Real-time signal integrity

Fastest high accuracy measurements

Rohde & Schwarz has the in-house expertise to design the best analog integrated circuits. Powerful processing components directly downstream from the A/D converters enable real-time correction of transmission paths from the DUT, retaining the maximum acquisition rate of 750,000 waveforms/s.

  • Flat frequency response and high spurious-free dynamic range for precise measurements
  • Real-time deembedding for fast acquisition and precise triggering
  • Real-time math for differential signals
  • Hardware-accelerated histogram and mask test
  • Increase real-time resolution with 16-bit HD mode

Real-time deembedding architecture
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Real-time deembedding architecture

The R&S®RTP allows waveform correction in real time for fast waveform acquisition up to 750,000 waveforms/s and precise triggering.

Multi-instrument capability

Time-correlated measurements on integrated devices

The R&S®RTP oscilloscope combines several test instrument capabilities for time-correlated analysis of multiple signal types in a single box:

  • High bandwidth analog channels for  measuring high-speed signals and wideband RF transmitters
  • Fast and responsive FFT for analysis in the frequency domain
  • General purpose 16 ch, 400 MHz MSO for logic analysis or protocol based testing of low-speed serial buses
  • Select from the broad portfolio of serial protocol options
  • Multiple 18-bit high-precision voltage and current channels (4 + 4)
  • 2 ch 100 MHz arbitrary waveform generator
  • 16 GHz differential pulse source

Multi-instrument capability of the R&S®RTP oscilloscope
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Multi-instrument capability of the R&S®RTP oscilloscope

All tools are integrated in a single instrument with a consistent interface

Compact and configurable

Future-proof 4 to 16 GHz platform for any lab

The R&S®RTP platform is designed for minimal bench space and quiet operation. Multiple option slots and upgrade paths for bandwidth and memory make for a safe investment and a future-proof platform.

  • Most compact and silent high-performance oscilloscope for your lab
  • Expand as your requirements grow: 4 hardware option slots, software option, bandwidth and memory upgrade
  • Quickly operate instrument via touchscreen and established Rohde & Schwarz graphical user interface

R&S®RTP future-proof platform
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R&S®RTP future-proof platform

The R&S®RTP high-performance oscilloscope is suitable for daily debug work in the lab and can grow with your requirements.

Available models

Available options

R&S®RTP - Media Center

The R&S®RTP Oscilloscope. Just got better

R&S®RTP oscilloscope – just got better

Application Videos

USB 3.1 interface debug with realtime deembedding
USB 3.1 interface debug with Realtime Deembedding

How to use realtime deembedding on a USB 3.1 Gen1 device.

Time delay analysis of multiple wideband RF signals
Time delay analysis of multiple wideband RF signals

Analysis of multiple RF signals, which are typically used e.g. for direction finding.

DDR3 signal integrity debugging
DDR3 Signal Integrity debugging

How to perform signal integrity debugging on a DDR3 device.

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