The RTM2032 digital oscilloscope from Rohde&Schwarz R&S in Germany has a bandwidth of 350MHz and 2 channels for measurement. RTM2032 is user-friendly and provides reliable results quickly, which is what users expect from desktop oscilloscopes. Solution provided by Rohde&Schwarz: R&S ® RTM。 Users can now obtain twice the display space on one oscilloscope and quickly activate important functions while other oscilloscopes are still starting, R&S ® RTM has provided measurement results and observed small signals of other products submerged in noise. In addition to being used as a general measurement and analysis tool, R&S ® The RTM series oscilloscope has special features that can help users quickly obtain desired results during debugging and signal analysis. As with the QuickMeas quick measurement function, with just one press of a button, the main measured values of the signal can be displayed on the waveform and continuously updated in real-time.

R&S ® The RTM2000 series oscilloscope is an ideal choice for many different applications, including the development, production, and maintenance of embedded hardware.
As a representative of the art of oscilloscopes, R&S ® RTM oscilloscope can meet the growing demand of engineers for desktop oscilloscopes, providing time-domain, spectral, bus protocol, and logic analysis functions in one instrument:
Time domain signal analysis: With high sensitivity, it can detect signals that may be submerged in noise using other oscilloscopes
Spectrum analysis: using integrated fast Fourier transform (FFT) to quickly and reliably detect errors in the signal spectrum
Logical analysis: 20 M storage depth with 5Gs/s sampling rate, capable of detailed analysis of digital signal details
Bus protocol analysis: easily trigger and decode various serial buses
R&S ® The RTM2000 series oscilloscope has a bandwidth of 350MHz or 500MHz, providing a sampling rate of up to 5Gs/s and a storage depth of up to 20M. Even when facing long wave sequences, it can provide sampling rate resolution and accurately display signal details. The series models are as follows:
Number of bandwidth channels for the model host
R&S ® RTM2032 350 MHz 2
R&S ® RTM2034 350 MHz 4
R&S ® RTM2052 500 MHz 2
R&S ® RTM2054 500 MHz 4
R&S ® The RTM series oscilloscope can support triggering and decoding of serial bus protocols, with supported interfaces including I2C, SPI, UART/RS-232, I2S, and CAN/LIN. Having this capability makes it an ideal tool for testing and debugging embedded designs.
Protocol analysis tool
In addition to user data, serial bus signals also include control, address, and clock information. Therefore, debugging systems that use serial data buses generally requires additional software support. If the oscilloscope can trigger the content of the serial protocol being used and display decoded messages, isolating specific bus events would be much easier.
R&S ® The RTM series oscilloscope provides a universal tool for triggering and decoding serial bus protocols. The supported interfaces include I2C, SPI, UART/RS-232, I2S, and CAN/LIN. The extended triggering capability helps capture relevant events. For example, for I2C messages, R&S ® The RTM series oscilloscope can trigger specific addresses with specific data content. The protocol is decoded and displayed in ASCII, binary, hexadecimal, or decimal data formats. For the convenience of analysis, highlighting different parts of the message (address, data, starting bit, etc.) in multiple colors is a useful feature: as the scaling factor increases, the decoded information displayed becomes more detailed. The decoded data can also be displayed in tabular format. You can switch views between tables and decoded signals. The device table can decode and display node information.

Technical parameter summary table
Vertical system
Number of channels	R&S ® RTM2032/R&S ® RTM2052	2
	R&S ® RTM2034/R&S ® RTM2054	4
Bandwidth (-3 dB), 50 Ω input impedance	R&S ® RTM2032/R&S ® RTM2034	350 MHz
	R&S ® RTM2052/R&S ® RTM2054	500 MHz
Rise time (calculated value)	R&S ® RTM2032/R&S ® RTM2034	1 ns
	R&S ® RTM2052/R&S ® RTM2054	700 ps
Input impedance		50 Ω± 1.5% or
		1 M Ω± 1% and 12 pF ± 1 pF
Input sensitivity	Maintain full bandwidth across all ranges	50 Ω: 1 mV/div to 1 V/div
		1 M Ω 1 mV/div to 10 V/div
resolving power		8 digits
acquisition system
Maximum sampling rate (real-time)		2.5G/s per channel; 5Gs/s, interleaving method
Collecting memory		10 M per channel; 20 M interweaving method
Extraction algorithm	Combining extraction mode and waveform algorithm	Sampling, peak detection, high-resolution
Waveform algorithm		Disconnect, envelope, average, smooth, filter
interpolation		sin(x)/x
Horizontal system
Time base range		1 ns/div to 50 s/div
Time base accuracy		±3.5 ppm
Channel offset correction		±100 ns
Trigger system
Trigger type		Edge, width, video, pattern, short pulse, conversion rate, B trigger
		Optional types: I2C,SPI, UART/RS-232, CAN/LIN
Trigger level		Screen center ± 10 div
Analysis and measurement functions
QuickMeas Quick Measurement Function	Just press the button once, the built-in measurement values are directly labeled on the waveform and updated in real-time	Peak to peak voltage, positive peak value, negative peak value, rise time, fall time, average value, effective value, time, frequency
automatic measurement		31 measurement functions
Cursor measurement		14 measurement functions
Waveform mathematics		20 measurement functions
Mixed Signal Analysis (MSO) Options
Digital channel		16 (2 logic probes)
Input impedance		100 kΩ || 4 pF
sampling rate	Connect 2 logic probes	2.5G/s per channel
	Connect 1 logic probe	5Gs/s per channel
Collecting memory	Connect 2 logic probes	10 M per channel
	Connect 1 logic probe	20 M per channel
General Data
Chassis size	Width x Height x Depth	403 mm×189 mm×142 mm
		(15.87 in×7.44 in×5.59 in)
weight		4.1 kg (9.04 lb)
screen		8.4 "XGA TFT color display (1024 × 768 pixels)
Interface		2 x USB host, USB device, LAN, GPIB (optional), DVI-D for external monitor