R&S ® The RTO1044 oscilloscope has excellent signal fidelity, extremely high acquisition rate, and the world's first real-time digital triggering system. It has a bandwidth of 4 GHz, a maximum sampling rate of 10G/S, and can output 4 channels simultaneously. These oscilloscopes have hardware accelerated measurement and analysis capabilities. R&S ® RTO1044 can quickly troubleshoot signal faults and has hardware accelerated analysis capabilities, with a high-precision digital triggering system, R&S ® RTO1044 operation method, simpler and faster, truly convincing measurement accuracy

R&S ® RTO1044 is widely used in the following fields:
Trigger and decoding of serial protocol
Support multiple standards
The collection rate is extremely high, allowing for quick troubleshooting
Quick and convenient configuration
Flexible protocol triggering
The data display is clear and concise
Intuitive navigation function
R&S ® Advantages of RTO1044
Quickly troubleshoot signal faults
One million waveforms per second: accurate troubleshooting without guessing
The collection rate is extremely high, and there are no restrictions on the functionality
Support historical information viewing function, fast fault analysis
Hardware acceleration analysis function
The measurement speed is extremely high, and it is no exception for complex analysis functions
FFT spectrum analysis: powerful and easy to operate
Template testing: Quick configuration, reliable results
Advanced analysis function, capable of analyzing up to three waveforms simultaneously per channel
High precision digital triggering system
The triggering jitter is extremely low, which can achieve high-precision measurement
Within the full bandwidth range, the triggering sensitivity is extremely high
For trigger signals, use adjustable digital filters
The operation method is simpler and faster
Using an intuitive menu structure for faster operation
The control components are color coded for easier identification
Signal icons support drag and drop functionality
The dialog box adopts a semi transparent design, and the complete measurement signal can always be observed
Convincing measurement accuracy
Extremely low inherent noise and high measurement accuracy
Using a single core analog-to-digital converter for a larger dynamic range
Full bandwidth measurement, even for input sensitivity range ≤ 10mV/div
Extremely small gain and deviation errors independent of temperature
The isolation between channels is extremely high, with no crosstalk phenomenon

performance index
Vertical system
Channel	R&S®RTO1002/R&S®RTO1012/R&S®RTO1022	2
	R&S®RTO1004/R&S®RTO1014/R&S®RTO1024/R&S®RTO1044	4
Bandwidth (-3 dB) at	R&S®RTO1002 and R&S®RTO1004	600 MHz
50 Ω
	R&S®RTO1012 and R&S®RTO1014	1 GHz
	R&S®RTO1022 and R&S®RTO1024	2 GHz
	R&S®RTO1044	4 GHz
Rise time (calculated value)	R&S®RTO1002 and R&S®RTO1004	583 ps
	R&S®RTO1012 and R&S®RTO1014	300 ps
	R&S®RTO1022 and R&S®RTO1024	175 ps
	R&S®RTO1044	100 ps
Input impedance		50 Ω ±1.5 %
		1 M Ω± 1% with 15 pF (measured)
Input sensitivity	Maximum bandwidth across the entire range	50 Ω: 1 mV/div to 1 V/Div
		1M Ω: 1 mV/div to 10 V/Div
Effective Bit Number (ENOB) of Analog to Digital Converter	Full range sine, frequency<-3 dB bandwidth	>7 digits (measurement)
acquisition system
Maximum sampling rate (real-time)		10 G samples per second per channel
	R&S®RTO1044	10 Gsa/s per channel
		20 Gsa/s using two channels
memory depth	Standard configuration, with each channel/1 channel in working state	R&S®RTO: Two channel model: 20/40M sample
		R&S®RTO: Four channel model: 20/80M sample
	Maximum Upgrade (R&S)®RTO-B102 option),	R&S®RTO: Two channel model: 100/200M sample
	Each channel/1 channel is in working state	R&S®RTO: Four channel model: 100/400M sample
Maximum collection rate	Continuous collection and display, 10 G samples/s, 1 k samples	1 million waveforms per second
	Super segmentation mode	<200 ns blind spot time
Data Extraction Mode	For any combination of extraction mode and waveform algorithm, each channel can support up to 3 waveforms at most	Sampling, peak detection, high resolution, effective value
waveform algorithm		None, envelope, average
Interpolation mode		Linear, Sin(x)/x, sample-and-hold
horizontal system
Time Base Range		25 ps/div to 50 s/div
Time base accuracy	After supply/calibration	2.5 ppm
	After supply/calibration (R&S®RTO-B4 option)	0.02 ppm
Channel offset correction		± 100 ns (real-time offset correction, channel to channel triggering - such as state detection offset correction)
TRIGGER
Trigger Type		Edge, interference, pulse width, under amplitude, window, timeout, interval, slope, data clock, mode, status, serial mode, I2C, SPI, Optional: UART/RS-232, LIN, CAN, FlexRay
sensitivity	Definition of Trigger Lag Parameter	Automatic or manual setting range: 0.1 div to 5 div
Detectable minimum pulse interference signal h		100 ps
	R&S®RTO1044	50 ps
coupling mode		For the selected channel, RF suppression can be selected within the cutoff frequency range of 100 kHz to 50% of the analog bandwidth
Waveform arithmetic operation
Types of Algebraic Operations		Arithmetic operations, logical operations, comparison operations, frequency domain, digital filters
Hardware accelerated mathematical calculation function		+, –, *, 1/x, |x|, Derive, log10, ln, log2Scaling, FIR, FFT amplitude
Analysis and measurement functions
Hardware acceleration analysis function		Spectrum, histogram, template testing, cursor
Hardware accelerated measurement function		Amplitude measurement, time measurement
General data
size	Width x Height x Depth	427 mm x 249 mm x 204 mm
		(16.81 in x 9.8 in x 8.03 in)
weight	R&S®RTO1024	9.6 kg (21.16 lb)
monitor		10.4 "LC TFT color touch screen,
		1024 × 768 pixels (XGA)
connect		1Gbit/s LAN, 4xUSB 2.0, GPIB (optional), DVI (for external monitor), external trigger

R&S®RTO probe series
probe	bandwidth	Attenuation factor	Input impedance	Input capacitance	dynamic range	other
passive probe
R&S®RT-ZP10	500 MHz	10:01	10 MΩ	~10 pF	400 V
					(Vrms)
R&S®RTM-ZP10	500 MHz	10:01	10 MΩ	~10 pF	400 V
					(Vrms)
high voltage probe
R&S®RT-ZH10	400 MHz	100:01:00	50 MΩ	7.5 pF	1000 V
R&S®RT-ZH11		1000:1			(Vrms)
High voltage differential probe
R&S®RT-ZD01	100 MHz	100:1/1000:1	8 MΩ	3.5 pF	±140 V / ±1400 V
Active Probe
R&S®RT-ZS10E	1.0 GHz	10:01	1 MΩ	0.8 pF	±8 V
R&S®RT-ZS10	1.0 GHz					Support high-precision DC voltmeter function; Front end micro buttons that support preset functions
R&S®RT-ZS20	1.5 GHz
R&S®RT-ZS30	3.0 GHz
differential probe
R&S®RT-ZD20	1.5 GHz	10:01	1 MΩ	0.6 pF	±5 V	Support high-precision DC voltmeter function; Front end micro buttons that support preset functions
R&S®RT-ZD30	3.0 GHz
Current probes
Probes	Bandwidth	Max. current	Rise time	Sensitivity error	Max. circuit voltage	Extras
		(RMS / peak)
Current probes
R&S®RT-ZC10	10 MHz	150 A / ±300 A	35 ns	±1 % up to 150 A (RMS)	600 V (CAT II)	external power supply necessary,
					300 V (CAT III)	e.g. R&S®RT-ZA13
R&S®RT-ZC20	100 MHz	30 A / ±50 A	3.5 ns	±1 % up to 30 A (RMS)	300 V (CAT I)	external power supply necessary,
						e.g. R&S®RT-ZA13