R&S MXO 4 Series Oscilloscope -| > 4.5 million wfms / sec, 12-bit ADC 18-bit HD, 400 Mpts memory /ch, Digital trigger

Welcome to the next generation oscilloscope – the R&S MXO 4 series, that’s both high-performing and great value. These instruments offer a rare engineering breakthrough that provides accelerated insight, along with some key “industry first” features. Whether you’re working on cutting-edge design or troubleshooting existing systems, the R&S MXO 4 series oscilloscope will help you get the job done quickly and efficiently.

REQUEST A DEMO

R&S MXO 4 – Product Brochure R&S MXO 4 – Fact sheet

Click here to Make an Enquiry / Demo / Calibration

If you would like more information regarding this product, simply email us here.

Categories: Oscilloscopes, Rohde & Schwarz Tags: Oscilloscopes, Rohde & Schwarz

Breaking the mould of what an oscilloscope can do, the R&S MXO 4 Series is the next generation of test and measurement devices. With industry-first features and unrivaled performance, these oscilloscopes are designed to give you accelerated insight into your measurements.

See the big picture with up to 1.5 GHz of bandwidth and 5 Gsample/s sample rate. The large 13.3” Full HD capacitive touchscreen with SmartGrid waveform layout, color-coded controls, and clear menus making it easy to see complex waveforms. No other oscilloscope in the world updates faster in real-time, at a rate of 4.5 million acquisitions per second. With this kind of detail and signal visibility, engineers can spot rare events as they happen.

The Rohde & Schwarz MXO 4 Series Oscilloscope is a powerful instrument that offers a standard acquisition memory of 400 Mpoints on all four channels. With an optional 800 Mpts interleaved (400 Mpts- 4 chanels, 800 Mpts – 2 chanels ), the oscilloscope has up to 100 times the standard memory of comparable instruments.

R&S MXO 4 is ideal for general purpose measurement, serial data analysis, jitter analysis, embedded design verification, frequency response analysis, and more. No matter what your application, the R&S MXO 4 Series has the power and flexibility to handle it. From basic signal analysis to advanced embedded design debug, these oscilloscopes have the features and performance you need to get the job done right.

See your signals with clarity, the highest vertical resolution and the lowest measurement noise.

12-bit ADC: all the time

The R&S MXO 4 series oscilloscope is a precision instrument that incorporates a 12 bit A/D converter. This delivers 4096 quantization levels for precise 12 bit vertical resolution vertical sampling, 16x improvement over 8 bit ADCs. The ADC stays in 12 bit mode all the time, even at the fastest sample rates, ensuring precision and accuracy in your measurements.

18-bit architecture with HD mode

The R&S MXO 4 Series Oscilloscope provides users with the best of both worlds when it comes to bandwidth and bits of resolution. With HD mode, implemented in hardware for fast speed, this oscilloscope can achieve up to 18 bit vertical resolution- providing you with sharper waveforms and more signal details that would otherwise be masked by noise. In addition to its superior vertical resolution, the R&S MXO 4 also features the lowest system measurement noise in the industry at just 22 μV AC (RMS) at 1 mV/div.

Vertical sensitivity to 500 μV/div with ±5 V offset range

The R&S MXO 4 series oscilloscope provides unmatched sensitivity down to 500 μV/div, with no unexpected reduction in bandwidth whatsoever. This makes it the perfect choice for a wide range of applications that require exceptional precision. The offset of ±5 V at higher sensitivity vertical scale lets you position the signal precisely in the center of the screen for more accurate measurements. Also, the extended offset feature provides enhanced sensitive vertical resolution that leads to increased ADC bits and reduced noise.

The best user experience

Advanced usability and ease of use, as well as fast remote control, are all included in the interface.

Specifications

SPECIFICATIONS OF BASE UNIT

Vertical system: analog channels
Input channels	4 channels
Input impedance	50 Ω ± 1.5 %, 1 MΩ ± 1 % \|\| 12 pF (meas.)
Analog bandwidth (–3 dB)	at 50 Ω input impedance
R&S®MXO 4	≥ 200 MHz
R&S®MXO 4 with -B243 option	≥ 350 MHz
R&S®MXO 4 with -B245 option	≥ 500 MHz
R&S®MXO 4 with -B2410 option	≥ 1 GHz
R&S®MXO 4 with -B2415 option	≥ 1.5 GHz 1)
at 1 MΩ input impedance
R&S®MXO 4	≥ 200 MHz (meas.)
R&S®MXO 4 with -B243 option	≥ 350 MHz (meas.)
R&S®MXO 4 with -B245 option	≥ 500 MHz (meas.)
R&S®MXO 4 with -B2410 option	≥ 700 MHz (meas.) 2)
R&S®MXO 4 with -B2415 option	≥ 700 MHz (meas.) 2)
Bandwidth limits	max. –1.5 dB, min. –4 dB	1 GHz, 500 MHz, 350 MHz, 200 MHz, 100 MHz, 50 MHz, 20 MHz (meas.)
Rise/fall time (calculated)	10 % to 90 % at 50 Ω

	R&S®MXO 4	< 1.75 ns
	R&S®MXO 4 with -B243 option	< 1 ns
	R&S®MXO 4 with -B245 option	< 700 ps
	R&S®MXO 4 with -B2410 option	< 350 ps
	R&S®MXO 4 with -B2415 option	< 234 ps
Vertical resolution		12 bit, 18 bit for high definition mode (without reduction of the sampling rate)
Input sensitivity	at 50 Ω	0.5 mV/div to 1 V/div, entire analog bandwidth supported for all input
		sensitivities
	at 1 MΩ	0.5 mV/div to 10 V/div, entire analog bandwidth supported for all input sensitivities
DC gain accuracy	offset and position set to 0 V, after self-alignment
	input sensitivity > 5 mV/div	±1 % full scale
	input sensitivity ≤ 5 mV/div to ≥ 1 mV/div	±1.5 % full scale
	input sensitivity < 1 mV/div	±2.5 % full scale
Input coupling	at 50 Ω	DC
	at 1 MΩ	DC, AC
Maximum input voltage	at 50 Ω	5 V (RMS), 30 V (Vp)

at 1 MΩ with R&S®RT-ZP11 passive probe

400 V (RMS), 1650 V (Vp),

300 V (RMS) CAT II;

	for derating and details, see R&S®RT-Zxx Standard
	Probes data sheet (PD 3607.3851.22)
Position range		±5 div
Offset range at 50 Ω	input sensitivity
	100 mV/div to 1 V/div	±20 V
	0.5 mV/div to < 100 mV/div	±5 V
Offset range at 1 MΩ	input sensitivity
	800 mV/div to 10 V/div	±200 V
	80 mV/div to < 800 mV/div	±50 V
	0.5 mV/div to < 80 mV/div	±(5 V – input sensitivity × position)
		±(0.35 % ×
Offset accuracy		\|net offset\| + 0.5 mV + 0.1 div × input sensitivity) (net offset = offset – position × input sensitivity)
	after adequate suppression of measurement	±(DC gain accuracy ×
DC measurement accuracy	noise using high-resolution sampling mode or	\|reading – net offset\|
	waveform averaging or a combination of both	+ offset accuracy)

1) 1.5 GHz analog bandwidth in interleave mode with 5 Gsample/s real-time sampling rate.

2) With R&S®RT-ZP11 passive probe.

Vertical system: analog channels

Channel-to-channel isolation

(each channel at same input sensitivity)

input frequency inside instrument bandwidth

> 60 dB (1:1000)

Vertical system: analog channels
RMS noise floor ³⁾
At 50 Ω (meas.)	Input sensitivity	Analog bandwidth (–3 dB)
20 MHz	200 MHz	350 MHz	500 MHz	1 GHz
0.5 mV/div	20 μV	43 μV	47 μV	50 μV	98 μV
1 mV/div	22 μV	45 μV	50 μV	54 μV	104 μV
2 mV/div	25 μV	52 μV	56 μV	61 μV	116 μV
5 mV/div	43 μV	72 μV	77 μV	84 μV	152 μV
10 mV/div	76 μV	118 μV	120 μV	131 μV	238 μV
20 mV/div	148 μV	219 μV	219 μV	241 μV	436 μV
50 mV/div	360 μV	508 μV	492 μV	543 μV	1.01 mV
100 mV/div	747 μV	1.17 mV	1.19 mV	1.30 mV	2.47 mV
200 mV/div	1.40 mV	2.13 mV	2.14 mV	2.34 mV	4.43 mV
500 mV/div	3.47 mV	4.91 mV	4.80 mV	5.27 mV	10.13 mV
1 V/div	6.88 mV	9.71 mV	9.47 mV	10.41 mV	19.96 mV
1 MΩ (meas.)	Input sensitivity	Analog bandwidth (–3 dB)
20 MHz	100 MHz	200 MHz	350 MHz	500 MHz
0.5 mV/div	28 μV	40 μV	42 μV	47 μV	51 μV
1 mV/div	28 μV	40 μV	46 μV	50 μV	53 μV
2 mV/div	30 μV	43 μV	49 μV	54 μV	58 μV
5 mV/div	44 μV	58 μV	67 μV	71 μV	78 μV
10 mV/div	73 μV	92 μV	109 μV	109 μV	120 μV
20 mV/div	138 μV	169 μV	199 μV	198 μV	218 μV
50 mV/div	344 μV	442 μV	525 μV	529 μV	586 μV
100 mV/div	739 μV	959 μV	1.13 mV	1.14 mV	1.24 mV
200 mV/div	1.40 mV	1.74 mV	2.06 mV	2.07 mV	2.27 mV
500 mV/div	3.47 mV	4.43 mV	5.22 mV	5.28 mV	5.75 mV
1 V/div	7.11 mV	8.92 mV	10.44 mV	10.53 mV	11.49 mV
2 V/div	13.83 mV	16.9 mV	19.87 mV	19.56 mV	21.38 mV
5 V/div	34.84 mV	44.32 mV	52.43 mV	53.39 mV	57.97 mV
10 V/div	57.16 mV	68.58 mV	80.66 mV	78.53 mV	85.46 mV

Vertical system: digital channels
Input channels	16 logic channels (D0 to D15)
Arrangement of input channels	arranged in two logic probes with 8 channels each, assignment of the logic probes to the channels (D0 to D7 or D8 to D15) is displayed on the probe
Input impedance	100 kΩ ± 2 % \|\| ~4 pF (meas.) at probe tips
Maximum input frequency	signal with minimum input voltage swing and hysteresis setting: normal	400 MHz (meas.)
Maximum input voltage	±40 V (Vp)
Minimum input voltage swing	500 mV (Vpp) (meas.)
Threshold groups	D0 to D3, D4 to D7, D8 to D11 and D12 to D15
Threshold level	range	±8 V in 25 mV steps
predefined	CMOS 5.0 V, CMOS 3.3 V, CMOS 2.5 V, TTL, ECL, PECL, LVPECL
Threshold accuracy	threshold between ±4 V	±(100 mV + 3 % of threshold setting)
Comparator hysteresis	normal, robust, maximum

3) HD mode active for bandwidth ≤ 500 MHz.

Horizontal system
Horizontal position range (trigger offset range)	max.	+(memory depth/current sampling rate)
min.	–5000 s
Modes	normal
Channel-to-channel skew	between analog channels	< 100 ps (meas.)
between digital channels	< 500 ps (meas.)
Timebase accuracy	after delivery/calibration, at +23 °C	±0.2 ppm
during calibration interval	±1 ppm
Delta time accuracy	corresponds to time error between two edges on same acquisition and channel; signal amplitude greater than 5 divisions, measurement threshold set to 50 %, vertical gain 10 mV/div or greater; rise time lower than four sample periods; waveform acquired in real-time mode	±(0.20/real-time sampling rate + timebase accuracy × \|reading\|) (peak) (meas.)

Acquisition system
Sampling rate	analog channels (real time)	max. 5 Gsample/s on 2 channels, max. 2.5 Gsample/s on 4 channels
analog channels (interpolated)	max. 5 Tsample/s
digital channels	max. 5 Gsample/s on each channel
Waveform acquisition rate	max.	> 4 500 000 waveforms/s
Trigger rearm time	min.	< 21 ns
Memory depth 4)	standard	400 Mpoints with 4 active channel (single), 400 Mpoints with 2 active channel (run)
R&S®MXO4-B108 option	800 Mpoints with 2 active channel (single), 800 Mpoints with 1 active channel (run)
Acquisition modes	sample	middle sample in decimation interval
peak detect	largest and smallest sample in decimation interval
average	average value of samples in decimation interval
number of averaged waveforms	2 to 16 777 215
envelope	envelope of acquired waveforms
Sampling modes	real-time mode	max. sampling rate set by digitizer
interpolated time	enhancement of sampling resolution by interpolation; max. equivalent sampling rate is 5 Tsample/s
Interpolation modes	linear, sin(x)/x, sample & hold
Fast segmentation mode	continuous recording of waveforms in acquisition memory without interruption due to visualization
max. real-time waveform acquisition rate	> 4 600 000 waveforms/s
min. blind time between consecutive acquisitions	< 21 ns

High definition mode
General description	The high definition mode increases the numeric resolution of the waveform signal by using digital filtering, leading to reduced noise. Because of the digital trigger concept of the R&S®MXO 4, signals with increased numeric resolution are used as the input for triggering.
Numeric resolution	bandwidth, at 5 Gsample/s	bit resolution
1 kHz to 10 MHz	18 bit
100 MHz	16 bit
200 MHz	15 bit
500 MHz	14 bit
Real-time sampling rate	all models	max. 5 Gsample/s on 2 channels, max. 2.5 Gsample/s on 4 channels

4) The maximum available memory depth depends on the bit depth of the acquired data and, therefore, on the settings of the acquisition system, such as decimation mode, waveform arithmetic or high definition mode.

Trigger system
Trigger jitter	full-scale sine wave of frequency set to –3 dB bandwidth	< 1 ps (RMS) (meas.)
Coupling mode	standard	same as selected channel
HF reject	cutoff frequency selectable from 100 kHz to 50 % of analog bandwidth
LF reject	attenuates < 50 kHz
Trigger hysteresis	modes	auto (standard) or manual
sensitivity	10–4 div, from DC to instrument bandwidth for all vertical scales
Holdoff range	time	100 ns to 10 s, fixed and random
Main trigger modes
Edge	triggers on specified slope (positive, negative or either) and level
Glitch	triggers on glitches of positive, negative or either polarity that are shorter or longer than specified width
glitch width	200 ps to 1000 s
Width	triggers on positive or negative pulse of specified width; width can be shorter, longer, inside or outside the interval
pulse width	200 ps to 1000 s
Runt	triggers on pulse of positive, negative or either polarity that crosses one threshold but fails to cross a second threshold before crossing the first one again; runt pulse width can be arbitrary, shorter, longer, inside or outside the interval
runt pulse width	200 ps to 1000 s
Window	triggers when signal enters or exits a specified voltage range; triggers also when signal stays inside or outside the voltage range for a specified period of time
Timeout	triggers when signal stays high, low or unchanged for a specified period of time
timeout	0 ps to 1000 s
Interval	triggers when time between two consecutive edges of same slope (positive or negative) is shorter, longer, inside or outside a specified range
interval time	200 ps to 1000 s
Slew rate	triggers when the time required by a signal edge to toggle between user-defined upper and lower voltage levels is shorter, longer, inside or outside the interval; edge slope may be positive, negative or either
toggle time	0 ps to 1000 s
Setup & hold	triggers on setup time and hold time violations between clock and data present on any two input channels; monitored time interval may be specified by the user in the range from –100 s to 100 s around a clock edge and must be at least 200 ps wide
Pattern	triggers when a logical combination (and, nand, or, nor) of the input channels stays true for a period of time shorter, longer, inside or outside a specified range
State	triggers when a logical combination (and, nand, or, nor) of the input channels stays true at a slope (positive, negative or either) in one selected channel
Advanced trigger modes
Sequence trigger (A/B/R trigger)	triggers on B event after occurrence of A event; delay condition after A event specified either as time interval or number of B events; an optional R event resets the trigger sequence to A
A event	any trigger mode
B event	edge, glitch, width, runt, window, timeout, interval, slew rate
R event	edge, glitch, width, runt, window, timeout, interval, slew rate
Serial bus trigger	optional	see dedicated triggering and decoding options
Trigger input	input impedance	50 Ω (meas.) or 1 MΩ (meas.) \|\| 11 pF (meas.)
max. input voltage at 50 Ω	30 V (Vp)
max. input voltage at 1 MΩ	300 V (RMS), 400 V (Vp), derates at 20 dB/decade to 5 V (RMS) above 250 kHz
trigger level	±5 V
sensitivity
input frequency ≤ 500 MHz	300 mV (peak-to-peak) (meas.)
input coupling	AC, DC (50 Ω and 1 MΩ), HF reject (attenuates > 50 kHz or > 50 MHz, user-selectable), LF reject (attenuates < 5 kHz or < 50 kHz, user-selectable)
trigger modes	edge (rise or fall)

Trigger system
Trigger out	functionality	A pulse is generated for every acquisition trigger event.
output voltage	0 V to 5 V (nom.) at high impedance; 0 V to 2.5 V (nom.) at 50 Ω
pulse width	selectable between 16 ns and 50 ms
pulse polarity	low active or high active
output delay	depends on trigger settings

Waveform measurements
Automatic measurements	measurements on channels, math waveforms, reference waveforms	amplitude, high, low, maximum, minimum, peak-to-peak, mean, RMS, sigma, positive overshoot, negative overshoot, area, rise time, fall time, positive pulse width, negative pulse width, period, frequency, positive duty cycle, negative duty cycle, delay, phase, burst width, pulse count, edge count, pulse train, positive switching, negative switching, cycle area, cycle mean, cycle RMS, cycle sigma, setup, hold, setup/hold time, setup/hold ratio, slew rate rising, slew rate falling, delay to trigger
gate	delimits the display region evaluated for automatic measurements
reference levels	user-configurable vertical levels define support structures for automatic measurements
statistics	displays maximum, minimum, mean, standard deviation and measurement count for each automatic measurement
number of active measurements	16
Cursor measurements	setup	up to two cursor sets on screen, each set consisting of two horizontal and two vertical cursors.
target	acquired waveforms (input channels), math waveforms, reference waveforms, XY diagrams
operating mode	vertical measurements, horizontal measurements or both; vertical cursors either set manually or locked to waveform

History and segmented memory
Acquisition memory	automatic, manual
automatic	automatic segment size and sample rate
manual	user-defined size and sample rate
Memory segmentation	function	memory segments for the acquisition
number of segments	record length	segments 5) 5) With R&S®MXO4-B108 memory option. The maximum number of segments depends on the number of active channels and the bit depth of the acquired data and, therefore, on the settings of the acquisition system, such as decimation mode, waveform arithmetic or high definition mode.(up to)	total memory
1 kpoints	1 048 575	1.048 Gpoints
2 kpoints	524 287	1.048 Gpoints
5 kpoints	262 143	1.310 Gpoints
10 kpoints	131 071	1.310 Gpoints
20 kpoints	65 535	1.310 Gpoints
50 kpoints	32 767	1.638 Gpoints
100 kpoints	16 383	1.638 Gpoints
200 kpoints	9361	1.872 Gpoints
500 kpoints	4095	2.047 Gpoints
1 Mpoints	2113	2.113 Gpoints
2 Mpoints	1056	2.112 Gpoints
5 Mpoints	427	2.135 Gpoints
10 Mpoints	213	2.130 Gpoints
20 Mpoints	106	2.120 Gpoints
50 Mpoints	41	2.050 Gpoints
100 Mpoints	20	2.000 Gpoints
200 Mpoints	9	1.800 Gpoints
400 Mpoints	4	1.600 Gpoints
800 Mpoints	2	1.600 Gpoints
Segmentation is active on all analog and logic channels, protocol decoding and spectrum analysis.
Fast-segmented mode	continuous recording of waveforms in acquisition memory without interruption due to visualization; blind time between consecutive acquisitions, see Acquisition system
History mode	function	The history mode always provides access to past acquisitions in the segmented memory.
timestamp resolution	1 ps
history player	replays the recorded waveforms; repetition possible; adjustable speed; manual next/previous segment; numerical segment number input
analyze options	overlay all segments, average all segments, envelope all segments

Input and output
input frequency range	10 MHz (±20 ppm)
sensitivity	≥ –10 dBm into 50 Ω, ≤ 10 dBm at 10 MHz
Reference output	connector	BNC
impedance	50 Ω (nom.)
output signal	10 MHz (specified in timebase accuracy), 8 dBm (nom.)
Security slot	for standard Kensington style lock
VESA mount	VESA compatibility mounting interface, 100 mm × 100 mm pattern size
Right side
Ground jack	connected to ground

Available models

Models	Bandwidth	Channels	Sample rate	Max. memory depth	Optional MSO
R&S MX044-242	200 MHz	4	5 Gsample/s	400 Mpts per channel	16 digital channels
R&S MX044-243	350MHz	4	5 Gsample/s	400 Mpts per channel	16 digital channels
R&S MX044-245	500 MHz	4	5 Gsample/s	400 Mpts per channel	16 digital channels
R&S MX044-2410	1 GHz	4	5 Gsample/s	400 Mpts per channel	16 digital channels
R&S MX044-2415	1.5 GHz	4	5 Gsample/s	400 Mpts per channel	16 digital channels