SDS1000X-E — 100/200 MHz Super Phosphor Oscilloscopes
SIGLENT SDS1000X-E oscilloscopes are available in 100 MHz and 200 MHz bandwidths with 2 or 4 analog channels. They provide up to 1 GSa/s real-time sampling, up to 14 Mpts memory, 100,000 wfm/s normal capture and 400,000 wfm/s in Sequence mode. Serial decode is standard; MSO, Bode plot and web-browser control are positioned for suitable 4-channel configurations.
| Model | Bandwidth | Channels | Sample Rate | Capture Rate | Memory Depth | Notes |
|---|---|---|---|---|---|---|
| SDS1104X-E | 100 MHz | 4 analog | 1 GSa/s | 100k normal · 400k sequence | 7 Mpts/ch normal · 14 Mpts/ch interleaved | MSO, Bode and web control supported on 4-ch models |
| SDS1202X-E | 200 MHz | 2 analog + EXT | 1 GSa/s | 100k normal · 400k sequence | 7 Mpts/ch normal · 14 Mpts/ch interleaved | Entry 2-channel configuration |
| SDS1204X-E | 200 MHz | 4 analog | 1 GSa/s | 100k normal · 400k sequence | 7 Mpts/ch normal · 14 Mpts/ch interleaved | MSO, Bode and web control supported on 4-ch models |
Key Features
SPO Capture — 100k / 400k wfm/s
SPO technology provides up to 100,000 waveforms per second in normal mode and up to 400,000 wfm/s in Sequence mode, helping catch intermittent glitches and rare events.
Up to 14 Mpts Record Length
Memory depth is 7 Mpts/ch in non-interleaved mode and 14 Mpts/ch in interleaved mode, allowing longer captures before zooming into the event of interest.
Standard Serial Bus Decode
Serial triggering and decoding is included for I²C, SPI, UART/RS-232, CAN and LIN, with event-list correlation against the physical waveform.
1 Mpt FFT and Math Co-processor
The 1 Mpt FFT improves frequency resolution, while the math co-processor keeps measurement and math functions responsive on long records.
Sequence and History — Up to 80,000 Frames
Segmented acquisition and History mode can store up to 80,000 frames, useful for reviewing repeated events with minimal dead time.
7-inch TFT-LCD Display
The 7-inch 800 × 480 display supports 256-level intensity grading and colour-temperature display for fast identification of frequent and rare events.
Bode Plot and Web Control on 4-channel Models
Four-channel SDS1000X-E models support Bode plotting with compatible SIGLENT generators and browser-based remote monitoring.
Pass/Fail and SCPI Remote Control
Hardware pass/fail testing, USB, LAN/VXI-11, trigger out and SCPI support make the series suitable for lab automation and entry production checks.
Specifications
| Parameter | Unit | Value / Description |
|---|---|---|
| VERTICAL | ||
| Bandwidth | MHz | 100 / 200 model-dependent |
| Analog channels | — | 2 or 4 analog channels; EXT input on 2-channel model |
| MSO support | — | 16 logic channels optional on 4-channel models only |
| Vertical scale | V/div | 500 µV/div to 10 V/div |
| HORIZONTAL | ||
| Real-time sample rate | GSa/s | Up to 1 |
| Memory depth | Mpts/ch | 7 in non-interleaved mode · 14 in interleaved mode |
| Waveform capture rate | wfm/s | 100,000 normal mode · 400,000 Sequence mode |
| Sequence / History | frames | Up to 80,000 segments / frames |
| TRIGGER AND DECODE | ||
| Trigger types | — | Edge · Slope · Pulse Width · Window · Runt · Interval · Timeout / Dropout · Pattern · Video / HDTV · Serial bus |
| Serial decode | — | I²C / IIC · SPI · UART / RS-232 · CAN · LIN |
| MEASUREMENT AND ANALYSIS | ||
| Automatic measurements | — | 38 parameters with statistics, gating, math, history and reference measurement support |
| FFT | points | 1 Mpt FFT |
| Bode plot | — | Supported on 4-channel models with compatible SIGLENT SDG or SAG generators |
| Pass / Fail | — | Hardware-based pass/fail function with trigger output |
| DISPLAY | ||
| Screen | — | 7-inch TFT-LCD · 800 × 480 |
| Display modes | — | 256-level intensity grading · colour-temperature display |
| CONNECTIVITY | ||
| Interfaces | — | USB Host · USB Device / USB-TMC · LAN / VXI-11 · Pass / Fail · Trigger Out |
| Remote control | — | SCPI commands · browser control on 4-channel models |
Applications
Embedded System Debug
Standard serial decode and deep memory support I²C, SPI, UART, CAN and LIN debugging for MCU boards, firmware bring-up and education labs.
Teaching and Student Labs
A practical entry oscilloscope platform for basic measurement, serial buses, FFT, triggering and lab automation exercises.
Basic Power Stage Checks
Bode plotting on 4-channel models, pass/fail testing and long memory support basic control-loop, ripple and start-up waveform checks.
CAN / LIN ECU Debug
CAN and LIN triggering/decode help debug ECU communication and sensor interfaces without over-positioning the product for compliance work.
Entry Automated Waveform QA
Hardware pass/fail, trigger output, LAN/VXI-11 and SCPI make the series useful for simple production waveform checks.
Bench Troubleshooting
100/200 MHz bandwidth, 1 GSa/s sampling and standard decode make it suitable for repair benches, maintenance labs and general electronics debugging.
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