-
Siglent SDS1104X-E and SDS1204X-E Mixed Signal Oscilloscopes
Posted by rf-loop on 29 Aug, 2017 07:59 -
ETA:
NOTE
Lot of information in this thread is or is perhaps more or less obsolete except very basic things due to several FW updates. Latest FW is: *.1.6.1.26 (* can be 7 or 8, no need think, just do not care in this case) Release Date: 26.SEP.18
So take care about possible obsolete information. Of course there is still LOT of valid information.
ETA2 // 28.05.2019:
NOTE
Lot of information in this thread is or is perhaps more or less obsolete except very basic things due to several FW updates. Latest FW is: *.*.6.1.33 (* do not care in this case)
So take care about possible obsolete information. Of course there is still LOT of valid information.
Specially my messages/tests related to BodePlot and FFT.
I recommend for all peoples who tell experience or do some test or find some errors or other ways think that some things need develop and then show examples with his scope.
Important: Please tell always your FW version! when you show some tests or experience with this scope
Please also keep this thread for THIS oscilloscope model functions, experience, tests etc.
For other things use other treads. Or just open new.
This is more than just only 2 extra channel add to SDS1202X-E using cheap way by interleaving same ADC for more channels.
This 4 channel version have 2 x 2channel 1GSa/s system. Around same principle as in SDS2000X series. When all 4 channels are simultaneously in use, 500MSa/s for every Ch. Many fetures like SDS1202X-E but also some more. Deatails later but example bode plot with phase included.
All we know that after domestic public release and launch it takes time before export. My personal guess is, without any silent knowledge, 1Q2018. Of course these need all independent certified laboratory inspections for proof they meet all safety etc rules in different marketing area etc.
More details about features etc later.
But, it is coming. Also we can now see what is coming.
----------------------------
ETA:
Later:
It is now arrived to markets.
Shared vertical adjustments. I do not like shared controls but this lounge need eat or keep starving - for price and compact size.
First time in Siglent oscilloscope it have now also Sweep Frequency Response Analyzer, SFRA aka BodePlot with phase.
This is bit more than previously launched Keysight InfiniiVision 1000X models very extremely limited performance BP.
Who can say "Scrap a toys and get real oscilloscope" SDS1004X-E series is lot of in its price class. It can be also MSO. It can be FRA analyzer and it have 1M FFT and really fast segmented memory acquisition aka Sequence mode, up to 80000 segments, down to <2.5µs trigger interval in fast Sequence mode. It have also full speed waveform history buffer always working backround. If you see some fast change in signal and stop scope, you are always late. Not with Siglent. Look previous waveforms in buffer it can still perhaps find.
ETA: Lot of information about BodePlot is obsolete. After FW version 6.1.33 Bode Plot is Bode Plot II.
It is very highly improved (or better say: whole new design) after original first generation BodePlot.
New BP II information can find here.
BodePlot (SFRA) Max 120MHz or limited more low depending what is used signal generator sinewave max.
Optional 1 channel 25MHz AWG (can control only using scope)
Other compatibles are Siglent SDG family. Just connect cables and BP function take full automatic control, no need even touch SDG front panel - except turn power on).
Removed old version BP image.
Sweep step 10Hz (5000 Hz span, 501 data points.)
Removed old version BP image.
Sweep step 1Hz (500 Hz span, 501 data points.)
Removed old version BP image.
Of course fact that also this oscilloscope have 8 bit ADC means quite low dynamic range. This limit can see also in these images.
Bode blot can do low, medium and high horizontal plot resolution up to 501 data points and up to 3 channels simultaneously (1DUT input with 3 DUT outputs).
If compare to Keysight DSOX1102G it is like from other planet if look resolution - 10 points per decade *
- nearly useless toy. Oh well, ok barely for educational playing with one pole RC filter etc.
*Ref: Keysight Technologies, 2017
Published in USA, January 8, 2018
5992-1965EN
SDS1000X-E 4-channel models. New Firmware FW 7.6.1.20
Now with new FW measured average max wfm/s is 118kwfm/s (peak max 128kwfm/s)
(single channel, dots, 50µs/div)
EDIT: Old compare table removed.
Reason: This was partially obsolete due to some Rigol FW bugfixes and due to Rigol offer for free Options.
ETA: (tested using FW *.*.6.1.26)
Serial decode: SDS1004X-E. Full memory length, but decode limited to 3000 bytes. Two independent decoder, both can have also different protocol. Example for UART it means total 4 data streams and of course full duplex. Decoder 1, Rx, Tx. Decoder 2, Rx, Tx. Also it can decode memory stored waveforms, example in waveform history buffer or segmented memory. Decode can do without serial trigger. Full decode result (data) can also save as .CSV file.
SDS1004X-E have web server so it can watch and control using web browser. (no need install anything, so it is also totally independent of computer OS.)
Update speed is ~10 times/sec using 100M LAN between scope and PC. (image updfate speed do not mean wfm/s speed. Oscilloscope itself works using it normal speed)
Just random nonsense example.
Just other random nonsense example. (69x4 messages and if take history buffer, with this settings there can be 36 these 7s records and all can decode and also full decode lists can save to USB flash (CSV)
Messages from Arduino Mega UART 0,1,2 and 3 Tx (every UART send around 100ms interval but individual time)
Of course whole memory is decoded, not only zoomed bottom window. Siglent decode full memory and also no meaning if run or stop and same for history buffer (including of course also sequence mode).
Decoder 1: Rx, Tx 19200,8,E,1
Decoder 2: Rx, Tx 9600,8,O,1
(tested using FW *.*.6.1.26)
About noise. Because frequently in many threads some peoples rise question about some oscilloscope front end noise I add it here about SDS1104X-E.
But, it need really also understand what is noise and how it can characterize and measure so that different scopes are compared as apple to apple. It is more or less complex but least it is not simple. We can measure peak to peak noise. This is important value - exept if you read Agilent application notes aka "AN-advertisements". (but still I recommend to read these but just know that they find best settings for they scopes when they compare and other scope perhaps just bad settings or least not optimal)
Many times we need live with peak values - worst case values in many places when we do measurements. Even if we talk about time jitter or signal noise. If we are heating our room with electric we need RMS value.
But then, how we can compare different oscilloscopes if we look peak values. We can easy but result is mostly not apple to apple compare. Noise is more or less random. Other scope may collect and show less amount of data and propability to get highest peaks are different. Fast cope may show more noise just because it show more data and random distribution more rare events come also more visible. It need also note that Siglemn do not decimate data for display. On the screen trace length is 700 pixel. If there is 7000 data points capture length then 10 data point is mapped to one time position on the screen. If data length is 14M then there is 20000 sample for one time position on the screen. (one pixel column on screen). This kind of things affects lot of how much data you see on the screen and more fat trace when there is noise because more highest peaks.
There is borderline good method for compare. We can compare these values but it is not what we see, so if you read only that scope noise level is measured and it is 50µV RMS - do not think you see 50 or 100uV thick trace. You see more or much more fat trace. Perhaps over 400µVpp depending your scope and scope settings. (Memory, sampling speed, wfm/s speed, amount of displayed data, Horizontal speed... )
But, mesasuring RMS make results more comparable than measuring "visual" peak to peak.
RMS is bit tricky. Because if we have very high sensitivity there exists very easy some DC offset. RMS include this DC offset - of course. How to clean away this mean value from result. Of course IF scope have very accurate DC offset nulling then RMS is ok but often it drift some amount, specially if scope have high sensitivity.
But wait a momement: Do we really want measure RMS. No.
We need measure RMSnoise. Here we are interested only this noise power but not its mean power value what include DC.. If we can run this (offset)DC including noise via DC block then we can just use RMS. But we do not have this. So we need use math. Trick is here.
It is quite simple if oscilloscope have this measurement. Instead of using RMS there can use SDEV. Are you surpriced. RMS = SDEV. (No they are not at all same but in this special case when we measure random noise and mean (DC offset) is removed.)
Here is noise with (100MHz BW because model is 100MHz SDS1104X-E)
Most oscilloscope have 20M BW setting, so, with it 500M and 50M scope can somehow compare also.
500µV/div 100M BW (as can see DC offset removed noise RMS is <60µV)
500µV/div 20 BW (as can see DC offset removed noise RMS is <<30µV )
1mV/div 100M BW (as can see DC offset removed noise RMS is ~60µV )
1m/div 20M BW (as can see DC offset removed noise RMS is ~30µV )
-
Awesome. 200 MHz and 1 G Samples. I wonder how expensive it will be. If it is similar to SDS1202XE then I am personally going to miss waiting for some more time. ??
Sent from my iPhone using Tapatalk -
Is the HDMI connector labelled SBus for the logic analyzer?
-
How bode plot was made? Does it come with a built-in 30MHz signal generator?
-
Excellent. Would be nice to compare this with the 1054Z 'bang for buck'.
Thank you for the update.
//Leon -
Shared vertical adjustments. I do not like shared controls but this lounge need eat or keep starving - for price and compact size.
I too was hoping for individual controls....oh well it's not like Siglent don't know how to multiplex them.... SDS3000/WS3000.
Translated:
Channel bandwidth: 70MHz, 100MHz, 200MHz
The 2-channel series uses a 1GSa / s ADC chip, 4-channel series using two 1GSa / s ADC chip, the channel is fully open, the sampling rate of each channel 500MSa / s, channel interleaving sampling rate 1GSa / s
New generation of SPO technology
Waveform capture rate of 100,000 frames per second (normal mode); 400,000 frames per second (Sequence mode)
Supports 256 levels of waveform brightness and color temperature display
Storage depth of 14Mpts
Digital triggering system
Smart triggering: Edge, Slope, Pulse width, Window, Interval, Dropout, Pattern,
Serial bus triggers and decodes, supports protocol IIC, SPI, UART / RS232, CAN, LIN
Video triggered to support HDTV
Excellent background noise, voltage range down to 500?V / div
10 one-button shortcuts to support Auto Setup, Default, Cursors, Measure, Roll, History, Persist, Clear Sweeps, Math and Print
Sequential, which maximizes the storage depth by 80,000 segments, capturing eligible events with very small dead time, based on the user-set trigger conditions
Historical mode, up to 80,000 frames can be recorded
38 kinds of automatic measurement functions, support measurement statistics, Zoom measurement, Gating measurement, Math measurement, History measurement, Ref measurement
1M point FFT operation
14M full sampling point measurement and operation, through the coprocessor to complete, bring a very fast user experience
Waveform function (FFT, add, subtract, multiply, divide, integral, derivative, square root)
User-defined key Default parameter to achieve the individual requirements of the Default key
Secure erase function, delete all operating records and user data on the machine, and apply to industries with high safety
High-speed Pass / Fail function for hardware implementation
Amplitude-frequency characteristics and phase-frequency characteristics of the scan, drawing the Bode diagram (4-channel series support)
Event search and navigation (4-channel series support)
USB Arbitrary Waveform Generator Module (4-Channel Series Support, Options)
USB WIFI adapter (4-channel series support, option)
7-inch TFT-LCD display with a resolution of 800 * 480
Rich interface: USB Host, USB Device (USBTMC), LAN (VXI-11), Pass / Fail, Trigger Out
Supports rich SCPI remote control commands
Web pages for remote control
Multi-language display and embedded online helpIs the HDMI connector labelled SBus for the logic analyzer?
Yep. 16 digital channels.How bode plot was made? Does it come with a built-in 30MHz signal generator?
25 MHz (option)
As when the 1202X-E was about to be released all the guessing in the world could not have imagined that a 200 MHz unit was the only one released to western markets so I reckon we'll have to wait and see what comes as part of the package and what is optioned. -
If think to compare with Zbox. Why? What information we get if we compare so different class of things, even if they both have 4 channels. Do we compare all vehicles with 4 wheels.
Here is chinese language data sheet.
-
Dual window zoom.
-
Perhaps the BW is even better on DC10M X10.
-
"USB Arbitrary Waveform Generator Module" hmm...
Would be nice if it can be paired with SDG2000X instead
Or even SDG6000X!
Also maybe still time to fix typo on front panel: 1Ga/s => 1GSa/s
-
"USB Arbitrary Waveform Generator Module" hmm...
This is the only image I could find of it in use but it didn't copy well.
Would be nice if it can be paired with SDG2000X instead Or even SDG6000X!
More translated:
4 channel models support more features, including: event search and navigation functions, fast positioning to the defined event; support baud map function; support USB arbitrary waveform generator module (optional), single channel, 25MHz; support USB WIFI adapter access to the wireless LAN (optional); provide Web pages, without the need to install the driver and client software to the remote management of the instrument.
-
Hello,
http://www.siglent.com/prodcut-db.aspx?id=1529&tid=1&T=2
Regards,
Diabolo
Hmmmm...... ($379/?6,480)*?8,480 = $496. MSRP of $499 maybe. That would be a killer price. -
"USB Arbitrary Waveform Generator Module" hmm...
Would be nice if it can be paired with SDG2000X instead Or even SDG6000X!
Also maybe still time to fix typo on front panel: 1Ga/s => 1GSa/s
I think it will be possible to control an external AWG device, you can see at page 6 of the data sheet:
"The SDS1000X-E can control the USB Arbitrary Waveform Generator module or control an independent AWG device, perform amplitude-frequency and phase-frequency sweeps, display the results in a baud or list, and export the scan data" -
"USB Arbitrary Waveform Generator Module" hmm...
This is the only image I could find of it in use but it didn't copy well.
Would be nice if it can be paired with SDG2000X instead Or even SDG6000X!
More translated:
4 channel models support more features, including: event search and navigation functions, fast positioning to the defined event; support baud map function; support USB arbitrary waveform generator module (optional), single channel, 25MHz; support USB WIFI adapter access to the wireless LAN (optional); provide Web pages, without the need to install the driver and client software to the remote management of the instrument.
here is a better image
-
"The SDS1000X-E can control the USB Arbitrary Waveform Generator module or control an independent AWG device, perform amplitude-frequency and phase-frequency sweeps, display the results in a baud or list, and export the scan data"
Seems Hydraulic Press Channel dude must deal with it fast, if it indeed can control SDG*00X then very dangerous and may attack competition at any time! -
New killerscope in town? If it is really well below $1k...
-
When this scope is launched in Europe, the Rigol DS1054Z will be reaching the end of its glory days
Most likely Rigol is preparing for a similar new kid on the block however =) -
When this scope is launched in Europe, the Rigol DS1054Z will be reaching the end of its glory days
I think so too but then again I have a feeling Rigol sold many more of the DS1054Z than Siglent sold scopes in total so Rigol must have pretty deep pockets by now. If Rigol comes up with a scope based on an ASIC like Keysight then the tables may turn quickly in favor of Rigol. -
When this scope is launched in Europe, the Rigol DS1054Z will be reaching the end of its glory days
No device can be champ forever.
There's only six months left to hate it, all the Rigol haters had better go over to the DS1054Z thread and do some extra hating.
Most likely Rigol is preparing for a similar new kid on the block however =)
They haven't released any new models for ages. I wonder why...?
-
There's only six months left to hate it, all the Rigol haters had better go over to the DS1054Z thread and do some extra hating.
Cheer up, I loved the looks of it
Maybe can mate Z + X-E and get something that cheap Tek should be (but is not*). Smart and sharp looks 
*+-
-
Rigol haven't released any new models for ages. I wonder why...?
Oh, wait, I remember why! They've been busy making an entirely new chipset.
"RIGOL will formally announce our first products utilizing the Phoenix Chipset before the end of 2017 with initial customer shipments planned in Q4 2017."
-
Oh, wait, I remember why! They've been busy making an entirely new chipset.
...for 1+ GHz scopes... "Ultravision II will transform the customer value proposition in the 1-4GHz oscilloscope market." So this is why Z cant tell square wave from derivative? Rigol all too busy chasing top dollar - hobbyists can wait... -
If that is true then it seems Rigol is still chasing the dreams Siglent already has given up on.Oh, wait, I remember why! They've been busy making an entirely new chipset.
...for 1+ GHz scopes... "Ultravision II will transform the customer value proposition in the 1-4GHz oscilloscope market." So this is why Z cant tell square wave from derivative? Rigol all too busy chasing top dollar - hobbyists can wait... -
How could you know ?
If that is true then it seems Rigol is still chasing the dreams Siglent already has given up on.Oh, wait, I remember why! They've been busy making an entirely new chipset.
...for 1+ GHz scopes... "Ultravision II will transform the customer value proposition in the 1-4GHz oscilloscope market." So this is why Z cant tell square wave from derivative? Rigol all too busy chasing top dollar - hobbyists can wait...
