TSP #43 - Keysight MSO-S Series 10-bit 20GS/s Oscilloscope Review, Teardown and Experiments

Ғылым және технология

In this episode Shahriar does an extensive review and teardown of the Keysight (Agilent) MSO-S Series 10-bit 20GS/s Oscilloscope. This scope supports bandwidths up to 8GHz and 400M points of memory per channel. With hardware 10-bit ADCs as well as an ultra low-noise front-end, this scope offers an impressive dynamic range on all four channels. All scope features are software upgradable.
www.keysight.com/us/en/produc...
The teardown consists of a close look at the acquisition board and the system blocks diagram. Various elements such as the ADC structure, FPGAs, memory and the time-base are all examines. The scope offers a +/-12ppb time-base with a 100fs jitter noise floor. Some basic performance measurements are also presented such as noise and SFDR.
The wireless experiment shows the performance of the scope in demodulating very low-power signals on an RF carrier. A -75dBm 2.5GHs QPSK signal can be demodulated by the scope. The instrument can also demodulate a 16QAM signal in presence of an interfering signal which is 44dB higher in signal power. All demodulation experiments are performed using the Keysight VSA.
The backplane experiments demonstrate the scope’s capability to perform jitter and noise analysis on multi-gigabit serial links. The built-in equalization software suites are used to find the FFE coefficients and those coefficients are used to perform hardware equalization in an FPGA communication link.
The Signal Path Blog
www.TheSignalPath.com

Пікірлер: 72

  • @joelw781
    @joelw7819 жыл бұрын

    I watched all 90 minutes of the review. Excellent job on the Infiniium S-Series, Shahriar, Your ability to show a broad range of measurements and capabilities from eye diagrams to wireless EVMs to equalization to multiple grids to jitter is amazing. Thanks for putting this together and posting. It's a great resource for engineers who are evaluating the S-Series.

  • @OrbiterElectronics
    @OrbiterElectronics9 жыл бұрын

    Mind now blown at the awesomeness. Great video.

  • @TKomoski
    @TKomoski9 жыл бұрын

    That looks like a beast of test kit. And the starting MSRP INCREDIBLE! Great review as allways.

  • @marco56702
    @marco567028 жыл бұрын

    that instrument is just incredible, thank you Shahriar for this wonderful video

  • @RobertGallop
    @RobertGallop9 жыл бұрын

    Another AWESOME video, thanks so much for openly sharing your wisdom. No one else on KZread can show us what these high end devices can really do for you, and you do an excellent job showing off the capabilities. Thank you!

  • @xDevscom_EE
    @xDevscom_EE9 жыл бұрын

    Just wow. It's great video to show difficult high-speed things in simple way, understandable even for people who not really into high-speed stuff :) Keep good work up!

  • @Abo3anterBerr
    @Abo3anterBerr8 жыл бұрын

    Nice work and presentation...lots of good information. I watched all the 90mins straight without stop. Good work

  • @0PAIx
    @0PAIx9 жыл бұрын

    Excellent. It just goes to show the fantastic amount of signal recovery possible through advanced MSO analysis. Love all your videos as they are for me eye openers.

  • @yaghiyahbrenner8902
    @yaghiyahbrenner89029 жыл бұрын

    Thank You for the tear-down.

  • @ruhnet
    @ruhnet3 жыл бұрын

    Sooo much valuable information in this video. Thank you!!!! 👍

  • @gamccoy
    @gamccoy9 жыл бұрын

    I have to say this video had me pausing periodically to look up some acronyms. This episode was packed with information. I liked it very much. My favorite part (and I enjoyed it all) was right at the end where the instrument was able to provide the correct equalization to recover data properly. While I cannot realistically afford such an device, the theory and application you demonstrate is worth much more to me. Thanks for providing these polished videos.

  • @drdiesel1
    @drdiesel19 жыл бұрын

    Most excellent Shahriar, and thanks to Agilent for providing hardware. :thumbsup:

  • @bensthingsthoughts
    @bensthingsthoughts9 жыл бұрын

    That is an hell of an oscilloscope !! Never seen such a big one working :)

  • 9 жыл бұрын

    O man, this instrument is just crazy thing from the outside of this world. Gratulations and respect for its fathers and mothers for the amount of engineering put into this hardware and software. I like my easy everydays tools but they are just so ascetic compared to this data harvester. No need to ask for thumbs up - Your knowledge, expertise and will to share it deserves much more then another "thumb up". Live long and prosper, man. Cheers!

  • @rkupka
    @rkupka9 жыл бұрын

    Fantastic video. Keysight marketing should learn from you.

  • @katelikesrectangles
    @katelikesrectangles9 жыл бұрын

    I was pleased to be able to follow maybe 5% of what's going on here :)

  • @1chebam
    @1chebam9 жыл бұрын

    Thanks a lot for this video!!!!

  • @robbowman8770
    @robbowman87709 жыл бұрын

    TheSignalPathBlog I went over to the dark side (software) many years ago, so this is how I get my hardware fix these days. Great video! I'd like to see some experiments that give us a flavour of what the different processes can do (SiGe/CMOS/III-V etc) as it was interesting to hear you talk about this somewhat on The Amp Hour.

  • @Tjousk
    @Tjousk9 жыл бұрын

    Impressive.

  • @scottoma
    @scottoma9 жыл бұрын

    Thanks!

  • @jameslucas6589
    @jameslucas65899 жыл бұрын

    I am totally amazed at your knowledge as well as lost. I have no doubts that I will never follow your path as I will not live long enough to do so.but I enjoy your videos. Please slow the eff down. You do not have a plane to catch. So just please slow down. There is plenty of time to say what you want. We all love your brilliance. Thanks fix simple things as well. Like an HP 410C. Or an RCA WV98A. I love the simple as well Thanks a lot

  • @Thesignalpath

    @Thesignalpath

    9 жыл бұрын

    James, thanks for the kind comments. I know what you mean about the pace. Unfortunately in some instances I don't have a choice. But I will keep that in mind. Once I am done with a few reviews that I have to do, I will get back to do some basic tutorials on circuit design as well.

  • @yago1467
    @yago14679 жыл бұрын

    Thanks Shahriar, faultless as always.

  • @Mr.Laidukas
    @Mr.Laidukas9 жыл бұрын

    I'm so positively biased towards your videos that I press "thumbs up" few minutes in to the video :) :) I'm becoming addicted, i guess.

  • @rosanahmurugesu7215
    @rosanahmurugesu72159 жыл бұрын

    Wow! Fancy!

  • @Thesignalpath

    @Thesignalpath

    9 жыл бұрын

    Pooch says hi.

  • @rosanahmurugesu7215

    @rosanahmurugesu7215

    9 жыл бұрын

    TheSignalPathBlog Tell him I love him. And i'll have his fake passport ready soon.

  • @alperenalperen2458

    @alperenalperen2458

    8 жыл бұрын

    +Rosanah Murugesu wtf ????

  • @thisoldguy
    @thisoldguy9 жыл бұрын

    Very nice review! I love the experiments, as usual. One thing I noticed, however, is that when you were looking at the noise floor of the DS6104 scope, the vertical resolution showed 20mV/div. Since the spec sheet indicates this scope can do 2mV/div, either the vertical resolution was not at its limit, or the scope was set to assume a 10x probe. Either way, while the noise still wasn't as good as the MSO-S scope, it also wasn't as bad as what was measured.

  • @Thesignalpath

    @Thesignalpath

    9 жыл бұрын

    Thanks and a good catch. I have added an annotation to the video. In my haste I missed the probe setting.

  • @gacherumburu9958
    @gacherumburu9958 Жыл бұрын

    👍👍

  • @SetMyLife
    @SetMyLife9 жыл бұрын

    OH. MY. GOD.

  • @rfengr00
    @rfengr009 жыл бұрын

    Thanks for this extensive review. I wish Agilent could reduce the boot time of the 89600 software. Version 19 won't even fit on a CD and takes over 1 minute to start.

  • @Thesignalpath

    @Thesignalpath

    9 жыл бұрын

    But you can see in the video that the VSA software launches and begins measuring in 20 seconds, and this is running on the scope while the scope application is already running in the background. It does not take 1 minute to start. The scope from power-off to measuring takes 1 minute and that includes BIOS, Windows 7 boot and the scope application software.

  • @Richardincancale
    @Richardincancale9 жыл бұрын

    Hi Shariah, the auto equalisation demo at the end was very impressive indeed. Can the scope cope with long delay paths between start and end of transmission paths - e.g. 250ms satellite link delay? Could be an awesome tool for sat link EQ... Thanks for the great videos - always worth watching from end to end - never too long!!

  • @Thesignalpath

    @Thesignalpath

    9 жыл бұрын

    The delay is arbitrary as the equalization is done on separate CDR channels.

  • @oriole8789
    @oriole87899 жыл бұрын

    Made it through the whole video, whew haha! :) Thanks for making it! The noise floor comparison was interesting (the Rigol is quite bad huh.. my 14 year old LeCroy gives me 1.9mV PkPk and 597uV RMS at 2GHz/16GS/sec/1Msamples/1uS/1mV). Do you know by chance which FPGAs that scope uses? Even just a brand/series. The jitter analysis package seems extremely comprehensive, as well as the equalization parameter detection. Are there dedicated field-use tools with a similar functionality? If I recall correctly, some higher end FPGAs can perform their own adaptive equalization as well to compensate for changing link conditions? Being able to decode QAM symbols with such a high update rate is pretty fantastic as well. Your videos require quite a high level of proficiency in the appropriate fields to enjoy them fully, but I think the benefit of that is that even people without as much experience as yourself would get really excited about these fields from your presentation style alone (like me!). ;) I would love it if you did some general tutorials someday on setting up transciever links between FPGA boards let's say, and address some of the challenges involved. I find that FPGAs are underutilized by hobbyists even though they're so fun and powerful.

  • @vaualbus
    @vaualbus9 жыл бұрын

    Last week whan eevblog released the video about the new 3000Q oscilloscope I wonder that nobody have yet revied these 10bit oscciloscopes Now a video about that. Fantastic! Do know the prices for these oscilloscopes? Also the PSG is yours or keysight have also give it to you? I wish to have a review also that psg. By the way amazing video as usal.

  • @jjoster
    @jjoster9 жыл бұрын

    SiGe CMOS is not obvious to the uninitiated when you say siggy. A little background there at the beginning would have been nice.

  • @Elektronik-1
    @Elektronik-19 жыл бұрын

    About input noise... ist this done at 50 ohms or 1megohms? with the same impedance on alle 3 scopes?

  • @Thesignalpath

    @Thesignalpath

    9 жыл бұрын

    50-Ohm on all instruments.

  • @barryforever
    @barryforever6 жыл бұрын

    How do you compare this with Tektronix MDO4104B-6 ?

  • @douro20
    @douro207 жыл бұрын

    I wonder if that ASIC was manufactured by GlobalFoundries since they have a long-term relationship with the company dating back to when Chartered Semiconductor was still a separate company.

  • @davecc0000
    @davecc00009 жыл бұрын

    For those wondering: MSO-S 804A as optioned, US$73,000. agilent. com /about/newsroom/presrel/2014/29apr-em14047.html

  • @Thesignalpath

    @Thesignalpath

    9 жыл бұрын

    Yes, that is the 8GHz unit without the memory and application upgrades.

  • @davecc0000

    @davecc0000

    9 жыл бұрын

    TheSignalPathBlog Crikey! What $ does mem and full apps upgrades add to the price? In other words, as you have optioned it (hardware & apps) what's the list price?

  • @Thesignalpath

    @Thesignalpath

    9 жыл бұрын

    davecc0000 I think it would be >$100k.

  • @leppie
    @leppie9 жыл бұрын

    This video was too short!

  • @hulladek3
    @hulladek39 жыл бұрын

    Brutal high end stuff. Must be crazy expensive.

  • @Thesignalpath

    @Thesignalpath

    9 жыл бұрын

    Starting at about $25k up to about $100k with options.

  • @mrlazda

    @mrlazda

    9 жыл бұрын

    TheSignalPathBlog That is great price for this class oscilloscope, Tek with 250M point starts over 120k$ but it have higher bandwidth (12.5 GHz) and same bandwidth starts with 80K$ but have "only" 125M point, and top of line Tek MSO/DPO70000 series is over 300K$. I would like see comparisons this with Tek MSO70804 (or equivalent tek oscilloscope)

  • @DantalionNl

    @DantalionNl

    9 жыл бұрын

    TheSignalPathBlog I believe I saw this model on ebay the other day with the same options, offered by keysight for 21k

  • @vaualbus

    @vaualbus

    9 жыл бұрын

    Lan Party Hosting Iwas not the same for sure. With all the option we speach more than $100k

  • @CoolMusicToMyEars
    @CoolMusicToMyEars2 жыл бұрын

    Can Santa bring me that scope :) & a 3458A :) I am thinking this as Test Equipment work of ART, what this unit can do, the people that put this together WoW, & the Software Engineers WoW, like looking at a cute Cat sat on Test Equipment ! For sure when hardware meets software & works so very well :)

  • @joblessalex
    @joblessalex9 жыл бұрын

    Congrats on having a piece of equipment as expensive as a house that a well placed dust particle can destroy.

  • @cthree87

    @cthree87

    9 жыл бұрын

    More like the cost of a used skid loader catused.cat.com/en/CATERPILLAR/SKID+STEER+LOADERS/242B3/2087147/detail_view.html

  • @joblessalex

    @joblessalex

    9 жыл бұрын

    You get the point.

  • @cthree87

    @cthree87

    9 жыл бұрын

    I get the point that it is commercial business equipment like any other one might need and use in any business, whether you are in the paving business, catering business or one that has an application for a device such as this. $25K-$100K is pretty reasonable for most any business, especially if it were leased. In comparison to the cost of the person required to operate it, it's cheap.

  • @joblessalex

    @joblessalex

    8 жыл бұрын

    ***** I bet, but still....

  • @marksteven3534
    @marksteven35349 жыл бұрын

    you could upgrade the windows 7 to windows 10 for free, but I believe you loose media center unfortunately

  • @basspig
    @basspig3 жыл бұрын

    10 bit ADC? What is this from? 1978?

  • @jessiepooch

    @jessiepooch

    2 жыл бұрын

    Don't be silly now.

  • @nickstanley5064

    @nickstanley5064

    Жыл бұрын

    You're acting like 10 bit at 20GS/s is easy.

  • @basspig

    @basspig

    Жыл бұрын

    @@nickstanley5064 we can put a man on the moon in 1969, so why can't we have analog resolution on a digital scope in 2020?

  • @XTYNoLuck
    @XTYNoLuck9 жыл бұрын

    Expensive....very very expensive

  • @SirMo
    @SirMo9 жыл бұрын

    Amazing hardware, but not impressed with software.

  • @javih90
    @javih907 жыл бұрын

    why is there porn on youtube

Келесі