The best part about that brilliant slice in time is that Shariar was being sincere with his statement. xD I must turn his reaction into a .gif! The entire world needs that man's expression in their "tool-kit" of communication! I hope Microsoft catches on and integrates that response into their OS whenever someone clicks something they shouldn't. While it's true that a picture is worth a thousand words, a .gif (a repeating sequence of pictures) is worth an eternity of words! ∞
@@sibalogh Of course that's why he gave the "Or Not!" Face after Shahriar told the viewers they'd be happy to send people a demo unit! xD Unintentional comedy is the best comedy! I asked to be sent a demo unit to aid in my efforts to debug the blinking LED Arduino project I'm struggling with. They never responded back, but I'm still hopeful that my request will be fulfilled! xD On a serious note, being able to see an in-depth look into cutting-edge technology by true experts in their domain is amazing! Videos that bring equal access to technology that ordinary individuals wouldn't have access to is what makes these videos priceless. This is what the internet was designed for! ~
I love that the video presenter will hop in middle conversation to explain something to the audience, and the engineer explaining everything is like "yes..." or "exactly..." In the engineer's mind, probably thinking "is this guy an alien, he knows what my next thought is, but is able to explain it better regarding this million dollar oscope that he has only seen today for the first time... wait...whats going on here? Am I being punked?" Seriously Mr. Video Presenter guy, I truly hope you have a very well paying job somewhere because you are insanely smart and well versed in explaining things. I would sit in to watch one of your lectures if you were a professor! Thumbs up!
Very nice; really inspiring stuff! LeCroy scopes are underrated, but they're pretty fantastic. I've recently used some of the newer ones and have a much older 2GHz LeCroy scope at home. It's funny to see how many features and mechanisms of the newer scopes originated from the older ones. For example - the math "channel" chaining (combining multiple math operations using multiple channel inputs), sample interleaving (my scope uses 16x 1GS/sec ADCs, in groups of 4 per channel, with the ability to interleave them all for the 16GS/sec rate), sinx/x being off by default, device names like MAMs, display options like multiple grids and trace zooms, measurement group names, trend options + cursors, etc etc. All of those things are available on my ancient scope but in a much more primitive form of course. Many hobbyists probably get annoyed at peoples' fixation on scopes, but in truth they're at the heart of complex electronic design, being tools to verify your circuit and develop new and innovative techniques. Trial and error is a necessary part of engineering, and sometimes it's much better to see what's happening rather than strictly theorizing about it. The real world often imposes issues that don't come to light until you test. To that end, scopes are a bit like a window to the soul of electronics as well as other scientific processes that can be observed electronically. Another great brand that I hope you get a chance to interact with is Rohde and Schwarz. They're known for their VNAs of course and spectrum analyzers but their RTO scopes are excellent as well and have a lot of very unique features.
That was great! Hats off to Teledyne LeCroy for letting us into their 'home'. I used to work for Gould Advance many years ago...... It's a very different world now!!!!
Fantastic tour. I've liked the experiments and teardown, but the tour was fantastic. Thanks to Shahriar and to LeCroy. Your channel is the one that really make me watch all uploads!
WOW .... WOW. Thank you for this episode. I am kinda jealous. :-) The instrument has as you said very specific usage but still it is great to see this state of art technology naked.
I know this is an older video, but you are such a badass, Shahriar. I think we're about the same age...I've decided to go back to school for EE. I only hope I can reach your level before I retire!
Makes me feel so old... I remember with complete clarity when Tektronix released the worlds first 1 GHz scope. They have one on display today in the Tek museum in Beaverton Oregon. Here we are now at 100 times that speed.. Remarkable achievement.
Priceless cringe at 1:15:57 :D Great video! I understood maybe 5% of what was said, but, still, impressive tech and extremely interesting video! Thank you!
Just bought a couple of these... I gave you a mention. :) Now all I have to do is think up some experiments... But seriously, great video as usual. Enjoyed this very much. Many thanks.
+The Signal Path Lecroy would be foolish not to offer you employment after pulling off what you did there. The first chap (dare I say) reminded me of Spock...he's from a different planet just like you are (intellectually, that is). The second fella - you could hear it in his voice as you threw him off the playing field. excellent posting and thankyou for sharing!
Wire cutting I have seen wires fly also bolt cutting and lots of eye irritants such as glues? Of course people may say why visitors uniformity. The idea is to make everyone feel like no one over company safety policy.
Liability liability liability. It's the US. Lawsuits flying everywhere. Small~ish company with extremely high overhead and conservative profits. Low volume, high value. Specialized employees that would be extremely difficult to replace; requiring huge training etc. Really should prevent any problems if you can. :v Plus, they seem like nice folks who you wouldn't want injured haha! :)
+mikeselectricstuff The tears from the eye-watering scope-porn might void the calibration on a 100GHz scope quite easily. :D It's not to protect the workers but to protect *from* the workers. :)
Wow, that's a heck of a scope! We don't seem to see much of Teledyne LeCroy on RUclips, so let us hope that this is the start of something big! Really good to see things being manufactured in the US too. You may not expect that there would be many private individuals that have the ability to buy this sort of thing, but Markus Persson (aka "Notch" the author of Minecraft - sold to Microsoft for for $2.5bn) bought himself a new 'scope last year as a present to himself.
+The Signal Path Blog, on a side note I must admit that I find it quite amusing that many of these extremely advanced and costly instruments still depends on old tech 2x20 LCD displays as main displays. .. A lovely combination of extremely high tech and low tech! 😀 Thanks for very interesting and thorough videos on some fascinating high tech!
+Stein-Erik Dahle 2x20 LCDs are used because they have low EMI interference and because they last forever. Just because a tech is old, doesn't make it obsolete. OLED is a new tech but it suffers from burn in for instance.
It's amazing that these men created this, they have a hard time explaining it, it almost seems you know much more than the actual creators! Awesome videos friend you've taught me so much.
Great - as some other people dream of a Porsche or so, now I can dream of such a great instrument. Wonderful to see the factory. I have actually two LeCroy Scopes, one I bought many many years ago (still works) with 150 MHz costs a fortune at that time. A new one which I work now is WaveSurfer 400MHz, also some years old now. But to reach the GHz region I still have to use some very old sampling scopes.
1:15:53 Sure as hell not for average Joe, just forget it don't even bother them. That is only for high end labs and similar that have already bought some high end LeCroy scopes before and have them in the their business, so they can test a new scope out before they guarantee buy some. Its absolutely not for the individual that just want to tinker with one a little and don't have any plan what so ever to buy one, so don't think anything else.
Great informative video. Thank you. I worked for Boeing engineering aircraft satellite systems. There were many times companies of test equipment would arrive with new state of the art test equipment for our use and evaluation for at least a month.
Excellent video, and glad to learn a bit about how super fast scopes are made, especially compared to your recently released 110 GHz UXR, which has a totally different front end. A bit disappointing to see LeCroy's 65 GHz RF front end so messy and lossy. The Phase Matrix collaboration could have been a bit more polished. Nonetheless, I'm glad to see LeCroy show us this scope's dirty laundry. Most professionals never get to see the inside of a modern instrument in fear of invalidating the calibration and warranty.
I got a LeCroy HDO8108 with XL Memory (250Mpts) today (Company in Austria). Excellent Scope, 8 Channels are perfect for debugging Three-Phase Systems, like it!
What I notice, is that then it was doing just 240 S at small time span, it was updating measurements about 100 times per second (wave form captures). But when it was increased to 12kS, it actually went faster to about 3000 times per second. Weird! Also waveform on a scope is updating maybe only 2 times per second. I guess, it is actually analysing every sine wave cycle to build all measurements (rise, fall, instantenious frequency approximation, duty etc, levels) from single waveform. FFT measurements are little bit slower, with just few full computations per second, but that is reasonable anyway. I wish they used a GPU or FPGA card to speed it up further. :)
Is the 4th capture channel used for anything in the 100GHz scope? It looks like it's not available as a 36GHz capture channel, so I assume it has some purpose for the 100GHz capture? Would love to see further Signal Path videos on the tech in those coherent modulated lasers. I'm sure they're almost more fascinating than the 100GHz scope! Even just some material on tunable lasers would be interesting.
When he said only 3 companies make that class of oscilloscope, which 2 other companies do you think he was referring to? Surely he omitted the qualifier "domestic", meaning USA-based? If so, clearly the other two would've been Tektronix and Agilent (Keysight). But worldwide I'd think also Rohde & Schwarz? Or maybe Tektronix doesn't offer such broadband scopes?
Great video, I always said Lecroy needs to work with you and Mike! But how come we didn't see a new scope back home in your lab? I'm sure there must be at least a free HDO in if for making what is probably the best promotional video ever? I guess it is still in the mail.
Very fascinating, there must be a ton of engineering in there...Don't know much about the HF part, but I guess downmixing a (potentially) 30GHz Bandwidth signal can be challenging (intermodulation and linearity,yuk) The DSP side has to be crazy too, only the processing and upconverting 3 80GSPS signal to 240GSPS... BUT, what do you actually use this thing for? There is no application nowadays with bandwidths over 300MHz and carriers over 5GHz (except satellites, ok). 60GHz are still in research as far as i know.
Forgive my curiosity and in turn lack of knowledge of such advanced EE topics such as this, but what would a piece of equipment such as this typically be used for? Those are incredibly high frequencies... many times faster than most stuff we (the general public) ever encounter.
I would be interested to know when export controls start applying to test equipment. Like I'm sure there's probably a threshold for state-of-the-art, but who comes up with the standard and then categorizes privately made equipment?
Kris Ankers Not that uncommon on real high ticket stuff like this, as the alternative is respinning a *very* expensive board. And 28 layer boards as are used for the front end have high scrap rates so they need all the yield improvements they can get.
The guys face at 1:15:58 when he says that LeCroy can send you a demo unit.... priceless!
The best part about that brilliant slice in time is that Shariar was being sincere with his statement. xD I must turn his reaction into a .gif! The entire world needs that man's expression in their "tool-kit" of communication! I hope Microsoft catches on and integrates that response into their OS whenever someone clicks something they shouldn't. While it's true that a picture is worth a thousand words, a .gif (a repeating sequence of pictures) is worth an eternity of words! ∞
I wonder if was for the $1million reason....
@@sibalogh Of course that's why he gave the "Or Not!" Face after Shahriar told the viewers they'd be happy to send people a demo unit! xD Unintentional comedy is the best comedy! I asked to be sent a demo unit to aid in my efforts to debug the blinking LED Arduino project I'm struggling with. They never responded back, but I'm still hopeful that my request will be fulfilled! xD
On a serious note, being able to see an in-depth look into cutting-edge technology by true experts in their domain is amazing! Videos that bring equal access to technology that ordinary individuals wouldn't have access to is what makes these videos priceless. This is what the internet was designed for! ~
This is currently the best video on RUclips. It should get 100 billion views, one view for every Hertz of bandwidth of the scope.
Haha... 👍
Thx LeCroy I'll be in touch when my blinking led gets stuck and need some scoping :P
AnatoFIN haha?
I love that the video presenter will hop in middle conversation to explain something to the audience, and the engineer explaining everything is like "yes..." or "exactly..." In the engineer's mind, probably thinking "is this guy an alien, he knows what my next thought is, but is able to explain it better regarding this million dollar oscope that he has only seen today for the first time... wait...whats going on here? Am I being punked?" Seriously Mr. Video Presenter guy, I truly hope you have a very well paying job somewhere because you are insanely smart and well versed in explaining things. I would sit in to watch one of your lectures if you were a professor! Thumbs up!
+DrTalon123 Well thank you! :)
Very nice; really inspiring stuff! LeCroy scopes are underrated, but they're pretty fantastic. I've recently used some of the newer ones and have a much older 2GHz LeCroy scope at home. It's funny to see how many features and mechanisms of the newer scopes originated from the older ones. For example - the math "channel" chaining (combining multiple math operations using multiple channel inputs), sample interleaving (my scope uses 16x 1GS/sec ADCs, in groups of 4 per channel, with the ability to interleave them all for the 16GS/sec rate), sinx/x being off by default, device names like MAMs, display options like multiple grids and trace zooms, measurement group names, trend options + cursors, etc etc. All of those things are available on my ancient scope but in a much more primitive form of course.
Many hobbyists probably get annoyed at peoples' fixation on scopes, but in truth they're at the heart of complex electronic design, being tools to verify your circuit and develop new and innovative techniques. Trial and error is a necessary part of engineering, and sometimes it's much better to see what's happening rather than strictly theorizing about it. The real world often imposes issues that don't come to light until you test. To that end, scopes are a bit like a window to the soul of electronics as well as other scientific processes that can be observed electronically.
Another great brand that I hope you get a chance to interact with is Rohde and Schwarz. They're known for their VNAs of course and spectrum analyzers but their RTO scopes are excellent as well and have a lot of very unique features.
That was great! Hats off to Teledyne LeCroy for letting us into their 'home'. I used to work for Gould Advance many years ago...... It's a very different world now!!!!
Can't wait to pick up one of these on eBay for $300 in 20 years.
15 more years to go. Ill put down $3000 if I see it on eBay.
Probably this scope will contain only one PCB.
Nah.
30 years old network analyzer are still quite pricey
Probably 300,000. They don't go so cheap. The value of high end engineering doesn't fall that fast...
Lolol..facts. You'd buy this for $100k in 20-30 years.
Fantastic tour. I've liked the experiments and teardown, but the tour was fantastic.
Thanks to Shahriar and to LeCroy. Your channel is the one that really make me watch all uploads!
WOW .... WOW. Thank you for this episode. I am kinda jealous. :-) The instrument has as you said very specific usage but still it is great to see this state of art technology naked.
Nice video and you're not annoying as Dave when he makes his company tours.
Thanks Shahriar - A superb video. Loved the teardown and the tour of the LeCroy facility. The Signal Path Roadshow :). Cheers!!
AWESOME WORK, Mr. Path! That was a great way to get the access you wanted for your Teledyne LeCroy demo!!
That's seriously a great looking board. I love the aesthetics of it.
This is amazing and completely out of my field, but still watching as it's very very interesting, thanks for this Shahrirar!
Absolutely impressive. I am surprised that they allow camera in their facility and the are open to discuss their technology.
Thanks for the report.
Great video and tour. Thanks to Teledyne LeCroy for letting you create it.
I know this is an older video, but you are such a badass, Shahriar. I think we're about the same age...I've decided to go back to school for EE. I only hope I can reach your level before I retire!
Incredible. This video should have a million views. Wonderful.
Experiments and Teardown of the Teledyne LeCroy LabMaster are my favorite band!
Makes me feel so old... I remember with complete clarity when Tektronix released the worlds first 1 GHz scope. They have one on display today in the Tek museum in Beaverton Oregon. Here we are now at 100 times that speed.. Remarkable achievement.
Priceless cringe at 1:15:57 :D Great video! I understood maybe 5% of what was said, but, still, impressive tech and extremely interesting video! Thank you!
Absolut amazing and crazy from LeCroy to show all the details and the manufacturing.
Nice to see this video.
Holy Sh!t, this is one insane scope. I'll trade my Rigol 1054Z straight up no questions asked!
Fantastic video, Shahriar! Well done and many thanks for sharing with the community.
I really appreciate your commitment to excellent content; every time, I learn something new. Your videos are an excellent resource.
Just bought a couple of these... I gave you a mention. :)
Now all I have to do is think up some experiments...
But seriously, great video as usual. Enjoyed this very much. Many thanks.
+The Signal Path
Lecroy would be foolish not to offer you employment after pulling off what you did there. The first chap (dare I say) reminded me of Spock...he's from a different planet just like you are (intellectually, that is). The second fella - you could hear it in his voice as you threw him off the playing field.
excellent posting and thankyou for sharing!
thank you Shahriar! This is waaay above the standard youtube video. A complete and interested tech. movie which i really enjoyed watching:) Ivan
Awesome video. Thanks Shahriar.
Amazing the manufacturing process, incredible calibration laboratory
Great episode Shahriar! I really enjoyed the factory tour part.
Awesome stuff - extreme scope porn...
but what's with the safety glasses...? Health & Safety gone mad
Thanks Mike. Yes, everyone has to wear them in the factory. I was wearing a pair too.
Wire cutting I have seen wires fly also bolt cutting and lots of eye irritants such as glues? Of course people may say why visitors uniformity. The idea is to make everyone feel like no one over company safety policy.
True, feels like an overkill, but looks like they can wear favourite glasses of their choice :-)
Liability liability liability. It's the US. Lawsuits flying everywhere. Small~ish company with extremely high overhead and conservative profits. Low volume, high value. Specialized employees that would be extremely difficult to replace; requiring huge training etc. Really should prevent any problems if you can. :v Plus, they seem like nice folks who you wouldn't want injured haha! :)
+mikeselectricstuff The tears from the eye-watering scope-porn might void the calibration on a 100GHz scope quite easily. :D It's not to protect the workers but to protect *from* the workers. :)
Wow, that's a heck of a scope! We don't seem to see much of Teledyne LeCroy on RUclips, so let us hope that this is the start of something big! Really good to see things being manufactured in the US too. You may not expect that there would be many private individuals that have the ability to buy this sort of thing, but Markus Persson (aka "Notch" the author of Minecraft - sold to Microsoft for for $2.5bn) bought himself a new 'scope last year as a present to himself.
Thanks Shahriar, super interesting!
Truly impressive! Great job Shahriar!
+The Signal Path Blog, on a side note I must admit that I find it quite amusing that many of these extremely advanced and costly instruments still depends on old tech 2x20 LCD displays as main displays. .. A lovely combination of extremely high tech and low tech! 😀
Thanks for very interesting and thorough videos on some fascinating high tech!
+Stein-Erik Dahle 2x20 LCDs are used because they have low EMI interference and because they last forever. Just because a tech is old, doesn't make it obsolete. OLED is a new tech but it suffers from burn in for instance.
This is absolutely wonderful. Thanks Shahriar!
Wow what a fine piece of technology! In depth and informative, awesome video as always. Thank you!!
Only thing that could top this is a rap video showing off 100Ghz scopes. I've watched this multiple times. Soo good. Thanks Shahriar and LeCroy.
It's amazing that these men created this, they have a hard time explaining it, it almost seems you know much more than the actual creators! Awesome videos friend you've taught me so much.
Great - as some other people dream of a Porsche or so, now I can dream of such a great instrument. Wonderful to see the factory. I have actually two LeCroy Scopes, one I bought many many years ago (still works) with 150 MHz costs a fortune at that time. A new one which I work now is WaveSurfer 400MHz, also some years old now. But to reach the GHz region I still have to use some very old sampling scopes.
I just bought a 1Ghz at 8Gs/s lecroy for $400 on ebay.
You may want to wait until thanksgiving or christmas for this instrument to go on sale !
Well this certainly makes the 100MS USB scope I have look like a toy :)
This certainly is very interesting, thanks for bringing it to us :)
1:15:53 Sure as hell not for average Joe, just forget it don't even bother them. That is only for high end labs and similar that have already bought some high end LeCroy scopes before and have them in the their business, so they can test a new scope out before they guarantee buy some. Its absolutely not for the individual that just want to tinker with one a little and don't have any plan what so ever to buy one, so don't think anything else.
I'm speechless, that's just crazy! Much cool!
Great informative video. Thank you. I worked for Boeing engineering aircraft satellite systems. There were many times companies of test equipment would arrive with new state of the art test equipment for our use and evaluation for at least a month.
Excellent video, and glad to learn a bit about how super fast scopes are made, especially compared to your recently released 110 GHz UXR, which has a totally different front end. A bit disappointing to see LeCroy's 65 GHz RF front end so messy and lossy. The Phase Matrix collaboration could have been a bit more polished. Nonetheless, I'm glad to see LeCroy show us this scope's dirty laundry. Most professionals never get to see the inside of a modern instrument in fear of invalidating the calibration and warranty.
An amazing video. Toys, interviews, toys, tours, and shiny toys. That's like an Engineer's Disney Land.
Absolutely fantastic episode. Thx a lot.
Thank you so much for this video, very interesting!
Reported for p00000rn content!!
Really interesting!
Nice to you, nice to Teledyne to make their communication like this and show you all of this.
This PCB is pornographic. Custom memory modules, massive heatsinks, nice symetry, high end and custom parts. Nice.
This would be a genius place to work at
I got a LeCroy HDO8108 with XL Memory (250Mpts) today (Company in Austria). Excellent Scope, 8 Channels are perfect for debugging Three-Phase Systems, like it!
50k usd? good...
@@Vik_ru 37k€
including three 150A current probes
Amazing video. Thanks for the very in depth video.
That was awesome. Thank you. Next time, don't offer up free samples of million dollar instruments though. His frown was priceless.
Imagine the faces of Keysight and Tek executives. Lecroy that specialize on oscilloscopes and it is clearly ahead.
Jesus.... I don't even know where to start. Beautiful!
I have the teledyne waterpick and was hoping to see how it is made, thanks
Wow...just wow
You outdid yourself
Awesome stuff. LeCroy is the best.
What I notice, is that then it was doing just 240 S at small time span, it was updating measurements about 100 times per second (wave form captures). But when it was increased to 12kS, it actually went faster to about 3000 times per second. Weird! Also waveform on a scope is updating maybe only 2 times per second. I guess, it is actually analysing every sine wave cycle to build all measurements (rise, fall, instantenious frequency approximation, duty etc, levels) from single waveform. FFT measurements are little bit slower, with just few full computations per second, but that is reasonable anyway. I wish they used a GPU or FPGA card to speed it up further. :)
very interesting and well explained...very impressive piece of equipment...
Any reason for not using the original intro graphics the last couple of years? If i go 3 years back in your videos, it wasn't shot from a monitor.
Ended up here from trying to find an oscilloscope to view synthesizer signals with. I have no idea what 80% of this means but it's really neat.
excellent video. thank you so much for your upload. Awesome.
Wonderful,
thanks to this video
Is the 4th capture channel used for anything in the 100GHz scope? It looks like it's not available as a 36GHz capture channel, so I assume it has some purpose for the 100GHz capture?
Would love to see further Signal Path videos on the tech in those coherent modulated lasers. I'm sure they're almost more fascinating than the 100GHz scope! Even just some material on tunable lasers would be interesting.
2 minutes in. Never been so exited about a 90 minute RUclips video. where is my checkbook?
Shariar you're the man!
very nice video of this impressive scope
ps: production managers seem to be the same kind of person, no matter where :)
Very nice video
Almost as good as my old Heathkit Model 10-21 and didn't need an Engineering degree to learn how to use it lol GREAT video !
I suspect the thing costs about 100 gigabucks.
These engineers have that genius look about them.
Fucking awesome bandwith. AMAZING
Two dislikes are from Tektronix and Agilent, obviously.
from dave jones aka evvblog, maybe he don''t like the plug cable =))))) "iiiaaaahhh iaaaaahhhh" dave
Dear Santa ......
excellent as always.
When he said only 3 companies make that class of oscilloscope, which 2 other companies do you think he was referring to?
Surely he omitted the qualifier "domestic", meaning USA-based?
If so, clearly the other two would've been Tektronix and Agilent (Keysight).
But worldwide I'd think also Rohde & Schwarz?
Or maybe Tektronix doesn't offer such broadband scopes?
World Exclusive !
Amazing video.
Wow, what an instrument.
Really nice video, thanks
Roswell AFB just placed an order for a couple of these bad boys.
It would be great to have some coverage on multi sample and hold. They is almost nothing on it on the net. Maybe an f/2 practical experiment?
I could not have been happier watching this!
How much bandwidth can i get for 2 kidneys?
Well, if you time-interleave your two kidneys, I would say about 50GHz.
The Signal Path Blog 👍
Great video, I always said Lecroy needs to work with you and Mike!
But how come we didn't see a new scope back home in your lab?
I'm sure there must be at least a free HDO in if for making what is probably the best promotional video ever?
I guess it is still in the mail.
Wow ! A gold mine
Do you have one of these at Bell Labs?
Very fascinating, there must be a ton of engineering in there...Don't know much about the HF part, but I guess downmixing a (potentially) 30GHz Bandwidth signal can be challenging (intermodulation and linearity,yuk)
The DSP side has to be crazy too, only the processing and upconverting 3 80GSPS signal to 240GSPS...
BUT, what do you actually use this thing for? There is no application nowadays with bandwidths over 300MHz and carriers over 5GHz (except satellites, ok). 60GHz are still in research as far as i know.
Great stuff thank you. Sorry I wont be buying one anytime soon but if I could I would :-)
Forgive my curiosity and in turn lack of knowledge of such advanced EE topics such as this, but what would a piece of equipment such as this typically be used for? Those are incredibly high frequencies... many times faster than most stuff we (the general public) ever encounter.
These are used mostly in research labs.
I would be interested to know when export controls start applying to test equipment. Like I'm sure there's probably a threshold for state-of-the-art, but who comes up with the standard and then categorizes privately made equipment?
They are using FlashMagic for programming the board at 1:19:43
At about 25.30 is that a bodge wire on a million dollar scope
Kris Ankers Not that uncommon on real high ticket stuff like this, as the alternative is respinning a *very* expensive board. And 28 layer boards as are used for the front end have high scrap rates so they need all the yield improvements they can get.
Great video, but I was wondering...
If the interleaving takes up to 3 channels on a 4 channel scope, what happens with the fourth channel?
interesting how they use all kinds of modern standaard personal computer connectors such as sata
Very good!
Science is cool. Kids should learn.