With that, we're going to wrap it up with a little information
about the oscilloscope that we've been playing with today.
It's the Infiniium EXR-Series, came out in late 2020, so it's relatively new.
It comes in 4- or 8- analog channel models.
Pictured here is an 8 bi-analog channel model.
If you have a 4-channel model,
these channels 5 through 6 would just be a faceplate.
Bandwidth starts at 500 MHz per channel all the way to 2.5 GHz per channel,
and that's on every channel simultaneously, as is the sample rate and memory depth.
You get that 16 GSa/s maximum sample rate,
and the memory depth that you select on all 4 or 8 channels simultaneously.
Essentially, performance is shared between channel pairs,
so in oscilloscopes of the past, you may see 16 GSa/s on half of the channels
or 8 GSa/s on all the channels, so be careful with that
when you're shopping around making sure you're getting the performance
on every channel that you need simultaneously.
This is a 10-bit platform, so 10-bit analog-to-digital converter.
Fun fact: At 10 bits, 8 channels, 16 GSa/s, the EXR-Series can process and display
and analyze the equivalent of three Blu-ray DVDs per second,
which is pretty cool, still blows my mind that things like this exist,
but hey, have to love it.
On top of the 8 analog channels, you get 16 dedicated digital channels
with an option that comes with a flying lead cable set,
and there's 7 tools in one.
We saw one of them today, which was the built-in frequency counter.
There's also a digital voltmeter, there's also Bode plotting capabilities
built into the power tool set,
or that come with the 50 MHz arbitrary waveform generator that can be optioned.
There's a BNC on the back of the oscilloscope
where you can generate a number of different preconfigured waveform shapes
or load your own arbitrary wave shapes into,
or even cooler, you can capture waveforms on a channel
and then play that information back out from the AWG with just a couple of clicks.
It really is a very nice and tidy and compact 7-in-1 bench tool
with a lot of space-saving and timesaving features built in.
As a summary of what the product is and does,
we designed it to be powerful, easy to own, and intuitive to use,
so a lot of things that we talked about today with great power testing capabilities,
protocol layer testing capabilities, and physical layer testing capabilities.
Easy to own with integrated instruments,
and something we'll talk about here next was some offline tools and full upgradability.
One thing I didn't mention is you can upgrade channel count,
memory depth, the bandwidth.
You can upgrade everything on this oscilloscope,
and everything except for the channel upgrades you can do right in your lab
with no extra work required, just a license key.
No recalibration, nothing like that.
They're very easy to upgrade, and they're future-proof.
Or, if you have limited budget now or limited needs now and need more later,
you can easily do that with the EXR.
Then easy to use, that's a big thing for Keysight.
These oscilloscopes are just so capable nowadays
that we take every effort we can
to make sure that things are repeatable and easy to do.
It's always fast, those always-on speeds, so special modes required,
no messing around with memory depth or fast modes, it's always on.
Fault Hunter to help you one-click find problems,
and something we didn't look at today, but there're built-in setup wizards
and step-by-step like when you're installing a program,
you get the next, next, next.
We have that for all of our advanced capabilities in the oscilloscope
where you're guided step-by-step through every feature
or setting on the oscilloscope that you might want to tweak
to optimize your measurements.
With every EXR-Series, you get a whole goodie bag full of stuff,
so a passive probe per channel, a keyboard and mouse,
calibration cable, an accessories bag,
and a front panel cover to help protect it when it's not being used.
We also sell a number of accessories through third parties
like hard-shelled transit cases so you can roll it in and out of labs,
extra hard drives, so in case you need to pull the hard drive out
to leave your data in a secure environment, but take the oscilloscope out of it
and things like that.
Finally, one thing that I definitely think is worth taking a look at,
and this is becoming more popular,
it started with Infiniium Offline, but most vendors offer some flavor of this
in varying levels of capability, but offline capabilities.
This entire user interface that you see here live on the oscilloscope
can be downloaded and run on your personal computer.
You can save data off of the oscilloscope
and then do your analysis and screenshots and measurements on that data
off of the oscilloscope on your computer.
If you have limited access to the lab or if the oscilloscope is being shared
between a number of people and you need to be able
to get on and off the oscilloscope quickly so someone else can use it,
Infiniium Offline helps you do a lot of this work
without needing to be sitting in front of the oscilloscope at the bench.
It helps you easily analyze and share information.
It's very affordable as well, and it's definitely a great productivity tool
that I implore you to take a look at if you're shopping for an oscilloscope.