Teledyne LeCroy Oscilloscopes Reviews

We are using it for debugging PCIe PETracers. We are using it to measure PCI Express signals.

We are using it to support connect devices in enterprise products.

Checking how many errors were on the channel by using the protocol analyzer has helped me to improve my design on PCIe PETracers.

The primary use case is for testing IT files. We are testing files for memory read or write (or other scenarios), but mostly it is on the platform, test package, of both.

The bandwidth is up to 10 gigabytes per second for the oscilloscope because we are testing high speed signals.

I'm not a frequent user. Sometimes we use the oscilloscope for measurement. It depends on product and what testing that we are trying to do. 

I have used oscilloscopes since I was a Bachelor's student, where we used different types of oscilloscopes.

A common practice: We use oscilloscopes to test for how many transient view forms there are and what the transient response for memory read or write process is. We want to ensure that we all meet all the specs for our product design. Therefore, it's definitely beneficial to use oscilloscopes.

Going forward, we definitely want to do more measurements to validate how our product works.

Our primary use case is a lot of test and measurement debugging.

We have a number of the LeCroy real-time scopes. We often use the 4 gigabyte real-time 12-bit scope.

The application space that this solution targets is high-speed. Our product is 56G, but debug would be lower speed, PCIe channels, USB, and I2C.

It's a fairly multi-purpose instrument. It has a nice high-resolution screen. It is easy to set up the scope triggers, has a lot of scope trigger options for capturing waveforms, and seamlessly goes into the spectrum analysis mode. It has a number of features which are fairly useful.

The user interface has the HD screen, which is nice. It has a well laid out front panel design and nicely, integrated 4-channel inputs, which are easy to use for a switch between coaxial and probes.

PCI express certification and testing are our primary use cases.

By pre-qualifying test devices with the tool, we're able to go back and make design changes before committing to silicon.

We are using anything that's 10 gigahertz plus for signal integrity.

We heavily use it to validate the design assumption. In many cases, it was able to point out things that were not available to us in simulation.