The two LeCroy scopes that I owned were their 12-bit scopes. I had both a 4-channel and an 8-channel gigahertz scope, which ae a lot easier to run. However, they're lower in performance only from the standpoint that I ended up buying the highest performance Rohde & Schwarz unit, which I tend to use in automated setups under a LabVIEW Control.

This product would have been overkill for the previous project that I worked on, which is why I used LeCroy.

Where in reading Steve Sandler's book on power integrity, and in discussions with him, he pointed out how superior the the Rohde & Schwarz RTO's are

The previous solution dropped by the wayside. It was HP, and then it went to Agilent. Rohde & Schwarz has always been top-end. That's what influenced it.

This product was advertised by them. They demoed it for us. That is how we evaluated, bought, and purchased it. 

During the demo, we learned the limitations on what it can measure. We demoed for both units for approximately two weeks.

A good friend of mine suggested Rohde & Schwarz. Previously, I was using Keysight LeCroy, so I didn't really know about Rohde & Schwarz. I trust the person who suggested Rohde & Schwarz would be better than the competition. I tried it for myself (through a demo) and am now convinced that my friend's opinion of the product is true.

I didn't choose Rohde & Schwarz. It was bought in the past, so it was there.

The previous solution was out-of-date and too old, but we did not switch. We kept the legacy systems in the lab to support legacy customers because not all our customers kept pace. We're the most advanced industry, and we have to support them.

We are utilizing the full bandwidth of the product. 

I believe the product is upgradable to provide more functionality to the user.

If we are going to switch, usually it's speed related and bandwidth related.