Using Defrag.NSF in this manner on just these two databases gave us 2 GB of disk space back and this is without even getting serious.
Here's what we had to start with:


Here's the first database before Defrag.NSF performed scheduled maintenance (Note the size, fragments and free space):

Here's the second database before Defrag.NSFperformed scheduled maintenance (Note the size, fragments and free space):

Now, here's the first database after Defrag.NSF performed scheduled maintenance overnight (Again, note the size, fragments and new free space allocation):

Here's the second database after Defrag.NSF performed scheduled maintenance (Note the size, fragments and new free space allocation):

Here's the disk space we ended up getting back, 2 GB!! (up from the 34GB we started with).....That was almost too easy, ...and we weren't even trying!!

So there's a brief look at the power of Defrag.NSF at work on a customer's production server, we come up with three very desirable results:
1. Over 2 GB of recovered disk space.
2. NSF files in a single contiguous fragment.
3. A configured amount of free-space in the files for new data, preventing further fragmentation.
As with Notes providing more than just email, Defrag.NSF provides more than just defragging.
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