EE, this is four layers, right?... Then I remembered you have parts on both sides...

EE, this is four layers, right? Since you have chainsaw lines all over the power plane, and lots of traces crossing those lines, I was going to say be sure to specify the order of layers as signal-ground-signal-power, rather than signal-ground-power-signal which would give you signal lines that aren't against a legitimate plane layer. Then I remembered you have parts on both sides, so you can't do that! I don't know what to suggest then, unless you want to add another pair of layers so that both signal layers can have their ground planes without a chopped-up power plane interfering. I don't remember Dr. Howard Johnson having any articles about that. I'll think about it and see if I can come up with anything better. I wouldn't rush to get boards made yet.

I'm thinking that DC resistance is too high. I found another one rated @750mA, .09ohm DC resistance, and 33ohm impedance @100MHz. Good news is they're both 0603 surface mount types. So I'll go ahead with it in the design with the freedom to experiment.

I think the better thing to do might be to eliminate the power planes and just branch the power out to each point it's needed in a given area where you had a power plane...

...When you look at ferrite beads, be sure to look at the curves in the specifications, because increasing DC current reduces their high-frequency impedance a lot...