Rega Apheta 3 Capacitance 1000pF???

Thanks to those who have helped me suss out my Aria humm issue recently.  (It had lovely sound, but interacted with my integrated too much).  I'm looking to get into a different phono stage and have noted with raised eyebrows that the Rega Apheta 3 cartridge wants 1000pF???  Manley, Herron, Parasound, Sutherland, Musical Fidelity units all top out their spec at about 350pF.  I've read and understand (as an audiophile layman - not an EE here) how "restricted" capacitance might effect a cartridge's sound; and have also read that in practice - with good gear - this typically isn't an issue.  So, a few questions please: (1) Why would Rega spec a cartridge with 1000pF?  Just to try to keep a consumer in the Rega stable (Aria; Aura)?  (2)  Who out there has experience with a phono stage not speced to a cartridge's capacitance rating and how did it go?  Bright mids?  Muted high end?  Just fine?

I'm happy to hear plugs for any - or other - phono stages mentioned above.  I've read most of the commentary on all of them at this and other forums.  I have essentially made up my mind at this point, having chatted with both the very helpful deisgner of one of those units, and a very knowledgable salesman repping others.

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smatsui thanks for your input.  That's great to hear.  Keith Herron is building me a VTPH-2A and I'm greatly looking forward to getting the unit hooked up to my gear.  I was a bit mistaken when I first posted: I believe with his loading plugs he can get all the way up to 1000pF if needed.  It will be interesting playing with the plugs at different capacitances to hear if there are any discernible differences.  
Why would Rega spec a cartridge with 1000pF
Are you sure this isn't a typo? It does not sound right. For more info see:

atmasphere 1000pF is their spec. You can see it at the specs for their cartridges and their phono stages.  The phonos even are switchable to higher capacitances.  Cited often in reviews of their phono gear. 

Sheesh. I didn't realize this is a low output cartridge. You don't really need any capacitance at all, the rules regarding low output cartridges apply at the link I provided.
From that webpage:
The super-low self-inductance of a moving coil cartridge puts them in their own category. At such levels, the loading capacitance becomes relatively insignificant, with system bandwidth now dominated by inductance and load resistance.

In a nutshell, you're better off without it. Just go to the top of that page and drop in 1000pf into the calculator and look at the resulting frequency. Then take a look at the default inductance value; its way more than the value for a low output cartridge like the Rega. Go ahead and drop in a value of a magnitude lower inductance and you will see what I mean. You really do want that pf value to be as low as possible in this situation, putting the resonant peak at as high a frequency as you can. This reduces the possibility of the peak overloading the input of the phono section. To this end, you also want to use low capacitance cable for the tonearm interconnect, as this value is part of the peak. I really don't know what Rega is thinking here, but that 1000pf value is bad advice. If there is a variable I'm not thinking of, its certainly not obvious from the specs on their website.

Any LP has bandwidth to 40KHz or so although its rare to see actual information much above about 25KHz as microphones and tapes don't go much higher. This is part of how LPs are able to sound better than digital in many cases- it has more bandwidth.