If you want a Turbo-Cool 860W or 1200W, just find a Win-Tact 860 or 1200. Those units were the off-the-shelf units PCP&C had their Turbo Cool name put on by Win-Tact, the OEM for the Turbo Cool line.
Silencers were originally built by Sparkle then Seasonic, which is why Silencers built in the last 5 years or so of PCP&C's existence mirrored Seasonic top end platforms.
As for "the best around" as for ripple/noise, etc., while PCP&C had their units produced with extremely low ripple/noise specs, ripple/noise as the primary metric for consideration in purchasing a power supply is, in my opinion, incorrectly placed.
Voltage regulation, at least for me, tops ripple/noise generation in consideration of buying a power supply.
You have to consider......holding a high output +12V power supply to 1-2% variance in voltage regulation is tougher than bringing down ripple/noise to sub-30mV levels.
You also have to consider that the ATX spec for ripple/noise is 120mV on the 12V rail, and all computer parts built are designed with that spec in mind, meaning the parts can tolerate that amount of ripple/noise and still work properly. And while it's nice to claim to have the lowest ripple/noise (something PCP&C had a claim to 10 years ago but isn't even in the running these days compared to the new units out from Enermax, Seasonic, CWT, etc.), the real world effects of 25mV of ripple vs. 40mV of ripple is non-existent. It's more an academic exercise, or a bragging right. In the end, having a unit that produces 1/4 of ripple spec vs. a unit that produces 1/3 of spec in ripple won't gain you anything except bragging rights and marketing points.
Oh, and that review you linked to Googer that had AT claiming PCP&C's Turbo Cool had the lowest ripple/noise they'd ever tested holds little weight.....where are the ripple/noise traces? That claim of 2.8mV of ripple at full load is just ludicrous and unbelievable to say the least. No other power supply, from PCP&C or anyone else, has such low ripple. Methinks a misplaced decimal point is the culprit....and was supposed to be 28mV, not 2.8mV. Otherwise, why not show the tracing from the oscilloscope and prove it? And to have 4% voltage regulation on the minor rails at max load is not outstanding.....more pedestrian and mediocre and bested by cheap units like from Cooler Master and a host of other power supplies.
Anandtech has never been viewed as the be-all and end-all of power supply testing......there are much more trusted and believable testing sites on the web for power supplies and their testing......JonnyGuru, HardOCP, Hardware Secrets, among others.