I wonder about the RF implications of this. It says that it meets applicable standards for conducted and radiated EMI, but that's not a guarantee of problem-free operation, especially for those of us who like to play with radios.
However, it might be good news. By shifting into VHF, they'll be above the most interesting frequencies for us ham radio operators. The range from roughly 1.6MHz to roughly 30MHz is where weak signals can most easily bounce around the world via the ionosphere. A lot of switching power supplies pollute this range, largely with harmonics that produce broad-spectrum hash across the shortwave bands. I'd love to see the switching power supplies move above this area. The higher frequencies are normally of use mostly for short range communications anyway, and they tend to be less susceptible to interference. But they're not entirely immune...
They're talking about switching frequencies in the range of 30MHz to 100MHz, and I'd assume that harmonics would extend much higher. That 30-100MHz range covers some land mobile and police radios, plus part of the FM broadcast band. Harmonics might extend into aircraft navigation and voice communications, terrestrial TV, and other services at higher frequencies.
If this works, I think it'll catch on big time, and eventually be copied by many. The advantages sound too good to pass up.