New Joseph Audio Pulsar Graphene 2


Just wanted to update my prior thread where this topic may have gotten lost.  As many of you may know by now, Joseph Audio has come out with the new Pulsar Graphene 2. This new iteration of the venerable Pulsars has a graphene coated magnesium midrange-woofer cone, and the drive motor, suspension system, etc., have been revamped. From what I have been told, the upgrade is pretty significant ... the sound is fuller and has greater ease, yet is very resolved. Jeff Joseph advises that an upgrade path will be available for existing owners of the Pulsars, too. Also, note that the price quoted in the Soundstage piece was in Canadian dollars ... Jeff informs me that the price in USD is $8,999 per pair. I am eager to hear the new Pulsars.
rlb61
Pulsars are some of the best sounding, best looking, best built speakers for the $ and are some of my favorite speakers regardless of cost.  If I ever get into that league, I would love to own a pair!
Full disclosure. I am a Joseph Audio fan. I've heard them at shows in medium sized rooms and small rooms. At home, I have run Perspectives and now run Pearl 3s. I've compared them directly to other speakers with the idea that if I heard something I liked more in the same price range or somewhat higher, I would consider changing speakers. So far, I haven't heard anything I enjoyed more. IMO Jeff Joseph's build quality, beauty and sound quality are very high value at their comparative price points. That doesn't mean they aren't expensive, but it does mean that they truly compete with other brands that cost significantly more. 
I’m a little confused about the claims of the infinite slope crossover though. According to the stereophile measurements it looks like 1700 hz crossover point with what looks like a normal roll off. It's a relatively low x-o point for a retail product, which generally improves dispersion, maybe that's what's all the fuss is about?
Hey @wildfoxinn that’s a really good catch!

You are quite right. Nothing in the FR plots, impedance or dispersion points to the claimed infinite slope. Looks like quite traditional 2nd order, with a possible impedance correction circuit thrown in for the crossover point.

I will say, besides a slightly elevated treble level, the plots are otherwise quite excellent.