Well, we need to add at least one more license pretty soon, so this is interesting news.
Solidworks has been doing this for years.
And if you wait 2 years without a yearly subscription, it is cheaper to buy a new license with discount.
Solidworks, last I checked, only charges you the amount that subscription would have cost for the lapsed period plus the new subscription, up to the cost of a new license. Altium charges you a significant penalty (~$3k) for resubscription regardless of the length of lapse. Currently, a new one-year term license is less money than renewing a currently off-sub perpetual license, which is kinda dumb. Long term it's still cheaper to go perpetual+sub, but only if you plan to never let it lapse--which I guess is the idea.
Also, it's kind of annoying how the entire sales flow funnels you into a Pro sub, without prompting for a selection. I don't care about anything Pro has but Standard doesn't, but you don't get to pick which level you're buying until it's already in your cart.
I'm guessing they don't mean the schematic harness feature that's already there - Are they trying to go after the Zuken E3 market? Wonder how well that'll go.
Well, presumably the functionality will show up the same way that Draftsman did: half-assed and 3/4 broken, before it slowly improves to being only 1/3 broken but still kinda half-assed after a couple of major versions. So I wouldn't hold my breathe for it to take the industry by storm any time soon. We're currently using Altium for basic harness design, mostly so we can leverage the BOM outputs for creating material prep lists, and it works okay. I've been considering moving harness design to Solidworks Electrical at some point, though, because the biggest thing I want that Altium currently can't do is the ability to present multiple views of the same harness assembly that reflect its physical construction. Currently I have to represent all of the key details manually, and multiple views require a lot of manual synchronization and checking. You can't easily do something like an overall view of the harness assembly with additional detail views, which is trivial in a real 3D design tool like Solidworks. Getting to the point where Altium *can* do that sort of thing with a reasonably good workflow seems like a pretty heavy lift, though. I wouldn't be surprised if "Harness Design" ends up more like the ECAD-MCAD connector thing, where Altium can synchronize connection data with an external tool that handles the actual design of the physical harness.