I've spent significant time with both systems. Without a doubt, the Rift is the inferior system.

The Rift is more comfortable to wear, but it comes at the cost of reduced Field of View. The Vive can really be strapped onto the face hard, giving a view that almost verges on providing peripheral vision. The Rift feels like looking through binoculars in comparison.

The Touch controllers are much lighter and better balanced that the Vive wands. Personally, I found the grip gestures expected for the Touch to be very painful, but that will vary by person. I do think they are too clever by half. I got a better sense of "I'm holding a gun" out of gun-games on the Vive than on Touch. I also found the ability to aim at and hit targets easier on the Vive. Ultimately, I think the argument on which controller is better is missing the greater point though, as neither is an ideal design. A hand-tracking system would be much better (and no, not the Leap Motion, that thing is garbage, yes, even after the Orion update). Though Vive-centric games have always had both motion controllers and room-scale by default, whereas the Rift market is now fragmented between gamepads and Touch, and seated versus standing. Also, Touch is only just now out, whereas Vive has had developers working on content for over half a year. Indeed, Valve is already working on a new form factor for the controller.

The two camera setup for the Rift is absolutely, hands-down awful. In a room dedicated to VR setup, I constantly lost tracking when turned to the left or right. The Vive's Lighthouse system is designed to be much, much more scalable. I've never had such pervasive problems maintaining tracking with the Vive.

Yes, you're supposed to have three cameras for room-scale on the Rift. To me, that's another point against the Rift. It's a very complex system that is prone to failure. I can get the Vive to track a space about 20ft by 20ft on stock hardware, in default configuration, with no special finagling, just calibrate and go. I have to spend more money on an extra camera with the Rift, extra PCIe cards for all these USB3 cameras, and it's hit or miss whether or not I can get 10ft by 10ft working.

The Rift's camera based system is limited by how high of a resolution they can pack into the camera, how sensitive they are to tiny IR LEDs across a room, and how many spare cycles they have to run the image processing algorithm on all those camera feeds. In comparison, the Vive's Lighthouse system is limited by how bright they can make the sync pulse, which basically amounts to an IR flash bulb.

In general, I think this is indicative of a much larger problem in VR, consumer reactions, and journalistic reporting. These are all amazing pieces of technology. If you've never seen any VR system after 2015, then you're not prepared for the experience these things provide. It's really easy to get lost in the wow-factor and fail to evaluate the system as a whole. E.g. the Rift headset is more comfortable, but is comfort an important metric compared to FOV? Is it enough that the Touch controllers are theoretically "more ergonomic" than the Vive wands, or is application design built around the controller important, too? Or the MS Hololens: wave-guide displays and inside out tracking are craaaaazy! But they are also kind of janky, the FOV is unusably narrow, and Windows Holographic has terrible UI affordances.

When I stop losing the forest for the trees and focus on a unified experience, the only system I have time for in my personal life right now is the Vive. We support "everything" in the projects we build, but if I'm just trying to relax and enjoy myself, I know the Rift and Gear VR and Hololens and Daydream are all staying on the shelf.