Microsoft Research prototypes modular mobile Xbox controller on video
A while ago, we covered some patents from Microsoft Research that prototyped how a split-style Xbox controller could clip onto a variety of devices to provide more tactile controls. While the controller never made it to production (that we’re aware of …), some other companies have developed similar products, such as the Razer Junglecat and Razer Kishi.
While we’ve seen some patent images previously, Microsoft has now uploaded an old demonstration video to its Microsoft Research YouTube archive. This does not mean the prototypes are coming to production, but it’s a cool concept that shows that Microsoft is at least exploring ways to elevate Xbox gaming on mobile devices.
The research video is from all the way back in 2018, and Microsoft describes it as a versatile option for more tactile mobile gaming, noting that there’s anecdotal evidence that gamers prefer tactile controls over touch in some scenarios.
The downside of this particular controller in 2020 is that bezels are now… almost non-existent. This controller hinges on the idea that you’d be able to clip it onto a phone or a tablet, using the bezels as a holder. More and more companies are pushing towards bezel-less devices though, putting a limitation on how viable this product would end up being. Razer has been making external shells for its Junglecat controller, for example, but that runs the problem of having to solve how it will fit on the thousands of different device shapes and sizes out there.
I’ve argued before that Microsoft should explore creating a dedicated device instead, like the Nintendo Switch, to offset some of these ergonomic problems for Project xCloud mobile game streaming. The truth is, there won’t be any single “one-size-fits-all” solution. Microsoft will probably explore a range of products, APIs, and other workarounds to make xCloud a better experience on phones and smaller screens. Time will tell.
Fixing mobile gaming
Razer Junglecat
Switch-like controls for your mobile device.