Valve ‘more than happy’ to help Microsoft bring PC Game Pass to Steam - The Verge

Valve CEO Gabe Newell is open to Microsoft launching its PC Game Pass service on Steam. In an interview with PC Gamer, Newell says Valve has no plans for an Xbox Game Pass competitor, but that it would be happy to work with Microsoft to bring PC Game Pass to Steam.

“I don’t think it’s something that we think we need to do ourselves, building a subscription service at this time,” Newell said. “But for their customers it’s clearly a popular option, and we’d be more than happy to work with them to get that on Steam.”

Microsoft and Valve have held discussions about bringing PC Game Pass to Steam, but it’s clearly early days and may never happen. “We’ve talked to people there quite a bit about that topic,” says Newell. “If your customers want it, then you should figure out how to make it happen. That’s where we’re at.”

A sticking point could be Valve’s 30 percent cut on software sales through Steam. Valve relaxes this to 20 percent for sales after $50 million, but it’s not clear how it treats subscription services like PC Game Pass. EA Play launched on Steam in 2020, but only the basic subscription is available and EA Play Pro is still exclusive to EA’s Origin launcher.

Microsoft has so far shown no signs that it’s willing to bring PC Game Pass to Steam, though. The software maker started distributing more of its Xbox Game Studios titles through Steam in 2019, but PC Game Pass remains exclusive to the Microsoft Store and Windows 10 or Windows 11 PCs. That means if you purchase a new Steam Deck, you can’t access PC Game Pass on the Linux OS that’s preinstalled.

Microsoft also attempted to shake up PC gaming last year by reducing its Windows store cut to just 12 percent. Steam still dominates PC gaming, and Microsoft has said it’s open to Steam being part of its new Windows 11 app store.

Adblock test (Why?)

Article From & Read More ( Valve ‘more than happy’ to help Microsoft bring PC Game Pass to Steam - The Verge )
https://ift.tt/dix1nTe
Technology