Playing games on a shared virtual screen setup
Playing games on a shared virtual screen setup
So the era of split-screen gaming is fading, though it’s not gone. Many popular titles now skip this feature, focusing instead on online or LAN play across several PCs. Still, most offer multiplayer through both internet and local connections to different machines. In theory, you could run two copies of the same game and connect them via LAN for a virtual multiplayer experience where players share the same world. Some games do provide split-screen, but it’s usually restricted—often just two controllers or one player using mouse and keyboard. This makes competitive play on any PC-based first-person shooter challenging unless you have a setup that works around these limits. Issues like screen peaking and real estate can be solved with a big monitor, but that doesn’t fully address the problem. Until now, discussions have been mostly theoretical. I’ve considered virtual desktops, but they might slow things down. Having separate mice would also be tricky. Options for multiple inputs exist, but they usually require more hardware or compromise on performance. With modern CPUs and powerful monitors, it seems possible to run several games simultaneously, but coordinating them smoothly remains a hurdle in standard Windows setups.
CPUs are available with more cores than what most games require. They've been around for years, though I personally prefer not to use split screens—it was always a hassle even as a child. Some TVs and devices offer options to display two inputs simultaneously, allowing you to play together in split-screen mode on COOP games. However, this typically requires two separate systems. You'd need two copies of the game running on different machines, which isn't practical unless both players own the game and have it installed on different systems. There are also systems like Linux with a 7th gen CPU that uses two GPUs while sharing a single main CPU, but I haven’t seen how it functions in practice.
I understand this might sound quite critical, but... did you actually read my message? You essentially summarized every issue I mentioned in my earlier post. I made sure to highlight the comparison with Ryzen 5 models having six cores and twelve threads, especially noting how even some high-end i7 processors struggled with just eight threads. I’m wondering if there’s a way to distribute the workload more efficiently. Like when Linux combined different operating systems for better performance—such as the older Windows versions on large displays with synergy features. The challenge here is that splitting tasks across multiple average machines would result in slower overall performance, especially during single-player sessions where the load is spread thinly. Regarding the visual issues, modern 3D TVs create different images for each eye, so using glasses that only show one side can cause discomfort and limits input methods like a mouse and keyboard. I’m trying to figure out if there’s any practical solution, as that’s the only method I’ve found so far.