Most non-gaming laptops come with graphics-acceleration silicon that's part of the CPU, not a separate graphics processing chip (GPU). This arrangement offers weak performance if you're playing richly detailed, AAA-grade video games, but it's actually fine for many video-editing scenarios. Nearly all video-editing suites are designed to take advantage of more powerful processors, but the ability to leverage powerful graphics-processing hardware isn't as common. There are a few exceptions. For example, a discrete GPU can speed up the video-encoding process in Final Cut Pro X, and Blackmagic's Davinci Resolve editing suite has a video-playback engine that's optimized for powerful GPUs. Still, it's best to save GPU-accelerated editing tasks for when you return to the studio and a more powerful desktop, if possible. That said, if the laptop you're considering offers an entry-level discrete GPU for a reasonable premium (say, $200 or so), there's little reason not to spring for it and enjoy the added speed boost when you're rendering or exporting video, depending on the software you use. You can get a comparative idea of a laptop's graphics performance by glancing at its relative scores on our 3DMark benchmark tests. Of course, if you're a gamer on the side, you can leverage a GeForce or Radeon dedicated chip for both playtime and editing time.