Chrome flash player setting for mac book pro

#Chrome flash player setting for mac book pro how to#
#Chrome flash player setting for mac book pro update#
#Chrome flash player setting for mac book pro software#

If it says About Flash Player at the bottom, it's Flash. You can tell if a video that you're watching is actually Flash Player by right-clicking on it. You can also probably find that plenty of video content *does* leverage hardware acceleration, although Flash video on large commercial sites has already largely transitioned to HTML5 video. It's not something that you're going to fix at the client. There's not really much that you personally can do. Long story short, this is probably something the content provider could significantly optimize with a little effort (or outsourcing to one of the many video streaming services that cater to this niche). As you've probably guessed, this means that there's CPU overhead however, those encoding formats tend to be older, and existed in the early 2000s when computers were way slower. There are also a lot of legacy video formats besides H.264 that we're able to play, but require decoding in software.

#Chrome flash player setting for mac book pro software#

If the content provider isn't publishing the video in an encoding that allows us to use hardware acceleration, we're going to fall back to our software codec. The set of recommended encoding combinations is much, much smaller, and those are all well-documented in our video publishing guides. The hardware codec implementations have very specific guidelines about what they will and won't decode, and there are literally millions of possible encoding combinations, even with just H.264 video. In that vein, silicon codec implementations are picky, and you can't just throw 'video' at it. My guess is that the content provider isn't leveraging the available APIs for hardware accelerated video, and/or they're doing something grossly inefficient (like scaling). it's a DRM-controlled video), like streaming movies or cable shows, then your computer has to decrypt each video frame, which adds a significant amount of overhead (but shouldn't necessarily peg your CPU to 100%).

The content provider isn't encoding their video stream in a way that allows you to decode it in hardwareДЄs an aside, if the video is encrypted (i.e.

The content provider isn't using our hardware-accelerated StageVideo APIs.

Call of Duty, Farmville2), then the GPU may not be available when we try to invoke it, and we fall back to sftware

If you're playing a bunch of videos simultaneously, or maybe playing a hardware accelerated game (e.g.

There's a finite amount of stuff that the GPU can do simultaneously.

You're already using hardware decoding for something else, and it's unavailable.

You explicitly disabled hardware acceleration in Flash Player.

#Chrome flash player setting for mac book pro update#

You're ~10 years behind on Flash Player updates (in which case, update now).

Since you're on Mac, it's probably one of the following things:

So, it's one of those things where we provide good documentation to developers, but if you don't read it, it's pretty easy to shoot yourself in the foot. We discourage developers from doing that for obvious reasons, and we even provide server-side solutions to make it easy to target multiple output sizes and devices. When you do that, your computer has to then scale the video to fit the new size, which requires additional operations for every pixel of the video, on every frame. It's also possible to do super inefficient things, like streaming video from a source that's a different size than what you're showing on the screen. This means that the video is being decoded on the general-purpose CPU, which is less power-efficient, and consumes resources that might otherwise be used by other processes on the system. In the instance you're describing, we're clearly not leveraging hardware acceleration.

#Chrome flash player setting for mac book pro how to#

We publish documentation and guidelines for content providers on how to write a video player that leverages the dedicated graphics hardware on your computer for efficiently decoding and rendering video streams. This means that there's an old-school CPU-only way to publish video, and more modern H.264 video support, which allows us to leverage the dedicated hardware video decoder on your computer. Moreover, Flash Player pre-dates all of the modern video codecs and the widespread availability of hardware video acceleration. You can *write* a video player, in ActionScript, which Flash Player will then execute on your computer. Flash Player is a language runtime, much like Java. First things first, Flash Player isn't a video player.