![]() ![]() ![]() But playing a game relies on unpredictable control inputs, so it’s not possible to delay the signal to solve the problem. The principle is simple – if you know what’s coming next, then you can compensate for any delays in the chain. For linear video like a movie, you can introduce a delay to the images to synchronize with the audio reaching your ears. ![]() Latency doesn’t matter when you’re listening to non-interactive audio – so Bluetooth headphones may be great for your favorite podcast despite their high latency. ![]() Illustration: From visual to auditory input when gaming. Combine this with the other small processing delays in the chain – the button press getting to the game, the game triggering the audio, the audio getting to the Bluetooth receiver – it means there can be a very noticeable delay between what you see (the flash) and what you hear (the explosion). Classic Bluetooth audio connections have a latency of up to 200 milliseconds (a fifth of a second). There’s even latency in the screens we connect to, especially if they don’t have a low-latency “game mode” – the TV may have its own image processing systems that introduce a delay to the signal.Īudio systems are no different, and wireless connections are notorious for suffering from latency. Game controllers may also suffer from latency – the amount of time between pressing a button and seeing the action occur on screen. Experienced gamers – especially those who play competitively – will tell you that the biggest problems that interfere with their enjoyment are often down to a characteristic of systems known as “latency” – the time delay between the moment something is triggered and the moment it is actually observed happening.įor example, every internet connection suffers from latency – the amount of time it takes for a packet of information to be sent from one place and received in another. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |