What is the difference between streaming and buffering

Improve this question. Neel Maheta Neel Maheta 1 1 gold badge 3 3 silver badges 12 12 bronze badges. A buffer has a specified, definite length whereas a stream does not. Abion47 As you said buffer is for purpose to store sequence of bytes,so my question is stream is not store in memory? It merely acts as a conduit to move data from one point to another.

Got Idea what the stream actully is. Thanks once again. Show 1 more comment. Active Oldest Votes. OpenOrCreate ; Opens a stream to a file.

ReadAllBytes "filepath. There are more thorough ones out there, For example, as Marc Gravell puts it : Many data-structures lists, collections, etc act as containers - they hold a set of objects. Improve this answer. Community Bot 1 1 1 silver badge. Abion47 Abion47 I also read that stream has its internal buffer.

This router can handle speeds up to 1 Gig and will allow you the capability to stream any video, TV show or movie. The final problem you may have that is causing your video to buffer is the type of connection you are using.

There are two ways to connect a device to the internet, a wired connection, or a wireless connection. A wired connection, which involves running an Ethernet cable from your router to your device, provides a more consistent connection and results in faster and more reliable streaming.

If you are not able to use a wired connection, it is important to remember that a wireless connection can be interrupted by things such as: distance of the device from the router, walls or objects in between the device and the router, and separate signals that may interfere. If you consistently experience buffering while streaming call to speak with a local expert who can help find a solution that works for you. You can find out how your internet speed measures up and if your ISP is making good on its promise by checking with Speedtest.

There are other ways to make your internet connection work faster , and they are worth exploring. They include:. Power cycling your modem and router. That just means unplugging them, counting to ten, and reconnecting them. Set your wireless router to use the 5GHz band rather than 2. Make sure you have not exceeded your monthly traffic allowance.

Some ISPs throttle users who consume too much bandwidth. Binge watching will do that. Change your DNS server. The one from your ISP may be slow. You can configure your router to use Google 8. Free up bandwidth wherever you can. Even when you are not using them, Wi-Fi devices are constantly pinging your wireless router. That can add up if you have multiple laptops, smartphones, tablets, and other smart devices in the house.

All have the ability to shut off Wi-Fi. Give it a try and experiment. Intel, Nvidia, and AMD are constantly refining and optimizing graphic driver performance; some driver updates can make a considerable difference. While new drivers usually are faster than older ones, occasionally a bad version slips through.

These are usually quickly rectified. It is good practice in general to always use the latest drivers for all devices, so take a few minutes to update your graphics drivers. As fast as Wi-Fi has become, when it comes to internet speed, there is still no substitute for a hardwired connection.

If you have high internet speed, but you still encounter buffering, consider using a networking cable. You can get a solid signal with up to 50 feet of Ethernet cable. You may need an extra adaptor for your computer, as well as the cables and connectors.

The problem might be on your local computer, and in your web browser in particular. Browsers maintain a local cache for sites you previously visited. When you revisit a website, the browser checks the cache; if the local content is current, it loads from there rather than downloading it.

The problem? The buffer is designed to hold upcoming information to provide the smoothest possible consumption experience. The buffer is designed to account for inconsistent data provision speed changes and temporary service loss. Additionally, buffering before starting a stream can provide the stream at a higher-quality than in real-time. For example, if an audio stream runs at kbps but a listener's Internet connection only runs at kbps, the stream could spend 30 seconds preloading the song before starting playback so the download completes at the same time the song playback ends.

The same pre-loading concept works for a movie that can play back in 12mbps but the viewer only has an 11mbps download speed.