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QUIC is intended to be the equivalent of a standalone TCP connection, but with much lower latency and better support for SPDY streaming. The problem Google noticed with a TCP connection was the effect of line blocking for the entire set of packets when a single packet was delayed. When we use the QUIC protocol in the same situation, only one packet will be retained. Sounds interesting? It's still not everything. The protocol itself reduces the delay in the connection between the server and the browser, which can be best seen by using.QUIC-based websites on mobile devices, where data transmission is usually slower than on computers. In research conducted in 2015, it was also proven that compared to other protocols, it eliminates over 30% more interrupt buffering on YouTube. When designing the presented philippines photo editor protocol, the error correction system and mechanisms to prevent overloads were not forgotten. Another interesting advantage is the ability to use QUIC in cooperation with BBR - a new data transfer algorithm also created by Google. Already in mid-2015.
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Over half of Google's servers were running on QUIC, and now almost all of their servers use this protocol. Have you ever wondered why the websites of this IT giant work differently and faster? Here's the answer! The QUIC network protocol is one of several ingredients in the recipe for a faster website! The main advantages of the QUIC protocol at a glance: Establish a connection without delays Improved congestion control Multiplexing without blocking a set of packets Forward-error correction Connection migration.
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