![]() ![]() In networking, small packet sizes and fragmenting packets mean the equipment needs to do more processing than necessary. To be safe, you can always use the smallest package size, but that’d make loading and unloading the truck much more time-consuming. So larger can also mean incompatibility, which kills the efficiency. In this case, they need to be broken apart (fragmented) to go through or get denied (dropped). If the packages are too large, they might not fit through the door of the warehouse. So larger sizes can mean better efficiency - faster speed, that is. The larger the boxes, the faster you can load and unload the truck. Sending data over a network is similar to trucking standard packages from one place to another in the real world. Understanding MTU: Larger is not neccesarily better It’s not as simple as larger is better, far from it. By default, the router or devices determine this.īefore we go any further, let’s understand the significance of MTU. And since this is the maximum, chances are the actual packets are even smaller. Jumbo or not, MTU is relatively small - in a connection, devices send and receive lots of them. That’s because colors, images, videos, font sizes, formatting, and other behind-the-scenes elements are also information originally stored remotely somewhere. In reality, for this page to materialize, a lot more packets were involved. That said, technically, the text on this webpage, which consists of some 10k letters, arrived on your screen via about seven packets. Generally, a byte represents a character (a letter or the space between a word) in a document. ![]()
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