This is true for any number of concurrent devices too. To be specific, the download speed of a whole home network is 1 Gbps, two running connections will immediately halve the available bandwidth for both devices. In addition to that, bandwidth can limit the connection as well. For instance, disk drives can affect the performance of Gigabit Ethernet connection on computers. The average connection speed varies according to the specific condition. In normal cases, the effective data transfer speed can reach 900 Mbps. Due to elements like network protocol overhead and re-transmissions because of collisions or other transient failures, devices can’t transfer useful message data at the 1 Gbps rate. However, the actual speed of Gigabit Ethernet cannot reach that number. In theory, the maximum speed of Gigabit Ethernet is gigabit per second (1,000 Mbps). To get more details of Gigabit Ethernet, please keep reading this post of MiniTool. This variant has taken the place of fast ethernet in wired local networks because of its huge speed improvements over fast ethernet and its use of cables and equipment. The most popular variant 1000BASE-T was defined by the IEEE 802.3ab standard, which came into use in 1999. Gigabit Ethernet was released in 1998, which has a maximum throughput of 1, 000 megabits per second. It was also referred to as 10/100 with a throughput of 100 megabits per second. In 1995, an updated version – Fast Ethernet, was released. Tip: Ethernet was initially introduced to the public in 1980 with the largest throughput of 10 megabits per second.
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