However, the same small operation may also benefit from Gigabit Ethernet devices if they want to incorporate high-quality IP surveillance cameras with on-demand high-quality video streaming. It is important to evaluate the existing network system, available bandwidth, operational needs, and future network configuration, desired network system upgrades, and facility limitations when choosing the right Ethernet data protocol.
The ComNet Design Center service is free for customers interested in using ComNet fiber optic products in their designs. Click here to connect with a Design Center representative. Here's why Razberi products are the best choice for simple and secure video management solutions. Back to News. Managed Switches 07 Oct Choosing Between Fast Ethernet and Gigabit Ethernet Users and organizations should evaluate which Ethernet data protocol is beneficial for their operation.
Comparing Fast Ethernet and Gigabit Ethernet: When evaluating the two options, here are the main differences you should consider. Cost — Fast Ethernet is less expensive than Gigabit Ethernet. Configuration — Fast Ethernet is simpler to configure and manage than Gigabit Ethernet.
The maximum length of this system can be up to 70km, therefore most universities and companies use it. GE has different versions such as 1, 10, 40 and gigabits.
Both Fast Ethernet and Gigabit Ethernet are used for network connection. They can work with fiber switch , fiber optic cable, Ethernet cable and some similar devices.
However, how they differ from each other? The following are some key differences between Fast Ethernet and Gigabit Ethernet. Fast Ethernet and Gigabit Ethernet , both are used to accomplish this purpose. But some differences arise on the matter of coverage, speed and configuration. The purposes of this article are to educate IT professionals about the fundamental differences between Fast Ethernet and Gigabit Ethernet.
Fast Ethernet is a term of Ethernet in computing networking , stands for carrying on the traffic at the rate of Mbit per second. In , first time Fast Ethernet was introduced which remained operative for three years until overruled by Gigabit Ethernet.
Fast Ethernet was upgraded by improving the speed and reducing the bit. In standard Ethernet, bit was transmitted in one second and in Fast Ethernet it takes 0. So, Mbits means transferring speed of Mbit per second. On looking at the numbers, one can realize that the Fast Ethernet has slightly longer delay times than Gigabit Ethernet. Device Requirements : As said before, both these Ethernet types utilize similar devices, but have slightly different requirements.
The Fast Ethernet does not require specific devices, whereas Gigabit Ethernet requires specifically designed cables and Ethernet switches. Thus, it raises the cost of investment. Configuration: Owing to their requirement for special devices, the configuration problems are little higher in Gigabit Ethernet than the Fast Ethernet.
Upgrades: Standard Ethernet to Fast Ethernet upgrade is easy and requires no major investments. However, Fast Ethernet to Gigabit Ethernet upgrade requires major investment and there are several complexities involved in it. Having known the differences between these two types of Ethernet, the selection becomes easy.
If you are still unable to make up the mind it is always better to approach an expert. To execute it, you need to invest in quality devices.
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