

less than ideal.We always encourage our clients to rely on one PC vendor so things are standardized across the ne. They've got HPs, Dells, and Lenovo laptops across the facility. Starting at a new client for my consulting job.

Ethernet status speed 1gbps full#
So your 130Mbps may not be full 130Mbps as well When you do a trace route to a site (example ), you will see the data going to many places (or hops) before it reaches its destination then returns back to your machine. There are many overheads when talking about Internet connectivity (as compared to LAN). So even if you have a 4 port 1Gbps switch, you should be able to transmit full 1Gbps to 2 other machines at 1Gbps. For example, a 24 port 1G switch maybe able to handle from 8Gbps to 16Gbps, which means that if all the ports are used, the switch can handle that certain amount of data flowing through it. Most 1G or 10G LAN switch offers full duplex at the speeds they are designed for.but there is also a throughput which the switch can handle. So a 1000 Mbps may effectively transfer at 800mbps or so. Its like a phone call where you say hello, the other side says hello, then u ask for the person, and the other side says he/she is that person.then you start chatting. There is some networking overheds that use up bandwidth.every ping, there is pong, ack and ack ack (acknowledgement).

The speed is 1Gbps (Giga bits per second).this easily translates to 125MBps (Mega bytes per sec). There are a few concepts you may need to understand about LAN switches (ur case is Integrated switch and modem) vs Internet connectivity. The short answer is that most Gigabit hardware will guarantee a full 1Gbps under normal circumstances.
