Internet connection types may vary according to the basic needs of different environments, such as home or business, but there are standards with both low and broadband lines. Broadband lines, in particular, typically refer to and provide high-speed Internet access.
A satellite network has a ground-based station that uses a transceiver to control it. The network also has ground stations for users to send and receive communication through the satellite system.
The BGAN (Broadband Global Area Network) technology is a satellite network that offers fast voice and data connections. It uses small terminals that are similar in size to a laptop.
Network topology refers to organizing and designing a network. It allows computers in a network to communicate and share data.
A NIC (Network Interface Card) is a card that goes into a computer to connect it to a network. It allows the computer to share documents, printers, and internet access.
BGP, or Border Gateway Protocol, helps networks talk to each other. It’s like a language for exchanging directions between different parts of the Internet. Big internet companies have their ways of working.
Thus, using BGP is essential to make sure they can all talk to each other. It makes data flow smoothly between these different parts of the Internet, making sure everything works efficiently.
VTP (VLAN Trunking Protocol) operates on Layer 2 of the OSI model. It configures and manages VLANs on Cisco network devices.
LACP (Link Aggregation Control Protocol) allows port grouping to convert many physical ports of a switch in the network to a single logical channel. Additionally, the IEEE (802.3ad) document defines this protocol.
The Port Aggregation Protocol (PAgP) is a proprietary technology developed by Cisco. It facilitates the seamless establishment of EtherChannel connections.
This technology combines physical links between switches. It creates a single logical link, providing increased bandwidth and redundancy. Furthermore, it enhances network performance significantly.
EtherChannel groups ports together to create a single strong connection, which we call Port Aggregation. We do this to transfer data more efficiently by evenly spreading it across all the ports.
Combining many physical connections into one logical link makes our network work better and faster. It also becomes much more reliable, making things less likely to go wrong.
