Find Out More About The Ethernet
Technology is a part of everyday life. However, there are still
some people who may not be up to date on the latest technology, or
indeed understand all the technical jargon. This will not be a problem
if you switch on your computer or other technical gadget and learn to
use it. The Ethernet is just one of those technical jargon terms that
may need a bit of explanation.
To put it simply, this type of technology connects computers together in a network and allows them to access the internet. It was developed in 1973 by Bob Metcalfe, who worked for Xerox Parc. Xerox filed the patent application in 1975 listing Bob Metcalfe and his colleagues, David Boggs, Chuck Thacker and Butler Lampson as the inventors.
This type of technology has continued to develop over the years to meet market demands. Other personal mobile electronics such as mobile phones, MP3 Players iPods and iPads can now be connected to the internet using this service. Today, it would be difficult to find many devices that cannot be connected in this way. That provides individuals with the opportunity and freedom to access the internet whenever they like from where ever they happen to be.
Improvements in technology have also proven beneficial for the manufacturing industries that rely on automation and process control to operate their business. Industrial uses require real time reactions in process control. That immediate response is provided with Industrial Ethernet. Several manufacturers automated systems can be interconnected through a single process plant. The manufacturer can reap the benefits of reduced cost and improved performance.
The simplified technical description is that the Ethernet is a standard communication protocol embedded in both software and hardware devices. The result is the creation of a local area network (LAN). A network interface card is required in each device that is to be connected to the LAN. The Ethernet cable, a network switch and software complete the connection.
Once all the devices are set up and ready for operation, data can be shared across the LAN. Other devices and resources such as printers, fax machines and scanners can be operated and shared by those using the same network connection. The real advantage since they can be operated from other locations than their physical base.
Networks that use the Ethernet can be used for wireless devices. Instead of using cords to connect the devices, radio waves for two-way communications with a wireless switch or hub is used. The switches and hubs have a small antenna allowing for the radio communication feature. The main advantage since there are no cables to get tangled up and perhaps trip over.
Security is always an issue with data. Whether it is personal data or industrial secrets; it is open to abuse if adequate security measures are not taken. Wireless Ethernet can be more difficult to configure for security, but with a little extra care, they should prove to be perfectly adequate. Setting up user and password security can also helps to prevent data from falling into the wrong hands.
To put it simply, this type of technology connects computers together in a network and allows them to access the internet. It was developed in 1973 by Bob Metcalfe, who worked for Xerox Parc. Xerox filed the patent application in 1975 listing Bob Metcalfe and his colleagues, David Boggs, Chuck Thacker and Butler Lampson as the inventors.
This type of technology has continued to develop over the years to meet market demands. Other personal mobile electronics such as mobile phones, MP3 Players iPods and iPads can now be connected to the internet using this service. Today, it would be difficult to find many devices that cannot be connected in this way. That provides individuals with the opportunity and freedom to access the internet whenever they like from where ever they happen to be.
Improvements in technology have also proven beneficial for the manufacturing industries that rely on automation and process control to operate their business. Industrial uses require real time reactions in process control. That immediate response is provided with Industrial Ethernet. Several manufacturers automated systems can be interconnected through a single process plant. The manufacturer can reap the benefits of reduced cost and improved performance.
The simplified technical description is that the Ethernet is a standard communication protocol embedded in both software and hardware devices. The result is the creation of a local area network (LAN). A network interface card is required in each device that is to be connected to the LAN. The Ethernet cable, a network switch and software complete the connection.
Once all the devices are set up and ready for operation, data can be shared across the LAN. Other devices and resources such as printers, fax machines and scanners can be operated and shared by those using the same network connection. The real advantage since they can be operated from other locations than their physical base.
Networks that use the Ethernet can be used for wireless devices. Instead of using cords to connect the devices, radio waves for two-way communications with a wireless switch or hub is used. The switches and hubs have a small antenna allowing for the radio communication feature. The main advantage since there are no cables to get tangled up and perhaps trip over.
Security is always an issue with data. Whether it is personal data or industrial secrets; it is open to abuse if adequate security measures are not taken. Wireless Ethernet can be more difficult to configure for security, but with a little extra care, they should prove to be perfectly adequate. Setting up user and password security can also helps to prevent data from falling into the wrong hands.
Are you looking for more information on Ethernet services? If you are considering to get Ethernet network, review the information here to find out more.
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