As rail operators encourage more people to consider public transportation, new connectivity technology is enhancing the customer experience. From personal internet access via smartphones to instant onboard entertainment options to up-to-date travel information, passenger demands on public transportation continue to increase. These offerings are no longer luxuries; they’re necessities to an industry that is Read More >>
We live in an age of technology disruptions. But 5G will make even bigger disruptions possible. We are about to experience a major transformation in the area of wireless communication. Cellular communication networks have been on a path of continuous evolution since the first analog phones were introduced in the 1980s. With 1G starting at Read More >>
Versatile wireless Ethernet gateway products can streamline designs and clean up complex cable situations. Wireless Ethernet gateways are a versatile all-in-one product, combining the function of a wireless access point with a router, while also serving as a firewall. Adding these devices to a design provides wireless connectivity to multiple users and pieces of equipment. Read More >>
The requirement for reliable, rugged connectors in transit and transport has never been more important By: Engineering Staff, Elma Electronic Rugged Connectors Ensure Reliability for Data-Driven Railway Applications Despite the unknown changes afoot with the new U.S. administration, railway as a means of mass transport and transit isn’t going anywhere anytime soon. Over the Read More >>
In the early 1970s, a revolutionary architecture known as 1553 Data Bus was introduced. Based on a bussing concept that uses a bus controller to communicate with the various systems, this robust and reliable architecture transfers speeds at 1MHz. Although still in use today on many avionic platforms and weapons systems, replacement strategies utilizing Read More >>
Huge growth in sensors is helping fuel a shift to Ethernet and other alternatives as a way to reduce the bulk of wiring harnesses. Connector demand should grow as more modules are added. Vehicle Networking The number of sensors on passenger cars has exploded over the past few years, and there’s no sign of Read More >>
While telecom networks progress beyond 100G, local area and data center networks have more data rate choices than ever before. The coming of age of Ethernet has brought with it many different networking applications. Carrier Ethernet is embarking on wider adoption along with Ethernet over optical transport networks (OTNs). In the mean time, Read More >>
As networks are required to move more data faster than ever before, Bishop & Associates’ Lisa Huff looks at the current state of data center networking and makes her forecast for the future. Ethernet dwarfs other networking technologies in the data center market with 10G, 25G, 40G, and 100G data rates currently being used, Read More >>
400G, 100G, 50G, 25G, 10G, 5G, 2.5G, 1G: What combination of data rates is right for your LAN? † Ethernet has dominated data communications for a very long time. In the next few years, we do not expect this to change but, in fact, to proliferate. Today and in the near future, there will Read More >>
TE Connectivity has shown that a data transmission rate of 100Mb/s can be achieved with standard automotive connectors. There are signs that car manufacturers will opt for Ethernet data bus technology in the future. Its advantages include tremendous topology flexibility and high data transmission speed. Furthermore, Ethernet is a strong contender for the seamless integration of Read More >>
February 5, 2013 – Recently, the IEEE 802.3 Higher Speed Ethernet Consensus Ad Hoc group decided to focus its efforts on the next data rate of 400 Gb/s. The evolution of Ethernet technology hasbeen nothing short of remarkable: The next speed is in development before the current one has even reached the masses.
Since its development in the early 1970s, Ethernet has constantly evolved to support emerging demands of local area computer networks. Ethernet originally used a shared coaxial cable as its communication media, but migrated to unshielded twisted-pair, point-to-point links that increased bandwidth as well as reach from local area networks (LANs) to wide area networks (WANs). Read More >>
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