每月档案:September 2018
Enter the Automotive Ethernet Era
The global networking protocol familiar to us as Ethernet, is making its way to the intelligent, Internet-connected car by beating out rival protocols CAN, LIN, and MOST in the race to speed and flexibility.
Why Ethernet?
Ethernet provides easy and accurate networking inside a self-driving vehicle. It lets the in-vehicle computer synchronize to automotive sensor units like Cameras, RADAR, LIDAR, and Ultrasound at Gigabit rates to perform with optimum pas (阅读更多)
Evolution of Data Communication Standards
As the computer industry grows, data centers are going through a constant evolution to meet the increasing data management demand. Data centers have to change to accommodate the new designs, increased complexity, higher speeds, and higher densities.
Server racks were initially designed to support early data center design and development. However, the constant changes lead to the requirement of creating a common connector interface or standard.
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Millipacs®- Cost-effective upgrade solution for Data Rates up to 25Gb/s
Millipacs® 2.00mm Hard Metric (HM) backplane connectors were launched during the 1990s when most of the applications required few hundreds of Gigabit data rates.
With special signal pinning and adequate provision of ground pins, data rate enhancement up to 3Gb/s was possible. Due to the need for improved signal integrity and higher bandwidth, Telecom and Data markets demanded connectors with higher speed and differential signals.
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Smarter Vehicles - CAN Bus to Automotive Ethernet
Automation of vehicles has improved to new levels that driverless cars will be common in the near future. With the exponential increase in high-tech function, data and processing comes the demand for faster data transfer. All major players in the industry need solutions that support higher speed, enhanced reliability and increasing safety standards.
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Investing in Cleaner, Greener, and Safer Rides
Electrical vehicles comprising of cars, buses, and two-wheelers, offer a noiseless and comfortable ride. These vehicles carry rechargeable batteries that power the electric motors responsible for the propulsion. Performances of these batteries are defined by how long and how far they can propel the vehicle before running out of charge. The motors are far quicker than a conventional combustion engine in achieving the desired rotation and allows for a better acceleration of th (阅读更多)
