The use of wireless devices in our daily life has grown exponentially in the past few years. Many enterprises are installing a large number of wireless devices to perform business transactions, and ...

Wireless Ethernet has great potential as part of a modern security network. For many, the thought of using wireless Ethernet holds great potential; for others, there is fear and uncertainty, with ...

Not a wireless engineer? Got a C in your college class on Maxwell's equations? And you want to add wireless functionality to your next project? Don't worry about it— it's easier than you think.

Wireless network design is complex. Communications engineers are involved at the core of the effort, of course, but other constraints associated with the deployment of the antenna network need to be ...

For most organizations, whether designing a wireless network for a greenfield deployment or augmenting an existing one to accommodate 6Hz, there are several factors to consider for Wi-Fi 6E. Any ...

The network planning and design methodology is an engineering life cycle that supports technical initiatives such as Windows migration, IP telephony and wireless design to name a few examples. The ...

The design cycle is a little different when the product is wireless and requires an antenna. Antennas change the design process, because it needs to be located with care, in the best position on the ...

Drexel University’s College of Engineering is part of a $10 million research and development effort led by Princeton University and backed by the National Semiconductor Technology Center (NSTC) to ...

Mikros Systems Corporation, announced that it was recently awarded two new U.S. Navy contracts. The contracts cover follow-on work based on Mikros' AIRchitect-EMC wireless network design tool, ...

In your 21st-century office, employees carry laptops and cell phones. They want to move from office to neighboring office to conference room at will, and access the Internet as well as your internal ...