As EDN has reported over the last two years, 56 Gbit/s links are moving to PAM4 signaling as a way to overcome channel bandwidth issues. As this modulation technique takes hold, you'll need to ...
As most readers of this magazine know, GPS, like the other three GNSS, consists of three segments: the space segment — i.e., the satellites; the control segment — i.e., the monitoring and control ...
Interesting Engineering on MSN
New wireless method achieves tenfold boost in 6G signal direction accuracy
By controlling radio waves with engineered randomness, the technique achieves directional accuracy within one-tenth of a ...
Press ReleaseNokia and Rohde & Schwarz collaborate on AI-powered 6G receiver to cut costs, accelerate time to marketAI-powered receiver ...
A method of decoding an unknown pseudorandom noise code uses a conventional GNSS antenna and receiver with modified firmware. The method was verified using the signals from the Galileo In-Orbit ...
With unlimited capacity, the ability to work with any format, and the lowest signal error percentages in the industry, the DICE Corporation Software Receiver (DCSR ...
AgilentTechnologies Inc. has introduced the industry’s first de-emphasis signal converter. The Agilent N4916A enables design and test engineers to accurately and conveniently characterise gigabit ...
UNSW researchers have developed the first Australian receiver that can pick up both the L1 and L2C GPS frequencies, as well as the signal from the first prototype Galileo satellite. "We are the first ...
TV signals can go where no GPS transmission has gone before, like inside buildings or deep into urban geography. And that makes them attractive for terrestrial-based radio location-positioning systems ...
Christian Watson almost ruined this story. After Week 9, when Green Bay lost at Detroit after putting up only nine points, a question began to take shape: Why is it so hard to be a rookie wide ...
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