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Hi ,
 
Welcome to the September edition of the Day Wireless newsletter. Each month we bring you the latest news and special offers from the wireless communications industry. Please contact us today if you have any questions.
 
 
HOW NEW DISTRACTED DRIVING LAWS WILL AFFECT YOUR BUSINESS IN WASHINGTON, OREGON AND CALIFORNIA
 
This year, Washington, Oregon and California tightened restrictions regarding the use of handheld devices behind the wheel. These changes were all modifications to the original “hands free” or “distracted driver” laws in these states; laws that required updating and modernization. The new laws in these states focus on the act of holding an electronic device as the violation, and no longer require active texting or talking to earn a citation.

In 2016, 40,200 Americans died in automobile-related accidents. This represents a 6 percent increase over 2015, and an aggregate increase of 14 percent since 2014. The National Safety Council (NSC) partially attributed this increase to a healthy economy, which means more people on the road for both work and pleasure. However, NSC’s research more heavily implicated distracted driving, caused by handheld devices such as smartphones, as the culprit. Given this data, reducing the use of handheld devices on the road is warranted.

But many businesses rely on in-transit communication to complete operations-critical tasks every day. These professionals still need instant communication, but they must also comply with the law by communicating in a way that is conducive to roadway safety.
 
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TO GAIN OR NOT TO GAIN...THAT IS THE ANTENNA QUESTION
 
When looking at mobile two-way radio coverage, many users jump to the conclusion that the higher the gain rating is on an antenna, the better the coverage. That is not necessarily the case. In this blog, we take a look at the conditions that may affect coverage and help you select the appropriate gain antenna for best results.

Antennas do not make power; they only propagate radio waves. Different antenna designs have different propagation patterns. Unity gain (equivalent to 0 dB gain) 1/4 wave antennas propagate RF in an omnidirectional, or circular pattern. Since an antenna does not make power, increasing gain in one direction will decrease propagation in another. Typically, antennas with gain will lose the vertical propagation or “roundness” of the pattern and become flattened and elongated with the higher gain antenna you choose. As you can see in the illustration, using a gain antenna may cause poor performance in a hilly environment.
 
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DAY WIRELESS GETS A NEW GRID TESTING TOOL FOR COVERAGE REQUIREMENTS
 
A few weeks ago, our service and engineering teams were able to do some on-site training with their new test equipment. The PCTEL test gear allows simultaneous measurement of multiple bands including VHF/UHF/800/cellular during a single measurement survey.
 
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Day Wireless Systems (Corporate Office)
4700 SE International Way
Milwaukie OR 97222
 
Phone | (503) 659-1240
 
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