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Smart Industry 1/2019

Smart Industry 1/2019 - The IoT Business Magazine - powered by Avnet Silica

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moisture, can have a catastrophic effect<br />

on housed circuit boards.<br />

Threats from All Angles<br />

To meet industry needs for rugged<br />

IoT-capable antennas, manufacturers<br />

have begun to develop extensive,<br />

enterprise-grade ranges specifically<br />

tailored to resist challenging and remote<br />

conditions. Antennas that incorporate<br />

waterproof N-type connectors<br />

are ideal because they are highly<br />

resilient to shock, vibration, and other<br />

physical disturbances, as well as being<br />

IK09 rated against external impact<br />

up to 10 joules.<br />

Mushroom-style antennas in particular<br />

are designed to enable IoT applications<br />

and support key communications<br />

standards such as Wi-Fi, LoRa,<br />

and LTE for greater data speeds, low<br />

power consumption, and long-range<br />

transmission. These low-profile designs<br />

reduce the threat of vandalism<br />

or strike damage and are typically<br />

IP67-rated (impervious at a meter’s<br />

depth for half an hour) for protection<br />

against dust and moisture.<br />

No One-Size-Fits-All<br />

Flexibility is a key consideration<br />

when implementing IoT projects.<br />

Each deployment has specific hardware<br />

requirements – and indoor or<br />

sheltered IoT deployments may not<br />

require rugged hardware. For this<br />

reason, it is important for designers<br />

to identify an antenna that offers<br />

multiple connectivity options for<br />

greater customization, whether this<br />

is N-type connectors, jack plugs, or<br />

SMA pigtail cables. If the scope of a<br />

wireless project changes from 3G<br />

connectivity to GPS, for example, designers<br />

must take care to ensure suitable<br />

antennas are available from the<br />

same range to ensure project continuity,<br />

interoperability, and comparable<br />

protection levels over the entire<br />

project.<br />

Test is Best<br />

GTT Wireless operates a dedicated<br />

component IP67 testing facility to<br />

verify the durability of its N-type antennas<br />

to ensure the aerial will not be<br />

the weak link of an ambitious wireless<br />

project.<br />

The company strongly encourages<br />

designers to test interoperability by<br />

using a visual design tool to demonstrate<br />

how compatible antennas can<br />

be integrated into an enclosure. This<br />

is particularly important when selecting<br />

an accompanying variable-sized<br />

rugged enclosure to ensure seamless<br />

integration of all components. Each<br />

component should be color-coded<br />

Magic Mushrooms<br />

Mushroom-style<br />

antennas reduce the<br />

threat of vandalism<br />

and strike damage<br />

and are protected<br />

against dust and<br />

moisture.<br />

Out and About<br />

With widespread use<br />

of GPS in agriculture<br />

to monitor vehicles<br />

and machinery over<br />

an extensive area,<br />

hardware needs to<br />

meet lots of new<br />

challenges.<br />

for instant identification to support<br />

easy installation, especially for largescale<br />

deployments with hundreds of<br />

units.<br />

Time to Connect the Dots<br />

Deploying IoT for real-time, remote<br />

applications, such as vehicle movements<br />

and operations across a large<br />

area, can give a major competitive<br />

advantage, but this can be compromised<br />

by the unreliability of poorly<br />

protected off-the-shelf components.<br />

Although SMA connectors certainly<br />

have a role to play in many wireless<br />

projects, there is little doubt that<br />

N-type connectors are now a key<br />

component for outdoor or remote<br />

wireless deployments. As IoT technology<br />

continues to mature and the use<br />

cases expand, it is vitally important for<br />

businesses to start to implement resilient<br />

outdoor connectivity now.<br />

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