Chicomm Blog

In manufacturing environments, radios are a given, smartphones are proving to be less than ideal, and WiFi phones are holding their own.

As wireless communications helps power advances in manufacturing technology, advanced connectivity is making purpose-built WiFi phones a solid option for everything from the front office to the factory floor.

With the unique requirements of the industry in mind, here’s a quick look at some benefits of WiFi phones for manufacturing.

No part of the hotel and resort experience is immune from today’s fast-moving hospitality technology trends, and that includes connectivity in lobbies and lounges.

No longer is the lobby a pass-through point or the lounge a place just for breakfast and happy hour. Business travelers, in particular, want connected communal public workspaces where they can hold informal meetings, socialize with their smartphones and finish up the day’s work.

So let’s take a look the hospitality technology trend of connected lobbies and lounges.

Ask for manufacturing technology examples, and most people will list the usual suspects of manufacturing engineering technology.

The Industrial Internet of Things, or IIOT, 3-D printing and cloud computing get all of the attention, but there is more innovative manufacturing technology out there to explore.

Here are three surprising manufacturing technology examples to keep things interesting.

For healthcare users, radio frequency identification, or RFID, isn’t just convenient technology, it saves lives.

Healthcare technology leaders say being able to electronically track medication, assets and people has increased patient safety and decreased mistakes due to human error.

With safety in mind, here’s a quick look at three healthcare uses for radio frequency identification.

In the hospitality business, delivering a flawless guest experience requires seamless communications, from before guests arrive, to the duration of their stays, to after they check out.

It’s hard to imagine now, but manufacturing technology used to refer to the handmade tools people used in their homes to produce their own food, clothing, furniture and everything else they needed for daily life.

At a time in history when we can have almost everything we need delivered to our doorsteps in less than two hours, that seems like a million years ago. Thanks to increasingly rapid advances in manufacturing engineering technology being driven by innovation in wireless communications, the world has changed more quickly than our ancestors could have dreamed.

For you history buffs, let’s take a look at how wireless communication is tied to the evolution of manufacturing technology.

What does WiFi stand for? Well, everyone knows that. It stands for wireless fidelity. Right?

Wrong. But good guess! It’s a misconception that has been plaguing the ubiquitous term since its very beginning. In fact, few things that are so widely used are as widely misunderstood in terms of naming.

What does WiFi stand for? We bet you’ll be surprised.

Captain George Rabiela has retired from the Chicago Fire Department, but he and his companion Brady the Fire Dog are still having a positive impact on people’s lives.

ChiComm has been fortunate to volunteer alongside Captain George at the Chicago Firefighters Union Local 2 Toy Parades, and we recently donated a lightbar to his efforts to help others.

We’re thrilled to introduce you to two of our favorite partners and tell you about their inspiring work.

When Georgia Institute of Technology Professor Thomas Kurfess asks new students in manufacturing engineering technology programs what they know about the industry, they reply: “Henry Ford.”

“They think it’s dirty and nasty, but if you go to a modern manufacturing facility today, it’s really clean and high-tech,” Kurfess told EdTech Magazine for a recent article. “It’s one of those things where you need to keep up with your training, because you’re using computers heavily.”

The Atlanta school’s new Advanced Manufacturing Pilot Facility was built in collaboration with Delta Air Lines, and it’s part of the renaissance in manufacturing engineering technology education going on across the country.

With two new additions to the MOTOTRBO portfolio, Motorola Solutions is delivering the future of professional two-way radios and repeater technology today.

The new SL3500e portable radio is a study in contrasts that’s been designed for business users: It’s small but powerful, sleek yet durable. The SLR 1000 repeater also packs range-extending punch in a compact design.

Let’s take a look at both products that represent the future of professional two-way radios and repeaters.