Two Way Radios Ensure Safety of SnoCross Racing Officials & Racers

Great Lakes Snocross (GLX) teaches the sport of SnoXracing in a safe and positive environment and is known as the “Southern most Snocross organization” in the country. GLX is a Not for Profit organization and one big extended family with everyone helping each other with parts, repairs, and support throughout the season.  Racing occurs pretty much every weekend from January to mid-March, with practices taking place a couple evenings during the week. Chicago Communications has been supplying the organization with rental radios and equipment for the past 5 years. The radios are used on the track by all of the crew members, who also use ear muff headsets to eliminate the noise of the snowmobiles during communications.  The track crew consists of workers at designated positions around the track who start the races, watch for accidents and flag riders by waving yellow flags to slow/avoid, watch for illegal moves made by riders which may cause him/her to be disqualified, and monitor the finish line.  The radios enable the workers to talk with each other before, during, and after races, as well as communicate with on-site emergency medical staff, and the race announcer and race director in the track tower.  Essentially, they make full communication possible throughout every race event.

ET Phone Home: Smartphones and Crime prevention (Guest Author)

One of the downsides of any form of new technology is that it is inevitably expensive and attractive to thieves. Over the years, burglars have focused on Video Recorders, DVD players, and, now, Flatscreen TVs. Car thieves have moved from car radios via CD players onto SatNavs, although even those are no longer of sufficient value to interest most opportunists.

In the same way, the advent of mobile phones has been responsible for a sharp increase in the number of muggings, mainly with young people as both perpetrators and victims. This particular crime wave has been revitalized over the last couple of years by the launch of expensive smartphones such as the iPhone, Samsung Galaxy, etc. These, along with Tablet computers, retain very high re-sale value and are therefore very robber-friendly.

The Allerton Hotel has been around since 1924, boasting many impressive credentials including its classification as a historic landmark of Chicago and its unique Northern Italian Renaissance architecture. It has a rich history of being one of the city’s most exciting social hot spots, and was originally operated as a club hotel for men. The 26 story historic building consists of 12,000 square feet of meeting and event space in addition to its 443 guest rooms, all of which is made operational by the hotels' 225 employees.

    At any given time there’s about 40 employees using portable radios across the Engineering, Security, Housekeeping, Room Service and Banquet/Event departments. In the hospitality industry, meeting guest's expectations is crucial, so timing and coordination are essential to achieving rapid response times. Communicating instantly and efficiently amongst your staff is critical to providing excellent service and customer satisfaction. Whether it’s getting a guest extra towels to the room or responding to an electrical issue on the roof, the operator stationed at the base station relays the message and dispatches the respective department to respond right away. Two way radios expedite guests’ requests in a timely manner and keep the operations running smoothly on a day-to-day basis.

"Can You Hear Me Now?"--Dead Spots Are Still A Problem Indoors

      There’s no doubt about it: the future of communicating will rely on wireless technology. Smartphones have become a necessity and their users expect the ability to stream video, e-mail, text and download everywhere they go. In fact, according to a recent Ball State Institute for Mobile Media Research study, 99.8% of all college students use some kind of mobile device or cell phone on campus, making colleges one of the most wireless communities in the United States. And while commercial carriers boast the ‘most coverage’ and the ‘largest networks’—their claims often aren’t providing reliable coverage inside buildings. For large buildings, venues and campuses, distributed antenna systems are the widely used platform in improving wireless coverage.     

 Digital Radio Will Make Your Job Easier, Trust Me!

     There isn’t a day that goes by that I’m not looking for a communication puzzle to solve. I’ve got decades of technical expertise and I’ve got no problem telling you like it is. And for many, many years I would have told you to stick with analog radio, all the way. It’s always been the simple choice for reliable communication. But there’s a new technology in town, and it’s paving a path that’s here to stay.

     Whenever new products and technologies make an entrance in the market, I’m sure to do extensive investigating.  With technology moving as fast as it does these days, I’m not about to hop on a fad that’s about to be replaced next month. But the thing about digital radio is, that even though it seems like the smart phone equivalent of a radio (which it is) it’s got a reputation for solving communication problems that speaks for itself. Sure there are several new flashy  features, such as texting or it’s capablity to hold dozens of newly developed applications like both GPS tracking and work ticket entry/update, which is enough to grab my attention. But the important consensus I’ve come to with digital radio, is that it solves just about all the common issues you hear from radio users. 

     If we are to remake the movie The Graduate today, what one-word advice would you give to Benjamin Braddock (Dustin Hoffman’s character)?  Obviously not “plastics”.  Most people would probably say “wireless” or “mobile”.

     Indeed, the technology of wireless communication has profoundly changed the way we work, live, and interact with each other.  Along with it comes the expectation that people should be able to use their wireless devices whenever and wherever.  Commercial wireless providers (cell phone carriers) want to maximize revenue from their customers and encourage them to use their phone/tablet/laptop as much as possible.  At the same time, public safety agencies are also demanding reliable radio coverage wherever their personnel may be called upon to perform the mission critical tasks. Since the vast majority of the people spend the vast majority of their time indoor, it’s natural that RF in-building coverage has become a fast growing market in the recent years. 

 6 Myths are busted by the facts!   

     So first let's address: Is Wireless Broadband for real? Yes, it very much is. It's being deployed in every type of business from Education to Retail to Manufacturing to Public works.  Wireless PTP solutions are ruggedized for 99.999% reliability to deliver exceptional performance at the most extreme temperatures and under the most difficult weather conditions. They deliver the speeds to support today’s in-demand bandwidth-intensive solutions, including high-speed residential and business access, streaming video and VoIP. The following are 6 common myths associated with wireless broadband revealed in truth by Cambium Networks.

#1 Is Wireless Broadband Complicated?

Myth: "These systems must take months to design and install."

Fact: A leased line replacement can be designed in minutes (with a free software tool). Installation is typically one day.

For Those Seeking Clarification On the World-Wide Web of Wireless Broadband Confusion

     Broad-band is also a broad term. Typically used to identify large amounts of data transferred from one location to another, this can also be accomplished wired or wireless-ly. For most of us we know broadband in the form of the cable TV modem that comes to your home. The more bandwidth the faster your download and upload speeds for surfing the web. For business, it usually means a T1 or some other type of data circuit between two locations acting as a pipe to transfer information.

     Years past, a simple phone line was sufficient to provide a voice connection to talk with someone at another location. From the inception of the Internet, we have taken that simple analog voice line and attempted to cram 1000’s of squarewave bits through it. The problem lies in the configuration of the wave form. Back in the early internet days, slow speeds could be easily achieved as simple modems could send data at speeds of up to 56Kbps (kilobits per second). That 56Kbps line equated to 56,000 bits per second. Today we are sending 1,000,000,000 bits per second.

Meet Our Techs: The Experience Behind ChiComm

It’s not often I sit down with a technician who’s been around long enough to experience significant political events, numerous civil rights movements, several wars, plus the development and infancy of several revolutionizing technologies. Realizing I have a small space here to summarize our discussion, I will do my best to highlight the most relevant of Bill’s path to ChiComm.

ChiComm Employee Spotlight: Mary Smerz

     If our company was a family (which some already like to think of it as) then Mary would be the Mother of the office. When people need something they come to Mary for help and it's been that way for the majority of her 34 years with Chicago Communications. When she started at the Schiller park shop she was only hired to come in and help for a couple hours a day. But as time went on, Mary's role began to grow and she got involved in more parts of the business.