City Theatrical to Host Fifth Wireless DMX Webinar

	City Theatrical SHoW DMX Neo line of wireless DMX products

City Theatrical will host a free webinar on Tuesday, January 7, 2014 (11:00am EST, 4:00pm GMT) entitled "Using Specialized Antennas With Wireless DMX." This is the fifth City Theatrical webinar on the subject of wireless DMX and will teach lighting users how antennas work, as well as how using specialized antennas such as panels and yagis can improve the fidelity of wireless DMX broadcasts by overcoming some of the most typical problems faced by lighting technicians, including long broadcast distances or interference from other radio users.

Lighting users interested in improving their skills in the field of wireless DMX are invited to attend this free webinar.

Anyone interested in learning about the technology of wireless can access the first four City Theatrical wireless DMX webinars on the SHoW DMX pages of the City Theatrical website. The first four webinars covered the subjects:
"What You Need to Know About Wireless DMX": A general overview of wireless DMX.
"SHoW DMX SHoW Baby 5": How to set up a simple, plug-and-play wireless DMX system.
"SHoW DMX Neo": How to set up a complex multi-universe wireless DMX system and tune it to meet the needs of a professional show.
"SHoW DMX Vero and Vero Net": How to set up a permanent outdoor architectural wireless DMX system.

The company says users who spend a total of about three hours viewing all five webinars will gain an understanding of the technology of frequency hopping spread spectrum (FHSS), wireless DMX, as well as the other technologies that work with it such as Remote Device Management (RDM), the basics of the electromagnetic spectrum, how to perform a wireless DMX site survey, how to plan their wireless broadcast, and how to use specialized antennas. These webinars also reinforce City Theatrical's wireless DMX strategy of obtaining wireless DMX fidelity while at the same time creating the smallest possible radio footprint and being a good citizen of the radio spectrum by not interfering with other radio users.