6 | www.pmiradios.com Finding the right solution Motorola Solutions (MSI) has nearly 100 years in safety and security. In a world where communication technology is always evolving, one thing remains constant: There is no substitute for voice. MSI’s business and commercial two-way radio systems ensure your staff is always connected with easy-to-use, lightweight two-way radios. Designed to enable quick, discreet and efficient communication for businesses of all sizes. MSI’s MOTOTRBO™ professional two-way radios are operations-critical radio products, designed for professional and commercial communications. The comprehensive MOTOTRBO radio portfolio includes rugged portables, sophisticated mobiles and robust, versatile infrastructure. First time two-way radio communication buyers are often unsure what type of radios they should purchase. They want to know what the differences are between VHF, UHF, 900 MHz, Wi-Fi and LTE radios and the benefits of digital radios over analog. We hope the information below helps your decision-making process. Finding the right solution VHF, UHF, 900 MHz, Wi-Fi and LTE VHF, UHF, 900 MHz, Wi-Fi and LTE refer to the frequency bands and networks Motorola Solutions radios operate on. Each frequency band and network has its strengths and weaknesses. Choosing the right frequency band or network is a crucial decision, and it can make or break the effectiveness of your communication system. Our experienced factory-trained experts are ready to help you find your solution! VHF, UHF, 900 MHz Use of the radio frequency bands in the United States is regulated by the Federal Communications Commission (FCC). Certain frequencies within each band have been designated for use by radios as well as by other services. In the United States, the frequencies used for these systems may be grouped into four general bands or ranges: low-band VHF (49-108 MHz), high-band VHF (169-216 MHz), low-band UHF (450-806 MHz), and highband UHF (900-952 MHz). VHF represents “Very High Frequency” while UHF represents “Ultra High Frequency.” Very High Frequency (VHF) The most common VHF frequency range for Land-Mobile Radio (LMR) systems spans 138-174 MHz. The most prominent feature VHF offers is its exceptional wide area coverage. VHF signals are known for traveling long distances, making them an excellent choice for outdoor applications that require wide-ranging coverage. There are analog and digital VHF two-way radios, with some being capable of doing both. If you’ve never used two-way radios, choose digital because they provide far superior audio quality, better signal range and functionality and longer battery life. Two-way radios for use outdoors Two-way radio communications in this category in the VHF frequency range offer the best coverage outdoors. Even though VHF two-way radios work indoors, and UHF two-way radios work outdoors, VHF signals offer better coverage in wide open spaces than UHF radios. If your daily coverage needs are primarily outdoors, VHF radios are the way to go unless you need a Push to-Talk Over Cellular (PoC) solution that provides nationwide coverage over an LTE network. Industries that typically use VHF two-way radios include agriculture, construction (highway), education (school buses) and transportation. Ultra-High Frequency (UHF) The most common UHF frequency range for LandMobile Radio (LMR) systems spans 450-470 MHz. UHF frequencies are known for their remarkable performance inside buildings, making them an excellent choice for businesses that operate primarily within structures like warehouses and office complexes. UHF two-way radios are the most used today. UHF is an all-around better signal when using radios indoors, like buildings or around cities. There are analog and digital UHF two-way radios with some being capable of doing both. If you’ve never used two-way radios, choose digital because they provide far superior audio quality, better signal range and functionality, and longer battery life. Two-way radios for use indoors The best two-way radios for indoor users are UHF, 900 MHz and or Push to-Talk Over Cellular (PoC). These two-
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