Viavi Solutions Inc. introduced the CX300 ComXpert, a comprehensive communications test and alignment solution in an easy-to-use, ruggedized form factor. The CX300 is the first LTE-ready radio test set equipped to test both radio and broadband network infrastructure, helping today's radio technicians ensure complete communications coverage. The CX300 will be on display at the International Wireless Communications Expo 2021, September 29-30, at VIAVI Booth #473. As the global public safety radio market rapidly transitions from analog to digital, many mission critical services have started using secure LTE technology to supplement data and voice communications. Offering an unparalleled frequency range up to 6 GHz, the CX300 is designed with advanced frequency, power and modulation analysis instruments to support all analog and digital land mobile radio and professional mobile radio protocols, as well as private LTE networks. The CX300 incorporates the industry-leading suite of VIAVI automated test applications, trusted by radio manufacturers and service centers worldwide for fast, repeatable and accurate test and alignment. Individual and overall pass or fail flags further simplify go/no-go testing, helping to eliminate errors. In addition, the CX300 enables technicians to conduct full vector s-parameter measurements and directly connect to the device under test without the need to carry extra accessories. Product Features: A large color touchscreen, paired with an innovative, browser-like user interface, lets technicians quickly navigate between test setups. Frequency range from 100 kHz to 6 GHz. Intelligent color-coded meters for at-a-glance test verification. Built-in two port Vector Network Analyzer for easy infrastructure cable and antenna testing. VIAVI Auto-Test applications for all major LMR and PMR radios. Cloud-based VIAVI StrataSync integration for asset, configuration and data management. VIAVI Smart Access Anywhere allows the test set to be remotely controlled using Windows, Android and iOS applications.