skip to content
Cerrar sesión

Sesión caducada

Device Diagnostics

Consistent Over-the-air Monitoring and Diagnostics of Subscriber Device Health and Performance.

Diagnóstico de Dispositivos

Minimizes Downtime, Lowers Costs and Ensures FCC Performance Mandates Are Met.

Today more than ever, government agencies and public safety departments are required to find ways to do more with less. Keeping your existing equipment operating at peak performance is often at the top of the list in an effort to control costs.

With our Device Diagnostics service trunked system users get an over-the-air radio waveform analyzer that monitors frequency performance. This method determines whether individual subscriber units are functioning properly and meeting FCC performance requirements.

Identifying problems before they become an emergency situation saves you time and money and avoids productivity issues associated with subscriber downtime and maintenance.

Contacte a ventas

COMPARTIR ESTO EN

CONÉCTESE CON NOSOTROS EN

Back
Device Diagnostics
Información de servicios
Ir a ...
Back
Device Diagnostics

Características

    Minimizes downtime
    Units that do not require repair will no longer need to be brought into the shop for testing

    Lowers costs
    Technicians no longer have to take the time to test otherwise healthy devices

    Better diagnostics
    More concise and faster diagnostics for subscriber units that do not meet specs

    Increases productivity
    Gets your radios back in the hands of your users more quickly

    Helps ensure FCC performance requirements are met

    • Frequency Error: Provides the difference between the licensed channel center frequency and the center frequency of the received signal (in Hz)
    • Frequency Deviation: Reports the difference between the center frequency of the received signal and the modulated frequency
    • Frequency (Error) Variation: Provides an indication of how stable the frequency is throughout the entire message
    • Maximum Frequency Deviation: Measures of how far the maximum modulated frequency component is from the center of the licensed channel (in Hz)
    • Probable Emission Mask Non-Compliance: Determines which subscribers are likely to exceed the FCC Emission Mask by monitoring the frequency error, frequency deviation and maximum frequency deviation