SAF Powered Emergency Service Network

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Sedona Fire District, USA

Venue

Sedona is a city in the northern Verde Valley region of Arizona
Sedona Fire District (SFD) serves and protects the mountains of northern Arizona Regions
168 square miles

Solution Overview

SAF Phoenix split-mount radios
Redundant (Public Safety Grade) network
High-capacity hybrid-TDM/IP flexibility for future network upgrades

Services

Fire suppression, emergency medical services, hazmat, special operation rescue services, 24/7, 365 days a year
Radio services to command and coordinate services to ensure public safety

Problem

The SFD has been in service for over 60 years, with rapid growth and expansion within the last 20 years increasing the number of calls that need to be responded to. To ensure that the level of service is maintained, the SFD needed to upgrade its legacy microwave radio equipment that is quickly reaching end-of-life. With the 45mbps limiting operational capacity, and a new set of Public Safety Grade Systems and Facilities guidelines in 2014, the SFD needed to choose equipment that would meet their requirements.

Project Details

SFD laid out the following requirements when evaluating an equipment solution:
- Best effort adherence to reliability and resilience guidelines for Public Safety Grade Systems
- Increased Capacity to provide sufficient overhead supporting future network expansion
- Flexibility to handle legacy interfaces used for analog two-way radio traffic
- Ability for both TDM and IP traffic
- Improved operational costs with lower power consumption and rack space

Solution

After numerous radio manufacturers were evaluated, SAF was chosen for their long-term reputation for quality, technical support and cost to performance ratio. SAF Phoenix split-mount radios would provide the SFD with a redundant PSF network with high capacity hybrid-TDM/IP flexibility for future network upgrades.

Outcomes

Result

Public Safety Grade reliability and resilience level performance
Seamless two-way radio communications backhaul with the native TDM/T1 circuits
Reduced operating costs with highly efficient low power consumption
Increased capacity with room for growth
Space saving 1RU form factor and front facing connections for improved wire management
Time saving user-friendly configuration GUI

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