Saturday, November 23, 2024

CPS Energy and Mission Critical Partners Collaborate on Successful Land Mobile Radio System Upgrade

CPS Energy and Mission Critical Partners (MCP) announced the completion of the Alamo Area Regional Radio System (AARRS), an event marked by the cutover of the final agencies that are joining the system.

MCP was hired by CPS Energy — an electrical and gas utility owned by the city of San Antonio that provides service to the city and portions of seven adjoining counties — to support the procurement and implementation of a new Project 25 (P25), Phase 2 land mobile radio (LMR) system to replace three legacy LMR systems that had become obsolete.

“Field personnel — especially emergency responders — need clear, strong, and reliable communications at all times, wherever they are located at any given moment,” said Darrin Reilly, MCP’s president and chief executive officer. “We’re proud to have played a role in executing an important system upgrade that delivers this vital capability.”

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One legacy system was owned and operated by CPS Energy. The other two systems were owned by the city and used by its police and fire departments and the sheriff’s office, county fire departments, and smaller public safety agencies within the county. The legacy systems all suffered from similar issues, with the most significant including:

  • Inadequate coverage, i.e., the ability of field personnel to access the system regardless of where they were located.
  • Inadequate capacity, i.e., the ability of field responders to access the system simultaneously whenever it was necessary.
  • Inadequate reliability, which largely is a function of the legacy systems reaching end of life. According to the National Public Safety Telecommunications Council (NPSTC), public-safety radio systems should offer uptime of 99.999 percent.

Specific support provided by MCP during the project includes:

  • A comprehensive assessment of the legacy systems, which resulted in recommendations about the new radio system, particularly concerning system design
  • Development of technical specifications for the system
  • Oversight of all construction and equipment installation, system staging, testing, and implementation
  • Development of service-level agreements with the selected vendor
  • Field testing of radio coverage in more than 20,000 1/4-mile and 1/8-mile grids
  • Assisting with radio cutover, programming, and user training
  • Returning, replacing, or removing dozens of existing bidirectional amplifiers used in underground areas

SOURCE: PRWeb

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