NFPA 1225 | IFC 510

    When Communication

    Failure Isn't an Option

    Weak cellular signals inside buildings disrupt operations and create safety gaps. We deploy engineered systems for commercial performance.

    System Status
    All Systems Operational
    35+
    Years
    24/7
    Coverage
    100%
    Compliance
    Business Type
    SDVOSB
    Veteran & Woman Owned
    Service Area
    Georgia
    & Southeast Region
    The Problem

    The Indoor Signal Problem

    Carrier coverage maps show five bars outside. Inside? Different story. Weak signals aren't just annoying—they frustrate tenants and create safety risks when people can't reach emergency services.

    Voice calls that drop in stairwells
    Data connections that fail in back corridors
    Safety gaps when 911 can't connect
    Telecommunications equipment

    Engineered vs. "Plug-and-Pray"

    We deploy engineered cellular systems that boost signal strength throughout your facility. Not consumer-grade boosters that improve one room while interfering with the rest.

    Reliable voice calls
    Functional data
    Full-building coverage
    Common Questions

    Answers Before You Ask

    How do I know if my building needs in-building radio coverage?

    Warning signs include dropped calls or dead zones inside the building, first responder radio failures noted during fire inspections, low-emissivity (Low-E) glass, concrete or steel construction, and below-grade levels. The definitive answer comes from a radio signal survey: a technician measures signal strength on a grid across every floor and compares results against the code minimums. If any floor falls below 95% coverage, an ERCES is required. AG Hicks Consulting performs these benchmark surveys as the first step of every project.

    Do I need separate systems for cellular and first responder radio?

    Yes, in most cases they must be separate systems. Public safety ERCES operates on licensed first responder frequencies (typically 700/800 MHz) and must meet strict fire code requirements — dedicated power, battery backup, and alarm supervision — that prohibit sharing with commercial cellular equipment. Cellular DAS improves phone service for tenants and visitors but is not code-mandated. The two systems can share pathways and be designed together to reduce total cost, which is why designing them at the same time saves money.

    How much does a DAS or BDA system cost?

    A code-compliant public safety BDA/ERCES system typically costs $1.50 to $4.00 per square foot installed, so a 100,000 sq ft building usually lands between $150,000 and $400,000 depending on construction materials, frequency bands, and AHJ requirements. Cellular DAS for carrier signal ranges more widely — roughly $1 to $10 per square foot depending on whether it is a passive booster system or a carrier-grade active DAS. The only way to get an accurate number is a site survey and RF benchmark, which is where every project should start.

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