Trinity Wireless Solutions

Wireless engineering consultation, system design, and ERCES performance testing

Website

About the firm

Trinity Wireless Solutions is a wireless engineering consultancy providing technical consultation for wireless product and system development projects. It specializes in Emergency Responder Communications Enhancement Systems (ERCES) design, commissioning, and testing per NFPA standards, as well as RF lab prototyping, system design, and project engineering.

Established
2022
Team
Micro
Firm type
Telecom / RF Engineering · Software Engineering

Credentials

FCC Commercial License · FAA NDB Transmitter License

People

Rob KochOwner and CTO

Bob KochPublic Safety Wireless Engineer

Capabilities

ERCES Design, Commissioning and Test

Service website

Comprehensive Emergency Responder Communications Enhancement System (ERCES) solutions including uplink/downlink cascade analysis, commissioning, and performance testing to ensure compliance with NFPA standards.

  • ERCES Uplink and Downlink RF Cascade Analysis

    Utilizing internally developed analysis tools to design and optimize uplink and downlink RF cascades for signal performance.

  • Cable and Antenna Validation

    Testing and validation of RF cables and antenna systems using Bird Site Hawk instruments.

  • System Commissioning

    Commissioning services using mobile, handheld signal generators and spectrum analyzers.

  • Performance Testing

    Compliance and signal quality testing using specialized PCTEL hardware and software suites.

Lab Analysis and Prototyping

Service website

Wireless system prototyping, modeling, and proof-of-concept development conducted in a dedicated RF laboratory.

  • Wireless System Prototyping

    Constructing and evaluating physical prototypes to demonstrate practical feasibility of RF concepts.

  • Modeling and Simulation

    Theoretical RF modeling and simulation to predict and optimize system-level performance.

  • Data Analysis

    Evaluating technical datasets to inform wireless system design and resolve RF issues.

  • RF Lab Testing

    Testing and validation within a specialized laboratory environment equipped for RF product development.

System Design

Service website

Methodical, end-to-end engineering of product and system architectures, incorporating technical requirements and management constraints.

  • Requirements Definition

    Defining system-level requirements to establish a solid baseline for wireless system development.

  • Subsystem Specifications

    Determining exact subsystem parameters and interfaces to guarantee integration and performance.

  • Project Planning

    Weighing cost, schedule, risk, and design tools to outline optimized product development roadmaps.

Project Engineering

Service website

Technical direction and project leadership for complex product and system development cycles, acting as the bridge between technical execution and business management.

Technology Research

Service website

Work in this area is organized into supported delivery tasks.

  • Research

    Support includes Research.

  • Discovery

    Support includes discovery.

  • Evaluation Of Wireless Technologies Ranging From Legacy Analog Systems To Modern 5G Cellular Networks

    Support includes evaluation of wireless technologies ranging from legacy analog systems to modern 5G cellular networks.

Industries

Telecommunications · Public Safety · Power Generation · Rail · Mining

Projects

Freight Rail Tunnel Project

United States · Rail · 2022 · Client: Class One Rail Company

Project details

Commissioning and optimization of a newly installed wireless communications coverage enhancement/distributed antenna system for a class one rail company in one of the largest tunnels in the United States. Technical leadership was provided during the design specification and construction process.

Powerplant Project

United States · Power Generation · Client: Major US Power Plant

Project details

Technical leadership for installing a new Emergency Responder Communications Enhancement System (ERCES) in a major US power plant. The project involves design, engineering drawings, integration with an existing fiber optic network, subcontract management, design optimization to mitigate uplink noise, system commissioning, and integration with the local public safety Motorola P25 phase 1 network.