INTRODUCING RFCS

Integrated alert and conferencing system for emergency situations.

XOP Networks’ Ringdown Firebar Conference Server, a Crash Phone System, scales from 8 ports to 96 ports. It provides direct termination for analog (Red) phones and IP-based SIP phones. These crash phone systems are typically deployed in campus locations prone to emergency situations, e.g., airports, air force bases, chemical plants, oil and gas installations, etc. A person close to the emergency can simply lift the handset on any (or designated) RFCS-connected phone and trigger a dial-out to the other phones. As first responders answer these calls, they are automatically placed into a conference with the initiator. A unique aspect of XOP Networks’ RFCS is its ability to also interface with on-site PBX or IP PBX. This allows people outside the immediate emergency area to be reached via the PSTN. The XOP Networks RFCS systems can be deployed in high-availability (99.999%) configuration.

Multiple trigger
endpoints

Allows multiple phones and push buttons to initiate emergency calls.

Scalable and flexible
architecture

Allows easy growth and system reconfiguration, ensuring quick adaptation to evolving needs.

Support for multiple
network interfaces

Seamlessly integrates with analog, digital, and radio networks.

Support for
multiple devices

Supports strobe lights, sirens, speaker horns, and garage gate-opening devices.

Real-time
admin view

Monitors every call, trigger, and connection live — no blind spots during emergencies.

Seamless continuity,
zero downtime

Stays operational even while upgrading to next-gen emergency communication.

Key Features RFCS

Unified Communication System for Emergency Management

Seamless Integration

RFCS allows seamless integration and connects effortlessly with your existing communication infrastructure, bringing together multiple stakeholders, agencies, and departments under one system. It supports a hybrid setup where analog and digital devices can be part of the same system.

Scalable and Flexible

It is scalable from 8 to 96 ports, allowing that many analog/digital devices to be connected and configured in the system. It is suitable for small setups as well as large organizations/operations and may be deployed on a physical server or virtual cloud server. It supports multiple types of communication channels and various types of devices.

Highly Available and Reliable

The solution is built around Industrial Grade Server with hot swappable hard drives and is suitable for outside plant deployment. It is also available in dual server, redundant and hot stand-by configuration that results in near zero downtime.

Multiple Trigger Points

It allows multiple phones and push buttons to be designated as trigger points. Each trigger can have its own set of defined endpoints that get activated when the trigger is initiated. This helps in defining different sets of response teams for different types of emergencies if the trigger points are appropriately set up.

Multiple Types of Devices

Allows multiple types of devices to be connected as end-points. These include analog and digital phones, strobe lights, speakers, PA systems, garage door opening devices, digital display units (signages).

Multi-Channel Communication

It can directly connect to Analog (RED emergency) Phones and supports long loop lengths (30,000 feet). It supports PSTN connectivity (T1/E1/CAS interface) for legacy networks and Ethernet/fiber-optic-based LAN connectivity for SIP/VoIP interfaces. It can be interfaced with Radio Networks. It also supports connectivity to legacy and cloud PBXs.

Secure & Reliable Communication

Built for critical environments, RFCS ensures encrypted, tamper-proof communication across all channels. It maintains data integrity and prepares your systems for a secure, digital-first future where every transmission counts.

Ease of Administration

The system has a user-friendly, web-based administrator portal for configuring trigger points, conferences, alerts, and scheduling periodic testing of the Crash Phone system. It allows real-time monitoring of conferences and has an automated recording feature that enables easy review of past events.

Ease of Migration

It supports a phased approach to migration from legacy systems to modern, digital communication systems, allowing incremental changes that ensure almost zero downtime during the transition. It is a suitable replacement for Tellabs 291/292 or other similar Firebar equipment.

Know the difference

Learn how RFCS compares to other legacy systems

Traditional

Crashnet

  • 80s technology, outdated
  • Requires local console for setup & monitoring
  • No real-time conference view
  • Static, pre-configured
  • Hard to find replacement parts
  • No automated test calls
  • Not integrated
  • Limited, difficult to expand
  • Prone to impairments (weather, copper issues)
  • Standalone, limited connectivity
  • Expensive leased lines, high maintenance

XOP Networks'

RFCS

  • Modern IP-based system
  • Web-based, accessible from any browser
  • Real-time view & monitoring
  • Unlimited dynamic Firebars
  • Scalable, flexible, future-ready
  • Automatic daily test calls
  • Automatic conference recordings
  • Highly scalable, adaptable to airport needs
  • Fiber-optics networks are immune to copper issues
  • PBX/IP PBX integration for flexibility
  • Cost-effective, reduced recurring costs

A solution, perfect for emergency prone industries

RFCS Resources

Case Study
Crashnet System Replacement

June 18, 2025

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Data Sheet
XOP RFCS Data Sheet R9 r2 (RFCS)

June 26, 2025

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No Presentations found in this category

Video
XOP’s RFCS simulated use case

June 18, 2025

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Video
Simulation of ATC Emergency Conference

June 18, 2025

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White Paper
Airport RFCS – XOP Networks White Paper

July 17, 2025

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