ECHO-Lite
Secure Communication Management

ECHO-Lite

Essential Short-Range Cellular Disruption Tool

Product Overview

ECHO-Lite is a mobile signal blocking solution designed to support close range cellular disruption in controlled environments. The system enables localized signal suppression through a compact and straightforward operational design, supporting rapid deployment and direct user control.

Engineered for short-range applications, ECHO-Lite emphasizes focused operation, calibrated output power, and ease of use, making it suitable for environments requiring immediate and contained communication isolation.

Primary Features

  • 8-Channel Micro Disruptor: Utilizes eight RF channels to support flexible and lightweight signal disruption within a confined operational area.
  • Calibrated Output Power: Operates at controlled transmission power levels to support close-range cellular signal suppression.
  • Preset Frequency Band: Configured to operate on a predefined LTE sub-band to ensure consistent and stable operation.
  • Integrated Antenna Configuration: Employs a standard stub antenna design optimized for compact form factor and ease of deployment.
  • User-Specific Campaign Configuration: Supports creation and execution of user-defined operational campaigns tailored to specific deployment requirements.

Technical Specifications

RF Channels
8 Channels
Band Support
1 Preset LTE Sub-band
Output Power
2W/Channel
Antenna
Basic Stub
User Control
Single Switch
Effective Range
10-20 Meters

Operational Notes

  • Provides short burst jamming up to 10-20 meters radius
  • Ideal for temporary room isolation, exam rooms, or interview rooms
  • Includes blacklistlisting feature for targeted control
  • Calibration & Diagnostics Utility for automated maintenance and fault detection

Deployment Scenarios

Indoor Controlled Environments

Secure facilities requiring immediate communication control

Close-Quarter Tactical Rooms

Interrogation and interview spaces with contained signal suppression

Small Private Security Operations

Compact security deployments requiring localized disruption

Low-Cost Communication Isolation

Budget-friendly scenarios requiring temporary signal control