Centralized and Distributed Intelligent Shielding and Control System - Professional Mobile Phone Signal Control Solution

System Overview

The Centralized Distributed Intelligent Shielding Control System is an integrated mobile signal control system that combines signal shielding and monitoring management. By blocking mobile downlink signals, it effectively monitors and prevents unauthorized mobile phone usage in covered areas.

Centralized Distributed Intelligent Shielding Control Host (Near-End)

The core control unit of the system, responsible for signal processing and overall system management.

Centralized Distributed Intelligent Shielding Control Power Amplifier (Far-End)

Enhances signal coverage capability to ensure uniform shielding effectiveness.

Distributed Intelligent Shielding Control Expansion Unit

Extends system coverage to adapt to venues of different scales.

Distributed Integrated Fiber-Optic Intelligent Shielding Control Device (Far-End)

Utilizes fiber-optic transmission technology to achieve efficient long-distance signal shielding.

Software Monitoring and Management Platform

Centralizes management of system operational status and provides a visual operation interface.

Equipment Technical Specifications

Distributed Integrated Fiber-Optic Intelligent Shielding Control Device

Item Technical Parameter
Operating Frequency Bands 2G\3G\4G\5G
Maximum Output Power Max Output: ≥+30±2dBm
Maximum Gain 55±3dB
Optical Transmission Dynamic Range 5dB
Minimum Input Power When expansion unit splits 1-to-8: Optical Power ≥-5±1dBm; RF Power ≥-30dBm
When expansion unit splits 1-to-16: Optical Power ≥-8±1dBm; RF Power ≥-30dBm
Gain Adjustment Range 0~30dB
Gain Adjustment Step and Error Gain adjustment step ≤2dB; Error: ±1.5dB/1-30dB
Spurious Emissions (10M out-of-band) 9KHz-1GHz ≤-36dBm
1GHz-12.75GHz ≤-36dBm
Optical Port Connector FC
Monitoring Interface RJ-45
Chassis Dimensions 333×245×70mm
Weight ≤4.5kg
Power Supply AC-220V

Centralized Distributed Intelligent Shielding Control Host

Item Technical Parameter
Operating Frequency Bands 2G\3G\4G\5G
Maximum Output Power Near-End Max Output: 10±2dBm (automatically adjusted for input between -65 to -30dBm)
Far-End Max Output: ≥37dBm
Maximum Gain Near-End: 75±3dB; Far-End: 55±3dB
Gain Adjustment Range Near-End: 0~30dB; Far-End: 0~25 dB
Gain Adjustment Step and Error Gain adjustment step ≤2dB; Error: ±1.5dB/1-30dB
Spurious Emissions (10M out-of-band) 9KHz-1GHz ≤-36dBm
1GHz-12.75GHz ≤-36dBm
RF Connector N-K
Monitoring Interface RJ-45
Chassis Dimensions 513mm×461mm×187mm
Weight ≤35kg
Power Supply AC-220V
Power Consumption ≤500W

Application Scenarios

This mobile signal control system offers excellent shielding performance, supports blocking of various mobile communication standards, and enables centralized management. It is suitable for the following special venues requiring security and confidentiality:

1Prisons and Detention Centers

Prevents inmates from unauthorized mobile phone usage, ensures supervision security, and eliminates internal-external collusion.

2Government Meeting Rooms

Ensures the security of important meeting content and prevents information leakage and eavesdropping.

3National Examination Halls

Prevents exam cheating, maintains fairness and integrity, and eliminates wireless communication fraud.

4Military Management Zones

Protects military secrets and prevents wireless signals from revealing troop locations and operations.

5Research Institutions

Prevents leakage of research成果 and technical secrets via wireless means, protecting intellectual property.

6Corporate R&D Centers

Protects core technologies and business secrets, preventing competitors from stealing information through wireless methods.

System Advantages

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Comprehensive Frequency Band Coverage

Supports full-band signal shielding for 2G, 3G, 4G, and 5G, adapting to various mobile communication standards.

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Intelligent Centralized Management

Enables centralized system management through a software monitoring platform, providing real-time device status and operational parameter monitoring.

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Distributed Architecture

Utilizes a distributed design, allowing flexible expansion of coverage based on actual needs.

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Precise Power Control

Supports gain adjustment and power control for accurate shielding, minimizing external interference.