Rugged Non Toxic Multi Band Wireless Coupling Fiber Optic Repeater

Name: Rugged Non Toxic Multi Band Wireless Coupling Fiber Optic Repeater
Brand: Xiamen Yaozhi Huasheng Communication Technology Co., Ltd.
SKU: 2264606745

Fujian, ChinaXiamen Yaozhi Huasheng Communication Technology Co., Ltd.

US$123.00

1 Piece

Product specifications

Type

Product profile

Usage

Telephone, Workstation, Mobile Phone

Type

Wireless

Support Network

GSM

Model NO.

Wireless Repeater

Information Content

Data

Certification

Condition

New

Product Name

Uzi-FDD1.8gics+2.1gics+ Tdd3.5gmn-5W-Repeater

Keywords

Repeater

Standard

Primary Function

Boosts and Extends Weak Mobile Signals

Frequency Bands Supported

Supports Multiple Bands for Wide Compatibility

Operating Temperature

From -25°C to +55°C

Weight

≤30kg

Color

Silver

Power Supply

AC110-220V

Power Consumption

≤300W

Chassis Dimensions

500*440*187mm

Transport Package

Standard Packaging or Customized

Specification

Standard Specifications or Customized

Trademark

UZIWAVE

Origin

Fujian, China

Production Capacity

50000pieces/Year

Key features

Multi-Band Support: Supports B1, B3, and N78 frequency bands for wide compatibility.

ICS Self-Excitation Cancellation: Ensures stable signal transmission and prevents interference.

Dual Monitoring Options: Features local USB monitoring and remote monitoring via MODEM or RJ45.

Visual Status Indicators: Includes external indicator lights for real-time power and alarm status.

High Gain Performance: Provides up to 85dB UL gain and 88dB DL gain for signal amplification.

Company profile

Xiamen Yaozhi Huasheng Communication Technology Co., Ltd.Fujian, China

Business Type: Manufacturer/FactoryAverage Response Time: ≤15h

About Our Factory & Business Background

AddressXiamen, Fujian, China

Our Production Capability & Technical Expertise

Main ProductsPower Amplifier, Mesh Network, Anti-Drone Module, Repeater, Electronic Fence

Product Q&A

Q:What should I check if the output power of the power amplifier is lower than expected during testing?

Troubleshoot step by step: a. Check input signal strength. b. Verify ALC software settings. c. Inspect rear-end components like cables and connectors for excessive loss. d. Test the power amplifier independently to confirm hardware faults.

Q:What are the possible causes if the power amplifier gain fails to meet expectations, and how to solve them?

Causes include software settings, system loss, and hardware failures. Solutions: a. Adjust software attenuation parameters. b. Calibrate the test system components. c. Test the power amplifier independently to identify hardware faults.

Q:How to accurately locate the problem if the software or instrument shows a high VSWR of the power amplifier?

Troubleshoot based on scenario: a. If software detects high VSWR, replace rear-end components one by one. b. If instrument detects it, calibrate the test system first. c. If issues persist, it is likely a hardware fault requiring professional maintenance.