Digital Triple Band Repeater 900MHz 1800MHz 2100MHz

The Triple Band DigitalnRepeater is a state-of-the-art wireless communication device designed to enhance cellular coverage in indoor environments. This compact and high-performance repeater supports three frequency bands simultaneously, allowing seamless amplification and distribution of signals from multiple wireless carriers. Advantages: 1. Enhanced Coverage 2. Multi-Carrier Compatibility 3. Easy Installation and Configuration Specification

Electrical specification		Uplink	Downlink
Frequency Range	900MHz	894.7-904.7MHz	939.7-949.7MHz
	1800MHz	1735.3-1754.7MHz	1830.3-1849.7MHz
	2100MHz	1920-1940MHz	2110-2130MHz
Max. Gain		65dB	70dB
Max. Output Power		15dBm	20dBm
Pass band ripple		≤ ±2.5dB
Gain Attenuation Adjustable Range/Step		≥ 31dB / 1dB step
Automatic Level Control		≥ 42dB, auto shut off after 42dB
Spurious Emission	9KHz~1GHz	≤-36dBm
	1GHz~12.75GHz	≤-30dBm
Noise Figure		Typical ≤ 7dB
VSWR		Typical ≤ 2.0
Group Delay		≤ 1.0μs
Intelligent Functions		Standard
ISO (Donor antenna and Service antenna)		Flickering per 1s when the Isolation is not enough; it lights up when is normal.
Smart Mode		Automatically adjust the gain in both links according to the specific environment.
Input and Output signal strength		Shown Input signal strength with serial number. Shown Output signal strength with signal bars.
LED Alarm		Standard
Power LED		Power Indicator
ALC LED		Orange @ ALC 1~5dB, Red @ ALC 15dB~20dB,
		LED off after 5 seconds red
Mechanical Specifications		Standard
I /O Port		N-Female
Impedance		50ohm
Operating Temperature		-25ºC to +55ºC
Environment Conditions		IP43
Relative Humidity		≤ 85%
Dimensions		165*200*38mm
Weight		≤ 3Kg
Power Supply		Input AC100~240V, output DC 12V / 5A

The Triple Band Digital Repeater is a cutting-edge device designed to optimize and enhance cellular signal coverage in indoor environments. It is specifically engineered to amplify and distribute signals from three different frequency bands simultaneously, providing seamless connectivity for multiple mobile networks. Main Features:

1. Triple Band Support: This repeater is capable of boosting signals from three different frequency bands, ensuring compatibility with a wide range of mobile network providers.
2. Digital Signal Processing: With advanced digital signal processing technology, the repeater efficiently amplifies weak signals and filters out interference, resulting in improved voice quality and faster data speeds.
3. Compact and Stylish Design: The repeater features a sleek and compact design, allowing for easy installation and discreet placement in any indoor setting.
4. Wide Coverage Area: Designed to cover large indoor areas, this repeater provides enhanced signal coverage in buildings, offices, homes, and other enclosed spaces.
5. Automatic Gain Control: The repeater is equipped with automatic gain control technology, which dynamically adjusts signal strength based on the surrounding signal environment, ensuring optimal performance at all times.
6. Energy Efficient: With its smart power management system, the repeater consumes minimal energy, contributing to a greener and more sustainable environment.

Performance:

1. The Triple Band Digital Repeater offers several performance advantages, including:
2. Improved Signal Strength: By amplifying weak signals, this repeater significantly enhances signal strength, resulting in better call quality and reduced call drops.
3. Enhanced Data Speeds: The device boosts data speeds, allowing for seamless surfing, video streaming, and data-intensive applications without lag or buffering.
4. Reduced Signal Interference: With advanced filtering capabilities, the repeater minimizes signal interference, improving overall network stability and reliability.
5. Extended Battery Life: By providing stronger signals, the repeater reduces the strain on mobile devices, leading to prolonged battery life.
6. Easy Installation and Maintenance: Designed for hassle-free installation and minimal maintenance, the repeater saves time and effort during setup and operation.