Kimpok AL1306 1.2GHz/1.3GHz 6W High Power Wireless Audio Video Data Transmission Module Long Range Analog Signal Transmitter

Product Description

Product Introduction

The Kimpok AL1306 is a high-power wireless audio and video data transmission module designed for long-range analog signal communication applications. Operating across the 1080MHz–1360MHz frequency range, it provides up to 6W RF output power with multiple adjustable power levels to meet various transmission requirements.

Featuring advanced digital PLL frequency synthesis technology, precise power calibration, and a durable three-layer aluminum alloy cooling structure, the AL1306 delivers excellent frequency stability, efficient heat dissipation, and reliable performance during continuous high-power operation.

The module supports 16 selectable channels and IRC Tramp protocol control, allowing convenient parameter adjustment and flexible integration into wireless communication systems.

Key Features

1. High Power RF Output

Adjustable output power levels for different transmission requirements:

• PIT Mode
• 25mW
• 200mW
• 1W
• 6W

Provides strong RF performance for long-distance analog signal transmission.

2. Wide Frequency Range

• Operating Frequency: 1080MHz–1360MHz
• Frequency Band: 1.2GHz / 1.3GHz
• Channel Number: 16 Selectable Channels

Suitable for various wireless audio, video, and data communication applications.

3. High-Precision PLL Frequency Control

• Advanced digital PLL synthesizer technology
• Excellent frequency stability
• Prevents frequency drift during long-term operation

Ensures consistent signal quality and reliable communication.

4. Efficient Thermal Management Design

• Three-layer aluminum alloy housing
• Integrated high-speed centrifugal cooling fan
• Optimized heat dissipation structure

Maintains stable performance under continuous high-power output conditions.

5. Smart Control and Easy Configuration

• Supports IRC Tramp control protocol
• Convenient parameter adjustment
• Easy integration with external control systems