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Kimpok 3.7-4.2GHz 10W Long Range Wireless Transmission Module AL4210

Kimpok 3.7-4.2GHz 10W Long Range Wireless Transmission Module AL4210

製品詳細:
起源の場所: 中国
ブランド名: Kimpok
証明: CE Cerfication
モデル番号: AL4210
詳細情報
起源の場所:
中国
ブランド名:
Kimpok
証明:
CE Cerfication
モデル番号:
AL4210
周波数帯域:
3.7GHz~4.2GHz
チャンネル数:
32チャネル
電圧入力:
DC7-30V
アンテナインターフェース:
SMAメス
取引情報
最小注文数量:
1
価格:
交渉可能
パッケージの詳細:
国際標準梱包
受渡し時間:
5~7営業日
支払条件:
L/C、ペイパル、T/T
供給の能力:
月あたり4,000個
製品説明

Kimpok 3.7-4.2GHz 10W Long Range Wireless Transmission Module AL4210


Product Description

Product Introduction

The AL4210 is a high-performance wireless data transmission module designed for long-range analog signal transmission applications. Operating within the 3.7GHz–4.2GHz frequency range, it supports up to 10W output power with multiple adjustable levels for flexible deployment requirements.

Equipped with PLL frequency control technology, efficient power calibration, and an advanced aluminum alloy cooling structure with a high-speed centrifugal fan, the module ensures stable signal output and reliable continuous operation in demanding environments.

Its compact size, wide voltage input range, and protocol-based parameter adjustment capability make it suitable for industrial wireless communication and customized transmission systems.



Product Features

  • 3.7GHz–4.2GHz non-standard frequency band with reduced signal congestion

  • Up to 10W high power output for long-distance transmission

  • Adjustable power levels: PIT / 25mW / 2W / 5W / 10W

  • PLL frequency lock technology for stable and accurate transmission

  • Integrated aluminum alloy heat dissipation structure with active cooling fan

  • 32 selectable channels with flexible frequency switching

  • Supports IRC Tramp protocol control

  • Wide DC 7-30V input voltage compatibility

  • Compact and lightweight design for system integration



Product Advantages

  • Strong signal penetration and stable long-range transmission

  • Low frequency drift with chip-level integrated PLL architecture

  • Consistent output power across all channels

  • Efficient thermal management for continuous high-power operation

  • Easy parameter configuration through onboard button or controller connection

  • Suitable for complex wireless environments with lower interference