MiniPCIe to Raspberry Pi HAT

MiniPCIe to Raspberry Pi HAT Description

This board enables data sharing from Mini-PCIe modules via USB port for devices such as Raspberry Pi, Orange Pi, or any system with compatible pin headers. It also supports PoE power input for IoT applications. Additionally, the modules can also be used independently.

MiniPCIe to Raspberry Pi HAT Key Features

• Universal Mini-PCIe interface compatible with 4G/LTE and other modules
• USB 2.0 connector for internet sharing
• USB Type-C connector for power input (when PoE is not used)
• IEEE 802.3at Class 4 PoE support (up to 25.5 W)

MiniPCIe to Raspberry Pi HAT Features

• Universal Mini-PCIe interface compatible with 4G/LTE and other Mini-PCIe modules
• USB 2.0 connector for internet sharing
• USB Type-C connector for power input (when PoE is not used)
• IEEE 802.3at Class 4 PoE support (up to 25.5 W)
• Status LEDs for power and activity indication
• Pin header access to various Mini-PCIe module signals
• Module power and reset control via main controller (Raspberry Pi, Orange Pi, etc.)
• Manual power control using jumper
• Wi-Fi control via dedicated controller pins

MiniPCIe to Raspberry Pi HAT Specifications

Interfaces & Connectivity

• Mini-PCIe slot – Universal interface compatible with 4G/LTE, Wi-Fi, and other Mini-PCIe modules.
• USB 2.0 header – Allows internet sharing or data connection from module to host.
• USB Type-C connector – Power input option (when PoE is not used).

Power Supply

• PoE (Power over Ethernet) support – IEEE 802.3at Class 4 (up to 25.5 W).
• USB-C power input – Alternative to PoE for flexible powering.
• Manual power control – Jumper-selectable on/off for the module.
• Remote power control – Power and reset lines controllable from main controller (Raspberry Pi, Orange Pi, etc.).

Indicators & Controls

• Status LEDs for power and activity monitoring.
• Reset functionality for the Mini-PCIe module.

Expansion & Access

• Pin header providing access to various Mini-PCIe signals for custom interfacing.
• Optional Wi-Fi control via dedicated control pins.

Additional Features

• Designed for stable operation with high-power Mini-PCIe modems.
• Compact layout for integration in embedded and IoT systems.

MiniPCIe to Raspberry Pi HAT Dimensions