Pi-CamLow is a Raspberry Pi HAT designed to integrate a Wi-Fi HaLow module (HT-HC01) and a 5MP camera, enabling high-speed, long-range data transfer and advanced IoT applications. Operating on the IEEE 802.11ah standard in the 902-928 MHz frequency band, it supports transmission speeds of up to 32.5 Mbps and distances of 12 km. The board offers dynamic and static image capture at 25921944 resolution, a 62 field of view, and advanced features like auto exposure and gain control. With plug-and-play firmware, seamless Wi-Fi HaLow bridging, and support for smart cities, industrial control, and remote monitoring, its perfect for Raspberry Pi developers seeking robust, versatile solutions.

Main Features

• Raspberry Pi HAT, onboard 40-pin Female Header, Specifically designed for Raspberry Pi, making integration and installation easy.
• Provides firmware, compatible with Raspberry Pi 4B.
• Enable all key Wi-Fi HaLow functionalities.
• Along with a camera display UI.
• Excellent Wi-Fi HaLow RF performance.
• Compliant with the IEEE 802.11ah standard, operating in the 902-928MHz frequency band.
• Supports long-distance transmission, with a range of up to 1-2km.
• High-speed transmission, with a maximum of 32 Mbps@8M and up to 150 kbps at extreme distances.
• Low power consumption design with strong penetration capabilities, suitable for complex environments.
• 5MP DVP camera. Supports dynamic and static images at 25921944 resolution
• Features a 62 field of view, F2.4 aperture, and 30FPS@24MHz video transmission.
• Output formats include YCBCR4:2:2, RGB565, and RAWRGB.
• Adopts 4G+IR650 optical structure with features such as auto exposure and auto gain control to meet diverse imaging needs.
  

Specifications

Application

Wi-Fi HaLow can seamlessly integrate with traditional Wi-Fi or Ethernet networks and is suitable for most IoT scenarios, especially those requiring long-range high-speed transmission.

• Smart Home and City
• Industrial automation control
• Asset management and tracking
• WiFi-HaLow Gateway and Proximity sensors
• Old device Information upgrade
• Wi-Fi/Ethernet/Wi-Fi_HaLow extension and bridging
• Rural internet access and LAN construction
• WiFi HaLow device development
• Remote camera monitoring and Network blind spot coverage
• Digital transformation of legacy equipment

High light

Powerful camera capabilities

• Supports dynamic and static images at 25921944 resolution
• Adopts 4G+IR650 optical structure with features such as auto exposure and auto gain control to meet diverse imaging needs

Excellent Wi-Fi HaLow RF performance

• Supports long-distance transmission, with a range of up to 1-2km
• High-speed transmission, with a maximum of 32 Mbps@8M and up to 150 kbps at extreme distances

Provides firmware

• Enable all key Wi-Fi HaLow functionalities
• Along with a camera display UI

Board Dimension

FAQ

What are the precautions for I2C and SPI?

Each IO pin is preconfigured with IO_MUX functionality, which means you can use any GPIO as I2C or SPI pins. You just need to define these pins in your code. However, its important to note that once a pin is used, it may affect other functions associated with that pin.

What are the connection options for HT-HC32?

include Wi-Fi, Bluetooth, and Wi-Fi HaLow, with an onboard 2.4 GHz patch antenna for Wi-Fi and Bluetooth, as well as a reserved IPEX (U.FL) interface for the HT-HC01 Wi-Fi HaLow module.

Docs & Resource

• [Docs] User Manual
• [Attachment] Datasheet
• [Resource] Schematic diagram
• [Resource] Related Resources