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64MP Hawkeye

Introduction


A 64-megapixel ultra-high resolution autofocus camera module exclusively built for the latest and future generations of Raspberry Pis.

By bringing a sensor inside modern-day flagship phones to Raspberry Pi. you can take DSLR like still images at the maximum resolution of 9152 x 6944. And with an autofocus lens, the ePTZ, and the continuous-autofocus features (PDAF function is supported after September, 2023)

You now get more horsepower to build more applications, to cover more industries, to unlock more fields, at a much lower cost.

For seasoned makers, Pi Hawk-eye is designed to ensure you a smooth development, it is compatible with everything you already have: the v1/v2 form-factor, the MIPI CSI-2 connection, the latest libcamera software, the standard tripod mount, etc.

Image Sensor

Sensor Model 64MP Hawkeye
Shutter Type Rolling Shutter
Active Pixels 9152 (H) × 6944 (V)
Resolution 64MP
Image Sensor Format Type 1/1.7″
Pixel Size 0.8 µm x 0.8 µm
CSI-2 Data Output 2-lane mode
Data Format JPEG/YUV/RGB/RAW10

Motorized Focus

Arducam 64MP Hawkeye Motorized Focus Camera Modules are designed for you to control the focus via software, so you can see closer and see where you want to see.

Product


Product Image SKU Pin/Connect Type Features Lens Type Field of View(D/H/V) Focus Type IR Sensitivity
B0399 15/bottom High Resolution Stock Lens 72°(H) x 54.6°(V) Autofocus 650nm IR cut filter
B0399B0091 HDMI Extension Kit
B0399U6248 Ethernet Extension Kit
B0399B0283 Pan-Tilt Kit

Controlling Raspberry Pi Cameras with Your Smartphone (Android)


If you require to control Arducam Pi Native Cameras on Android platform, you can refer to the following doc for details:

Access Arducam Cameras on Android Platform

Next


Quick Start

Troubleshooting: Unavailable PDAF function on Raspberry Pi 5 Bookworm OS

Troubleshooting: Cannot allocate memory with Arducam 64MP Camera Module

Troubleshooting: Fastest Shooting Speed with Arducam 64MP Camera Module

Troubleshooting: The problem of horizontal fringes of images at maximum resolution