Hummingbird Mobile Camera Modules
The Hummingbird series is Leopard Imaging’s family of ultra-compact MIPI camera modules engineered for mobile and embedded vision systems where size, power, and performance matter most.
Ranging from VGA to high-megapixel resolutions, Hummingbird modules deliver high-quality RAW image output in a space-efficient form factor—ideal for smart mobile cameras, wearables, and next-generation embedded platforms.
Discover the full Hummingbird Mobile Module Camera lineup and bring powerful vision capabilities to your next design.
LI-OV13B10-MIPI-AF-75D

LI-OG12B10-MIPI-AF-95D

LI-OC0TC1B-MIPI

LI-OV16E10-AF-D78
LI-OS04E10-MIPI-183H
LI-AR0246-FLEX-80H
LI-OS04C10-MIPI-107H
LI-AR0544-MIPI-150H
LI-IMX681-MIPI-AF-96D
LI-OV9281-MIPI-RS-85H
LI-AR2020-MIPI-AF-79D
LI-IMX778-FLEX-101H
LI-IMX678-FLEX-114H
LI-IMX676-FLEX-105H
LI-IMX586-MIPI-AF-79D
LI-OG01A1B-MIPI-146D
LI-IMX563-MIPI-AF
LI-IMX258-MIPI-AF
LI-AR1335C-MIPI-061H-AF
LI-AR1335C-MIPI-097H
LI-OS05A20-MIPI-75H
LI-OV2312-MIPI-76H
LI-OV2311-MIPI-76H
LI-OV9282-MIPI-JSDIR
LI-OV7251M-FF-105H-13
LI-OV7251M-FF-105H-18
LI-OV7251M-FF-105H-08
LI-OV2311-MIPI-M8-H110
LI-AR0144M-MIPI-85H
LI-OG02B10-MIPI-125H
LI-OS05A20-MIPI-110H
LI-OS05A20-MIPI-145H
LI-OV2311-MIPI-125H
LI-OV5640-MIPI-AF
LI-OV13850-MIPI-AF
LI-OV8865-MIPI-AF
LI-OV9712-FF-65
LI-M114-FF
LI-OV2685-MIPI-FF
LI-OV9281-MIPI-H103
LI-OV7251M-FF-80
LI-OV7251M-FF
| Product Name | Sensor Brand | Resolution | Chroma Type | Interface | Shutter Type | Stock Status |
|---|---|---|---|---|---|---|
| Product Name | Sensor Brand | Resolution | Chroma Type | Interface | Shutter Type | Stock Status |
Unlocking Applications Across Industries
Smart Mobile Cameras
Robotic Hand Vision
Embedded AI
Augmented / Virtual Reality
High-Resolution Imaging in an Ultra-Compact Design
Built on advanced mobile image sensor technology, Hummingbird modules combine:
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High-resolution image capture
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Low power consumption
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Compact mechanical footprints
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High-speed MIPI CSI-2 interfaces
These modules are designed to fit seamlessly into space-constrained designs without compromising image quality or system flexibility.
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