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Leopard Imaging Introduces High-Resolution MIPI Mobile Camera Modules

Leopard Imaging Inc., a prominent name in embedded vision technology, has unveiled its latest innovation: a pair of compact high-resolution MIPI mobile camera modules, specifically designed to enhance smart devices and various vision applications. The two new modules - LI-OG12B10-MIPI-AF-95D V1.0 and LI-IMX681-MIPI-AF-96D - exemplify Leopard Imaging's commitment to providing advanced imaging capabilities optimized for intelligent vision systems.

LI-OG12B10-MIPI-AF-95D V1.0: Tailored for Smart Devices

The LI-OG12B10-MIPI-AF-95D V1.0 features a 12-megapixel autofocus camera module built around the cutting-edge OmniVision OG12B10 CMOS image sensor. Tailored for mobile platforms that demand high-resolution imaging with efficient integration, this compact and lightweight module is ideal for smart cameras and smart glasses. Some notable attributes include:

• - 12MP Resolution: Offers impressive image quality at a resolution of 4032 × 3024.
• - MIPI CSI-2 Interface: Ensures high-speed data transmission, facilitating seamless operation across smart devices.
• - Variable Focus Control: The module leverages VCM autofocus technology, enhancing the versatility and precision of focus, making it suitable for dynamic environments.
• - Wide Field of View: Approximately 95° diagonal field of view allows for expansive image capture, optimizing usability across various applications.
• - Space-Efficient Design: Its compact form factor facilitates integration into designs where space is at a premium, ensuring designers can easily incorporate this advanced technology.

This module focuses on elevating image capture quality in next-generation wearable and portable vision devices, marking a significant leap forward in smart imaging technology.

LI-IMX681-MIPI-AF-96D: A Versatile Imaging Powerhouse

On the other hand, the LI-IMX681-MIPI-AF-96D integrates the Sony IMX681 12.19-megapixel CMOS image sensor, delivering exceptional and consistent imaging performance across numerous applications. Key features of this module include:

• - 12.19MP Resolution: Similar to its counterpart, the resolution stands at 4032 × 3024, ensuring clarity and detail in captured images.
• - MIPI CSI-2 Interface: Facilitates excellent system integration, making it a reliable choice for various devices.
• - Robust Autofocus: VCM autofocus technology ensures that focus remains sharp and precise, a critical feature for applications like security and live video streaming.
• - Wider Field of View: It includes an approximate diagonal field of view of 96°, offering flexibility for diverse usage scenarios.
• - Compact Build: The lightweight design makes it an attractive option for video conferencing systems and machine vision applications.

With these advancements, the LI-IMX681-MIPI-AF-96D is designed for applications requiring high fidelity, whether for surveillance, video conferencing, or 3D and stereo imaging requirements.

Seamless Integration and Flexible Support

Both of these camera modules output RAW image data through standard MIPI CSI-2 interfaces, allowing for customizable ISP configuration and image processing workflows. Supported by Leopard Imaging's robust camera tuning and engineering services, developers can leverage these modules to expedite the creation and deployment of vision-enabled products.

A Step Forward in Vision Technology

The introduction of the LI-OG12B10-MIPI-AF-95D V1.0 and LI-IMX681-MIPI-AF-96D enriches Leopard Imaging's portfolio, catering to an increasing demand for compact and high-resolution imaging solutions within emerging embedded vision platforms. These innovations demonstrate Leopard Imaging's sustained dedication to optimizing sensor technology for the next generation of intelligent imaging systems, enhancing real-time processing, and showcasing its role as a leader within the AI vision landscape.

About Leopard Imaging Inc.

Founded in 2008 and headquartered in Silicon Valley, Leopard Imaging Inc. has established itself as a global front-runner in AI vision innovation. Its advancements in computational imaging are instrumental across varied sectors, including autonomous machines, smart drones, AI-driven IoT integrations, robotics, and healthcare technologies.