OVA0B40 CMOS Sensor 108MP UHD Image Autofocus Camera Module for Very High-Resolution Imaging

Name: OVA0B40 CMOS Sensor 108MP UHD Image Autofocus Camera Module for Very High-Resolution Imaging
SKU: 14715
Price: 1.00 USD
Availability: InStock

$1.00

OVA0B40 108MP AA Process camera module with VCM Autofocus, PDAF, HDR and a 40-pin BTB MIPI interface for very high-resolution imaging systems.

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Introduction

SF-SCA0B40-P70-B V1.0 is the highest-resolution model in this AA Process Series. Its 11584 × 8688 sensor output, VCM Autofocus, PDAF and HDR place it in devices where preserving fine image detail is a primary requirement and the host system can support the corresponding processing load.

Active Alignment is standard in the camera-module manufacturing process.

Applications in Real Devices

Very High-Resolution Capture Devices

Devices that need to retain fine visual information across a large

image can use the 108MP sensor when host processing and storage are designed around the resulting data requirements.

High-End MIPI Platforms

The 40-pin BTB structure and high-resolution sensor make host architecture, ISP capacity and mechanical space important early design considerations.

HDR Imaging Devices in Variable Lighting Conditions

Devices operating under changing brightness conditions can benefit from the combination of HDR support and PDAF. This configuration helps maintain image information when scenes contain both brighter and darker areas, while the final image performance still depends on the host ISP and system tuning.

Project Evaluation Guide

Consider This Model When

108MP resolution provides real value to the device.
VCM Autofocus and PDAF are required.
The processor can support the high-resolution MIPI data path.
D79.8° coverage fits the target.

Confirm Before Sampling

Host ISP throughput.
Required operating resolution.
40-pin connector relationship.
Working-distance range.
Available module and lens space.

Choosing This Model Within the Active Alignment Process Camera Module Series

SF-SCA0B40-P70-B V1.0 should be selected when maximum image resolution is a genuine device requirement. It should not automatically replace the 50MP or 64MP options if the host, optics or application cannot benefit from 108MP data.

Related Models

IMX989 – SF4X989AFBY V2.0: Consider this when a larger 1/0.98-inch sensor format matters more than maximum pixel count.

IMX686 – SF-OCX686H66: Consider this when 64MP resolution and a D-PHY configuration better match the host architecture.

Key Specifications

Specification	Details
Model	SF-SCA0B40-P70-B V1.0
AA Process	Standard
Sensor	OVA0B40 CMOS
Resolution	108MP / 11584 × 8688
Video Output	4K@30FPS
Sensor Size	1/1.8 inch
Pixel Size	0.612μm × 0.612μm
Pixel Combination	4-in-1
Focus	VCM Autofocus
Focus Technology	PDAF
HDR	Supported
Working Range	10cm–Infinity
FOV	D79.8°
EFL	5.43mm
F.No	F1.89
TV Distortion	<1.5%
Interface	40-Pin BTB MIPI

SincereFirst Customization

D79.8° Optical Configuration

D79.8° is standard. Lens evaluation can be considered when the target requires a different scene width or image scale.

VCM Autofocus

VCM Autofocus with PDAF is standard. Focus performance should be tested across the actual working-distance range and representative lighting conditions.

40-Pin BTB Structure

The standard module uses a 40-pin BTB interface. Connector orientation and available host-board space should be reviewed before mechanical release.

High-Resolution MIPI Integration

The host should be evaluated for the intended 108MP or lower operating mode, ISP throughput, memory and image-processing requirements before sampling.

Final configuration should be validated with the actual host

platform, enclosure, optics, software, and lighting environment before sampling.

FAQ

When is 108MP genuinely useful rather than just a larger specification number?

When the device must preserve fine visual detail across a large image and the optics, ISP and downstream processing can retain and use that information.

What can prevent a system from benefiting from the full sensor resolution?

Lens resolution, focus accuracy, host throughput, ISP processing and final output requirements can all limit the practical value of maximum pixel count.

Why is host evaluation especially important for this model?

Because high-resolution sensor data can place significant demands on the MIPI path, ISP, memory and processing architecture.

What information should be provided before sampling?

Provide the processor, intended operating resolution, working-distance range, available module space and 40-pin interface conditions.

Evaluate This Module for Your Device

Share your required image detail, processor capability, focus range and MIPI connection conditions so the 108MP configuration can be evaluated before sampling.