OV48B2Q 48MP D120° Wide-Angle MIPI Camera Module for Broad Scene Coverage

Name: OV48B2Q 48MP D120° Wide-Angle MIPI Camera Module for Broad Scene Coverage
SKU: 15331
Price: 1.00 USD
Availability: InStock

$1.00

OV48B2Q 48MP MIPI camera module with D120° wide-angle optics, RAW10 output, HDR, PDAF, long-FPC design and 24Pin BTB interface for wide-area embedded imaging.

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Introduction

SF-SC48B20-3030524548-B V1.0 is a 48MP MIPI Camera Module developed for embedded devices that need substantially wider scene coverage without giving up high native image detail.

Based on the OV48B2Q CMOS sensor, it supports 8000×6000 resolution, 4K at 30fps, 4-in-1 pixel technology, HDR, PDAF and 10bit RAW output. Its defining configuration is the D120° × H96° × V73.8° wide-angle lens combined with a long-FPC structure and 24Pin BTB MIPI connection.

Compared with the D80.1° OV48B2Q models in the same Series, this version is intended for projects where capturing more of the surrounding scene from a constrained camera position matters more than keeping optical distortion to a minimum.

Applications in Real Devices

Wide-Area Equipment Observation

When one camera position needs to cover a large internal or external working area, D120° coverage reduces the amount of scene excluded from the frame.

The 48MP sensor preserves additional image information within that wider view, although the target size within the frame should still be checked carefully.

Robotic and Mobile Vision Devices

Robotic equipment may have limited mounting positions but still need broader visual awareness around the camera.

The wide-angle optical direction provides more scene context, while MIPI RAW output allows the host platform to apply its own ISP and image-processing pipeline.

Project Evaluation Guide

Consider This Model When

A D120° wide-angle view is needed from one camera position.
48MP / 8000×6000 native detail is required.
RAW10 output is needed for host ISP processing.
HDR and PDAF are part of the imaging requirement.
A long-FPC structure helps solve the internal device layout.
A 24Pin BTB MIPI connection matches the host architecture.
Broad scene coverage is more important than minimizing lens distortion.

Confirm Before Sampling

Actual scene width and working distance.
Smallest target that must remain usable within the D120° image.
Whether the specified wide-angle distortion is acceptable or requires host-side correction.
Host processor and OV48B2Q RAW10 support.
MIPI electrical configuration and 24Pin connector definition.
Required FPC routing, bend area and available internal path.
Focus architecture and intended focus range.
Whether native 48MP capture or 4K30 is the primary operating mode.

Choosing This Model Within the 8K Camera Module Series

SF-SC48B20-3030524548-B V1.0 is the wide-angle long-FPC OV48B2Q direction within the 8K Camera Module Series.

Choose this model when the project needs more than a standard 48MP MIPI camera: the camera position is mechanically constrained, broad scene coverage is important, and the sensor head must be connected to the host through a longer flexible structure.

Related Models

OV48B2Q D80.1° 20Pin MIPI – SF-SC48B2Q-C6102-B V3.0
Consider this model when lower optical distortion and a more conventional FOV are more important than maximum scene coverage, and the host uses a 20Pin BTB connection.

OV48B2Q D80.1° 30Pin MIPI – SF-SC48B2Q-SP153E-B V1.0
Consider this model when the same OV48B2Q RAW platform is required with standard-angle optics and a 30Pin BTB host architecture.

Key Specifications

Specification	Details
Model	SF-SC48B20-3030524548-B V1.0
Sensor	OV48B2Q CMOS
Resolution	48MP / 8000 × 6000
Sensor Size	1/2 inch
Pixel Size	0.8μm × 0.8μm
4K Video	3840 × 2160 @ 30fps
Pixel Technology	4-in-1 Pixel
HDR	Supported
PDAF	Supported
Output Format	10bit RAW
Focus	VCM Autofocus*
Field of View	D120° × H96° × V73.8°
TV Distortion	< −14.12%
Interface	MIPI
Connector	24Pin BTB
Mechanical Direction	Long-FPC Design

SincereFirst Customization

Wide-Angle Lens and FOV

The standard direction provides D120° × H96° × V73.8° coverage. A different optical configuration can be evaluated when the project needs a larger target image, narrower scene coverage or reduced distortion.

FPC and Mechanical Layout

The long-FPC structure is intended for devices where the optical opening and host PCB are physically separated. FPC length, routing direction, bend area and connector position can be evaluated around the actual enclosure architecture.

MIPI and 24Pin BTB Integration

The standard direction uses a 24Pin BTB MIPI connection. Pin definition, host compatibility and MIPI configuration should be confirmed before the main-board layout is finalized.

Focus and RAW Image Processing

The required focus configuration and RAW10 imaging pipeline should be evaluated together with working distance, host ISP

support and any wide-angle distortion correction required by the final application.

Final configuration should be validated with the actual host platform, enclosure, optics, software, and lighting environment before sampling.

FAQ

When is D120° more useful than the D80.1° OV48B2Q modules?

Choose D120° when the device needs to see substantially more of the scene from one camera position. D80.1° is generally more suitable when keeping the target larger in the frame and controlling distortion are more important.

Does the 48MP sensor compensate for the smaller target size caused by the wider FOV?

It can provide more native pixels to work with, but it does not remove the optical trade-off. A wider FOV still makes the same target occupy a smaller proportion of the frame. Target distance and minimum required target pixels should be checked before selection.

Is the listed negative distortion value a problem?

The negative value indicates barrel-type distortion associated with the wide-angle optical configuration. Whether it is acceptable depends on the visual task. Some recognition or observation systems can tolerate it, while measurement-oriented systems may require correction or a narrower lens.

Why choose a long-FPC design?

A long FPC is useful when the sensor needs to sit near the camera opening while the host connector must remain farther inside the device. It solves a mechanical-layout problem rather than changing the sensor’s image capability.

Can this module be connected directly to any MIPI processor?

No. Sensor driver support, MIPI electrical configuration, RAW10 handling, connector pinout and ISP compatibility all need to match the host platform.

When should I choose one of the standard-angle OV48B2Q versions instead?

Choose the D80.1° versions when the project does not need extreme scene coverage and places greater value on lower distortion, a larger target image or a more conventional short-FPC connector architecture.

Evaluate This Module for Your Device

Share your scene width, target size and distance, acceptable distortion, host processor, 24Pin MIPI conditions and required FPC routing. SincereFirst can evaluate whether the D120° long-FPC configuration or a narrower OV48B2Q module is more suitable before sampling.