1MP Wide-Angle USB Camera Module for Wide-Area Viewing Devices

$1.00

1MP USB 2.0 camera module with JX-H62-C1-D3 sensor, Fixed Focus, D135° wide FOV, F2.8 lens, 38 × 38mm PCB and 5Pin USB connector.

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Description Send Inquiry

Introduction

When a camera is installed close to the scene, a standard viewing angle may leave important areas outside the image.

This USB camera module uses a D135° wide-angle Fixed Focus lens, allowing the device to capture a much broader scene from one fixed camera position.

The 38×38mm PCB provides a conventional square mounting platform, while the 5Pin USB connection supports integration into embedded devices that need a simple camera-to-host architecture. The current drawing identifies the JX-H62-C1-D3 sensor platform, F2.8 aperture and 135° viewing angle.

Applications in Real Devices

Self-Service and Interactive Terminals

A camera mounted inside a kiosk or display may have limited distance from the user.

The D135° field of view can capture a wider user area without increasing the depth of the enclosure.

Wide-Area Indoor Observation

Devices used to observe a nearby room, workspace or equipment area may need more surrounding context from a single camera position.

The ultra-wide optical direction helps reduce blind areas compared with a standard-angle lens.

Compact Front-Panel Cameras

Some products have a fixed camera opening and cannot move the camera farther away to increase scene coverage.

A D135° lens can provide broader coverage while retaining the same camera position.

Embedded USB Viewing Devices

Products using a USB host can integrate the camera as a compact image source when broad scene coverage is more important than narrow-field detail.

Project Evaluation Guide

Consider This Model When

Broad scene coverage is required.
D135° FOV matches the installation geometry.
The camera is positioned relatively close to the scene.
Fixed Focus is suitable.
A 38×38mm PCB fits the enclosure.
USB integration is preferred.
A standard square PCB is easier to mount than a narrow or split-board structure.

Confirm Before Sampling

Actual working distance.
Required horizontal and vertical scene width.
Smallest target detail that must remain visible.
Whether D135° makes the target too small in the frame.
Required resolution and frame rate.
Focus distance.
USB protocol and host compatibility.
Connector definition.
Available lens height and enclosure opening.

Choosing This Model Within the USB Camera Module Series

Choose this model when the main requirement is wide scene coverage from a fixed camera position.

Its main selection value is:

D135° Wide Angle + Fixed Focus + Standard 38×38mm USB Platform

Compared with narrower-FOV USB camera modules, it captures more surrounding information but also spreads the available image pixels across a larger scene.

The project should therefore choose it when coverage is more important than maximizing pixels on a small target.

Related Models

SF-AOV9712USB-H110 V1.0
Consider this model when H110° coverage is already sufficient and a narrower view is preferred.

SF-SCVGA-MY-V1.0
Consider this model when an even wider D150° optical direction is required for very close-range scene coverage.

Key Specifications

Specification	Details
Product Name	Wide-Angle USB Camera
Model	SF-SJF720
Sensor	JX-H62-C1-D3
Resolution Class	1MP*
Focus Type	Fixed Focus*
Interface Direction	USB 2.0*
Connector	USB 5Pin
Connector Signals	VDD / D− / D+ / GND / Shield Ground
Aperture	F2.8
Field of View	D135°
Maximum Image Area	Ø2.3mm
VCM	None
PCB Size	Approx. 38 × 38mm
Mounting Layout	Approx. 32 × 32mm
PCB Thickness	Approx. 1.2mm
Version	A / Drawing Version 001

SincereFirst Customization

Lens and Viewing Angle

FOV can be evaluated according to the real scene width, mounting distance and target size when D135° is wider or narrower than the final device requires.

Focus and Working Distance

The Fixed Focus position can be evaluated according to the actual camera-to-target distance once the project working range is defined.

PCB and Mounting Structure

PCB outline, mounting-hole layout and lens position can be reviewed according to the enclosure and camera opening.

USB and Connector Integration

Connector type, cable direction, pin definition and host-side USB requirements can be evaluated according to the final device architecture.

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

FAQ

When should I choose D135° instead of a standard-angle USB camera?

Choose D135° when the camera needs to capture a large area from limited mounting distance.

If the target needs to occupy a larger portion of the image, a narrower FOV may be more appropriate.

Does a wider FOV reduce target detail?

Yes, in practical terms.

The available pixels are distributed across a larger scene, so each individual object occupies fewer pixels than it would with a narrower lens.

Is this suitable for close-range viewing?

The D135° optical direction is relevant to short installation distances, but the current drawing does not specify the exact focus range.

The working distance should therefore be confirmed before sampling.

Can another 38×38mm USB camera directly replace this model?

No.

The same PCB size does not guarantee compatibility. Mounting holes, lens position, connector pinout, USB implementation and optical configuration must all be checked.

Does the 5Pin connector confirm USB2.0 compatibility?

The drawing confirms USB-style VDD, D−, D+, GND and shield signals.

The uploaded specification filename identifies the model as USB2.0, but the full electrical protocol should still be confirmed against the final host.

What information should be provided before selecting this model?

Provide the working distance, required scene width, target size, available PCB space, lens-height limit and host USB requirements.

Request Project Evaluation

If your device needs a wide-angle USB camera for broad scene coverage from limited installation distance, share the working distance, required viewing area, target size and available mounting space.

SincereFirst can help determine whether D135° provides the right balance between coverage and target detail before sampling.