1080P60 Global Shutter AR0234 USB 3.0 Camera Module with External Trigger for Intelligent Transportation Systems

$1.00

Capture a passing vehicle at the intended point. Explore AR0234 global shutter imaging with external trigger, color or mono, and traffic-view lens choices.

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  • 1080P60 Global Shutter AR0234 USB 3.0 Camera Module with External Trigger for Intelligent Transportation Systems

    $1.00

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    • 1080P60 Global Shutter AR0234 USB 3.0 Camera Module with External Trigger for Intelligent Transportation Systems

      $1.00

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      Introduction

      This AR0234 camera combines 1080P60 global shutter imaging with external triggering for vehicle capture in intelligent transportation and access systems. Color or monochrome configurations and an optional 10× optical zoom lens let the image choice follow the vehicle detail, capture point and installation distance.

      Applications in Real Devices

      Vehicle and Plate Capture in Intelligent Transportation Systems

      A lane camera needs a useful view when the vehicle reaches the intended capture point.

      External trigger connects that event to image acquisition, while global shutter helps retain vehicle and plate geometry during motion. The lens should make the required vehicle detail visible from the actual roadside position.

      Parking Entrance and Access-Control Cameras

      An entrance system may need a vehicle overview, a plate-focused image or both. The capture point and available mounting position define the useful view. Color is relevant where vehicle appearance matters; monochrome is another ordering choice for contrast-focused imaging with the project’s lighting.

      Triggered Conveyor Inspection Stations

      A production controller can initiate capture as a part reaches a defined position. Global shutter helps keep its geometry useful as it moves through the station. The inspection host receives images associated with the selected event rather than relying only on a continuous sequence.

      Vegetable Sorting Equipment

      A sorter needs images while each item occupies the inspection area. This camera’s global shutter and external trigger suit equipment controlling that acquisition point. Lens choice follows the sorting width; a lens used in another sorting project should not automatically become the standard for this one.

      Precision-Agriculture Observation Equipment

      A field installation may need an optical view selected around crop rows or a defined observation area. The available color and monochrome configurations offer different image directions. Agricultural coverage is a project lens choice, with the mounting position and target area determining the optics.

      SF2A543-3.0

      Project Evaluation Guide

      • Identify the capture event.
        Choose this model when the controller must initiate acquisition at a vehicle or product position. For continuous video alone, compare image detail and frame rate without treating external trigger as a necessary extra.

      • Define what must be visible in the lane or work area.
        A vehicle overview and a plate-focused image may need different framing. Select color or monochrome around that information, and concentrate the optical view where the useful detail must appear.

      • Work from the available camera position.
        The standard D88° lens is a starting view; an optional 10× optical zoom lens offers adjustable framing. Neither choice defines an assured plate-reading distance or maximum vehicle speed by itself.

      How This Module Supports Device Requirements

      Image Acquisition Tied to the Device’s Event

      External triggering lets the surrounding equipment determine when acquisition begins. This is useful when a vehicle or product needs to be captured at a defined position in the scene.

      Global Shutter for Moving-Vehicle Geometry

      Global shutter avoids the line-by-line timing difference that can skew a passing vehicle. The resulting geometry is more useful where the host needs to examine a vehicle outline or plate area.

      An Image Configuration Around the Actual Target

      Color and monochrome versions, together with fixed-view and optional zoom lens directions, address different capture priorities. The camera can be configured around the required subject view instead of assuming one optical arrangement suits every lane.

      Choosing This Model Within the High Frame Rate USB Camera Module Series

      Choose the trigger combination for event-led acquisition; compare the alternatives when speed, output connections or scene detail dominate:

      Model

      Selection Reason

      SF2A543-3.0

      Choose 1080P60 global shutter with external trigger, USB 3.0 and color or monochrome selection.

      SF2A543

      Choose the separate USB 2.0 1080P100 model for a faster continuous image sequence. |

      SF2A5431-3.0

      Choose 1080P120 color USB capture and an HDMI connection when output roles matter more than external trigger.

      SF8A987-88

      Choose IMX678 4K60 for more scene detail where this page’s global shutter and trigger combination is not required.

      Key Specifications

      Specification

      Details

      Model

      SF2A543-3.0

      Product Name

      1080P60 Global Shutter AR0234 USB 3.0 Camera Module

      Sensor

      Onsemei AR0234 CMOS

      Resolution

      2MP / 1920×1080

      Video Output

      1920×1080 at 60fps

      Sensor Size

      1/2.6 inch

      Pixel Size

      3.0×3.0μm

      Shutter

      Global Shutter

      Trigger

      External Trigger

      Output Format

      MJPG / YUY2

      Focus

      Fixed Focus

      Focus Range

      1cm–Infinity

      FOV

      D88°

      Module Size

      38×38mm

      Protocol

      UVC

      Interface

      USB 3.0 Type-C

      Options

      10× optical zoom lens

      SincereFirst Customization

      Traffic, Sorting and Field-View Optics

      Starting from the D88° lens, SincereFirst can assess another FOV, focus, distortion requirement or filter configuration. The optional 10× optical zoom lens provides adjustable framing where the installation needs it.

      Camera Mounting, Connector and Cable Arrangement

      Board adaptation, mounting holes, connector placement and cable length can be evaluated around a roadside enclosure, machine frame or agricultural assembly. Lens space and access belong in the same mechanical discussion.

      Controller, Trigger and Light Integration

      The external-trigger function provides the starting point for assessing the controller signal, power requirements and illumination coordination. SincereFirst can review the electrical interface around existing equipment without assuming every controller can connect unchanged.

      Capture Settings and Host Integration

      For a traffic or production controller, SincereFirst can assess image settings and the required continuous or triggered capture workflow. Resolution, frame-rate configuration and host compatibility are evaluated around that workflow within the camera’s hardware limits.

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

      FAQ

      Does external triggering guarantee a readable plate at any vehicle speed?

      It controls when acquisition begins. A useful plate image still needs enough target detail and an exposure suited to the vehicle’s movement and light. Select the capture point, optics and illumination together; triggering alone cannot establish a speed or recognition guarantee.

      Can we retain the traffic controller and lighting already installed?

      Reuse can be evaluated by matching their signal, timing, power and lighting requirements to the camera configuration. SincereFirst can help identify the connection work needed before the installation commits to replacing those parts.

      Define the Vehicle View and the Moment to Capture It

      Send SincereFirst the lane or entrance layout, camera position and required capture event. We can help select image type and optics, then assess the controller and illumination integration for the sample.

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