GC2053 1080P60 H120° Wide-Angle USB Camera Module for Fitness Mirrors

$1.00

Keep exercise movement within the camera view. Explore an H120° 1080P60 USB module with a compact board for fitness mirrors and interactive displays.

—————————————————————————————–
Price is for reference only. Please contact us for the latest quotation.

+ −
  • GC2053 1080P60 H120° Wide-Angle USB Camera Module for Fitness Mirrors

    $1.00

    Request a Call Back

    • GC2053 1080P60 H120° Wide-Angle USB Camera Module for Fitness Mirrors

      $1.00

      Ask a Question

        ... people are viewing this right now

        Share

      Introduction

      This GC2053 USB camera combines a wide horizontal view with full-HD capture at 60fps for devices observing people in motion. Its compact board provides a starting point for fitness mirrors and display-mounted cameras that need to include a user’s activity area.

      Applications in Real Devices

      Fitness Mirrors for Guided Exercise
      A mirror needs to keep the relevant body area visible as the user reaches, steps and changes pose.

      A broad view helps include sideways movement from the display’s fixed camera position. Full-HD video supplies the workout images used by the mirror’s display or motion-processing host.

      Full-Body Gesture-Control Kiosks

      A standing user may interact across an area wider than a face-camera view. The lens can include that activity zone while the video sequence records changes in body position. Camera height and the closest user position determine whether the required movements fit.

      Room-View Telepresence Displays

      A telepresence display may need to show several people or a person moving around a small room. Broad coverage helps where the camera cannot be set farther back. The useful view should include the participants without assigning unnecessary image space to empty room edges.

      Cleaning-Robot Environment Cameras

      A robot needs images from its own position near floors and furniture. Wide-angle capture provides a broad surrounding view for the robot’s host to use. Lens coverage and the nearest useful object distance should be selected around the robot’s mounting height.

      Project Evaluation Guide

      • Size the required activity area.
        Consider this lens where broad horizontal coverage is important from a display-mounted position. For full-body exercise, check the vertical view and widest poses as well; horizontal angle alone does not establish body coverage.

      • Select the level of person detail.
        Full HD is relevant for body movement and room video. Choose higher resolution if small face or object detail must remain visible across the entire scene, or a global shutter model if motion geometry is the decisive requirement.

      • Fit the working position and board shape.
        The standard focus range starts at 50cm and the board is 25×25mm. A closer subject or a narrow bezel that cannot accept a square board calls for different optics or another board shape.

      How This Module Supports Device Requirements

      Coverage for Movement Beyond a Resting Pose

      The wide view makes room for activity around the user’s starting position. It is useful when a mirror or kiosk must include extended arms and sideways movement from one fixed camera location.

      A Frequent Full-HD View of the User

      1080P60 capture supplies successive views through a workout or interaction. It gives the host more movement samples than a 30fps sequence while maintaining full-HD scene detail.

      A Compact Starting Assembly for the Display

      The small square board lets the camera be considered within the display housing rather than as a separate external unit. The low-power GC2053 sensor is another relevant selection factor where the product has a constrained power budget.

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

      Start with workout coverage, then compare installation shape and the need for indoor-light or 4K imaging:

      Model

      Selection Reason

      SF-C2013USB-2525-H120 V1.0

      Choose the H120° wide view and compact square board for a broad workout or user area.

      SF-C2013USB-6010-1080P60-CHN-D90 V1.0

      Choose a 50×10mm long-strip board where a narrow bezel is the stronger constraint.

      SF-C2013USB-2525-STAR V1.0

      Choose IMX662 STARVIS 2 and F1.6 optics when indoor light is a stronger selection priority.

      SF8A625-88

      Choose USB 3.0 4K60 when the device needs more scene detail and can accommodate a different assembly.

      Key Specifications

      Specification

      Details

      Model

      SF-C2013USB-2525-H120 V1.0

      Product Name

      GC2053 1080P60 H120° Wide-Angle USB Camera Module

      Sensor

      GalaxyCore GC2053 low-power CMOS

      Resolution

      2MP / 1920×1080

      Video Output

      1920×1080 at 60fps

      Sensor Size

      1/2.9 inch

      Pixel Size

      2.8×2.8μm

      Output Format

      MJPG / YUV

      Focus

      Fixed Focus

      Focus Range

      50cm–Infinity

      FOV

      D145° / H120° / V64°

      F.NO

      2.0

      EFL

      2.9mm

      TV Distortion

      < −25%

      Module Size

      25×25mm

      Protocol

      UVC

      Interface

      USB 2.0

      SincereFirst Customization

      Lens and Filter Choices for the User Area

      SincereFirst can evaluate focal length, FOV, focus, distortion requirements and filters using the camera height and exercise space. The lens should follow the user’s movements and required detail, not the widest available angle alone.

      Display Border, Board and Cable Adaptation

      The standard square board can be assessed against the camera compartment and lens opening. Board shape, mounting holes, connector direction and cable length can be evaluated for the mirror’s mechanical layout.

      Power and Display-Electronics Integration

      USB protocol requirements, the device power budget and any illumination coordination can be reviewed around the display electronics. Sensor low-power positioning is not a substitute for evaluating the complete camera assembly’s consumption.

      Video Settings for the Fitness Host

      Representative workout sequences let SincereFirst assess image settings around the body area and movement the mirror needs to show. Resolution, frame-rate configurations and host compatibility can be reviewed for the intended full-HD viewing or processing task.

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

      FAQ

      Can the camera sit behind the mirror’s front glass?

      The camera needs an optical path that lets the scene reach the lens. Mirror coatings, tinted material and the opening geometry can change that path or create reflections. Assess the actual glass and camera opening rather than assuming the bare-board view will remain unchanged.

      Can one camera position support both seated and standing exercise?

      It can where both required body areas remain inside the selected view. Design the camera height and coverage around the two working positions together; a view chosen only for a standing user may omit movements made lower down.

      Frame the Activity Area Before Finalizing the Mirror

      Share the mirror layout, camera height and intended user positions with SincereFirst. We can help select the optical view and assess the camera assembly around the display design.

      Send Inquiry

        Close
        Close My Cart
        Close Recently Viewed
        Close
        Close
        Categories