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FSM:GO Camera Sensor Module with IMX676 Sensor and 16° HFOV Lens

Sony IMX676 camera sensor module with 16° HFOV for long-range, high-precision imaging in traffic surveillance, smart parking, and toll systems.

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Explore IMX676:

Product Number: 27355
Category: FSM:GO
Tags: configurator-lens|FSM:GO

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FSM:GO Camera Sensor Module with IMX676 Sensor and 16° HFOV Lens
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Product Summary

Narrow 16° HFOV camera sensor module with Sony IMX676 for high-precision imaging in traffic and surveillance systems.

FSM:GO Camera Sensor Module with IMX676 Sensor and 16° HFOV Lens Highlights

  • Sony IMX676 sensor with Starvis 2 technology
  • 16° HFOV for long-range imaging
  • 1:1 square optical format High-precision object detection
  • Durable all-glass lens construction

Targeted Applications

  • Observation
  • Smart Parking
  • Traffic Surveillance
  • Toll Systems

Product Specifications

FSM:GO CodeFSM:GO Code

FSM:GO-IMX676C-M12A-L16A-PM-A1Q1-V1A

LensLens

FOV: 16°H (IMX676), F2, IRC@650nm

Lens MountLens Mount

Height: 12.5 mm, Plastic, M12x0.5

Lens TypeLens Type

102° HFOV, 16° HFOV, 185° HFOV, 92° HFOV, No Lens

Sensor ModuleSensor Module

FSM:GO, IMX676 Color (AR)


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Short M12x0.5 lens holder, 8.6 mm tall, designed for secure and durable lens mounting in vision applications.


Description

The FSM:GO camera sensor module with the Sony IMX676 sensor and a 16° HFOV lens is designed for long-range, high-precision imaging in applications like traffic surveillance, toll systems, and smart parking. The narrow 16° HFOV ensures focused image capture, minimizing background noise and enhancing object detection accuracy. The IMX676, with Starvis 2 technology, delivers high-resolution 1:1 aspect ratio images at up to 64 fps, providing real-time data for mission-critical applications.

The 11 mm image circle, coupled with over 70% relative illumination, ensures bright and consistent image quality, even in low-light environments. The durable all-glass lens construction guarantees long-term reliability, making this module an excellent choice for dynamic and demanding environments where precision and clarity are paramount.


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