Skip to main content
Home - FRAMOS
FRAMOS Logo

FSM:GO Camera Sensor Module with IMX678 Sensor and 110° HFOV Lens

IMX678 camera sensor module with 110° HFOV, ideal for computer vision, sports analytics, and surveillance with wide scene coverage and 4K streaming.

framos

Explore IMX678:

FSM:GO Camera Sensor Module with IMX678 Sensor and 110° HFOV Lens
FSM:GO Camera Sensor Module with IMX678 Sensor and 110° HFOV Lens

Product Number: 27361
Category: FSM:GO
Tags: configurator-lens|FSM:GO

Request a Quote for:

FSM:GO Camera Sensor Module with IMX678 Sensor and 110° HFOV Lens

  • Submit Your Details

    Complete the quote request form with your project requirements and contact information.

  • Discuss Your Needs

    Our specialists will reach out for a brief consultation to ensure we tailor the perfect imaging solution for your application.

  • Receive Your Custom Quote

    We’ll provide a detailed quotation and guide you through the next steps, including evaluation kits, pricing, and timelines.

Product Base:

FSM:GO Camera Sensor Module with IMX678 Sensor

FSM:GO Camera Sensor Module with IMX678 Sensor

Other Variants:

Click the button to compare these products.

Product Summary

Wide 110° HFOV camera sensor module with IMX678 for computer vision and surveillance applications.

FSM:GO Camera Sensor Module with IMX678 Sensor and 110° HFOV Lens Highlights

  • Sony IMX678 sensor with 4K streaming
  • Wide 110° HFOV for broad scene capture
  • 12-bit resolution for high-quality imaging
  • High dynamic range for low-light applications
  • Durable all-glass lens construction

Targeted Applications

  • Sports Analytics
  • Public Domain Surveillance

Product Specifications

FSM:GO CodeFSM:GO Code

FSM:GO-IMX678C-M12C-L110A-PM-A1Q1-V1A

LensLens

FOV: 110°H (IMX678), F2, IRC@650nm

Lens MountLens Mount

Height: 12.5 mm, Plastic, M12x0.5

Lens TypeLens Type

100° HFOV, 110° HFOV, 54° HFOV, No Lens

Sensor ModuleSensor Module

FSM:GO, IMX678 Color (AR)

Product Downloads

Documents

No documents are available at the moment.

More resources

Accessories

FLA-MI-M-12522-00 - Medium M12x0.5 Framos Lens Holder

FLA-MI-M-12522-00 - Medium M12x0.5 Framos Lens Holder

Durable M12x0.5 lens holder for machine vision applications, with 12.5 mm height and 22 mm hole distance.

Description

The FSM:GO camera sensor module, equipped with the IMX678 sensor and a 110° HFOV lens, is a precision-engineered solution for computer vision tasks that require a wide field of view and superior image quality. This module offers 4K/UHD streaming with 12-bit resolution, while its wide 110° HFOV provides extensive scene coverage. Built with Sony’s Starvis 2 technology, it ensures excellent low-light performance, making it ideal for sports analytics and public domain surveillance. The all-glass construction of the lens enhances durability, ensuring reliable performance in dynamic environments.

FSM:GO Housed Camera Sensor Module with IMX678 Sensor and 110° HFOV Lens

FSM:GO Housed Camera Sensor Module with IMX678 Sensor and 110° HFOV Lens

This is the housed version of the FSM:GO-IMX678C, featuring a compact enclosure. Wide 110° HFOV camera sensor module with IMX678 for computer vision and surveillance applications.

Latest Blog Posts

Our latest blogs

Welcome to our blog section, where knowledge meets inspiration. Explore insightful articles, expert tips, and the latest trends in our field.

View All
SLVS-EC: The High-Speed Interface for Next-Generation Vision

SLVS-EC: The High-Speed Interface for Next-Generation Vision

Rising Bandwidth Needs  As imaging systems push toward higher resolutions and faster frame rates, traditional interfaces such as MIPI D-PHY and sub-LVDS often cannot keep up with the growing data...

Read more
FRAMOS Sensor Modules for Data-Driven Sports Analytics

FRAMOS Sensor Modules for Data-Driven Sports Analytics

Transforming Sports Analytics with ImagingThe use of image sensors has become increasingly important in sports analytics, revolutionizing the way player performance, team strategies, and game dynamics are understood. Modern sensors...

Read more
De-risking your large format sensor project from the get-go

De-risking your large format sensor project from the get-go

Designing in large-format sensors is challenging: Board design and production processes need to be aligned and tuned in every batch to prevent deformation and unstable optical performance, tuning of multiple...

Read more
The Future of Edge AI Vision: Real-Time Intelligence at the Source

The Future of Edge AI Vision: Real-Time Intelligence at the Source

In 2026, we will experience a turning point in the combination of artificial intelligence and computer vision. The processing of image data “at the edge” is on the rise, adding...

Read more
Image sensors for agriculture: Innovations and Challenges 

Image sensors for agriculture: Innovations and Challenges 

Precision farming in the digital age  The use of image sensors has become increasingly important in agriculture in recent years, particularly in the context of precision farming. This development has...

Read more
Challenges and system considerations in 8K imaging

Challenges and system considerations in 8K imaging

The transition to an 8K imaging system involves far more challenges than simply increasing the number of pixels. 8K typically means a horizontal resolution of around 7680 pixels at up...

Read more
Leveraging NIR Imaging for Precision Agriculture Drones

Leveraging NIR Imaging for Precision Agriculture Drones

The use of near-infrared (NIR), a spectral range of light beyond the visible range, has become firmly established in modern agriculture. NIR technologies enable non-destructive, rapid analysis of plants and...

Read more
Why Geometric Calibration Matters for UAV Navigation

Why Geometric Calibration Matters for UAV Navigation

The importance of precise navigation in autonomous UAV systems Autonomous navigation of unmanned aerial vehicles (UAVs) requires accurate environmental data and reliable positioning. While GNSS reception (such as Galileo or...

Read more