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System-Ready Camera Modules for Qualcomm Dragonwing

FRAMOS delivers system-ready camera integration for Qualcomm Dragonwing platforms, with strong support for QCS6490-based systems. FSM:GO camera modules combine high-quality image sensors, validated optics, open-source drivers, ISP tuning, and embedded vision expertise to bring reliable image data into Qualcomm edge AI applications.

System-Ready Camera Modules for Qualcomm Dragonwing
Platform Support
QCS6490 Dragonwing Edge AI MIPI CSI-2

Build Your Qualcomm Vision System with FRAMOS

Qualcomm® Dragonwing™ platforms are built for connected, AI-enabled edge devices that provide efficient processing, camera support, and scalable performance in compact embedded systems. But reliable vision performance depends on more than the processing platform alone.

FRAMOS supports Qualcomm-based vision systems with FSM:GO system-ready camera modules, open-source drivers, ISP tuning, validated optics, focusing expertise, and integration support for Dragonwing QCS6490-based platforms.

FSM:GO Modules
System-ready modules with matched optics and validated QCS6490 support.
Open-Source Drivers
Qualcomm driver resources via github.com/framosimaging.
ISP Tuning
Per-sensor and per-lens tuning aligned to your Qualcomm application.
QCS6490 Validated
Tested integration on Dragonwing QCS6490-based platform designs.
FRAMOS FSM:GO camera module on a drone platform - Qualcomm Dragonwing edge AI system
Dragonwing QCS6490 FSM:GO

FSM:GO modules connect to Qualcomm Dragonwing platforms via MIPI CSI-2

FRAMOS FSM:GO camera module precision calibration for Qualcomm Dragonwing systems
Geometric calibration & ISP tuning included
FSM:GO for Qualcomm

System-Ready Cameras for Qualcomm Edge AI

FRAMOS brings high-quality camera data into Qualcomm Dragonwing systems with FSM:GO camera modules designed for embedded vision applications. By combining selected image sensors, validated optics, platform support, and tuned image pipelines, FRAMOS gives teams a practical path from camera hardware to application-ready images.

For Qualcomm-based projects, FRAMOS provides driver resources and embedded vision support through the FRAMOS GitHub repository. Combined with Qualcomm's edge AI processing, connectivity, and camera capabilities, FSM:GO enables compact vision systems for robotics, industrial devices, smart equipment, and connected edge applications.

Sensor + matched optics + ISP tuning in one module
Open-source Qualcomm driver resources on GitHub
Strong support for Dragonwing QCS6490-based designs
Talk to a Vision Expert
Full-stack integration

Qualcomm Vision Stack Support

FRAMOS supports the path from FSM:GO camera module to Qualcomm edge AI application - helping developers access image data, tune image quality, and build reliable embedded vision pipelines on Dragonwing QCS6490-based systems.

FSM:GO Module
MIPI CSI-2
QCS6490 ISP
GStreamer
Edge AI App
Sensor + Optics
Interface
FRAMOS-tuned
Open-source driver
Dragonwing platform

FSM:GO for Qualcomm Platforms

FSM:GO camera modules give Qualcomm-based systems access to high-quality image sensors, validated optics, and a standardized camera module ecosystem. This reduces the work needed to bring reliable image data into edge AI products built around Dragonwing platforms.

  • System-ready modules for embedded vision
  • Strong support for QCS6490-based designs
Open-source

Drivers & Platform Resources

FRAMOS provides software resources that help developers integrate supported FSM:GO modules into Qualcomm-based platforms. Open-source driver access gives engineering teams a practical starting point for camera bring-up, validation, and application development.

  • Qualcomm driver resources via FRAMOS GitHub
  • Camera bring-up and platform validation support

ISP Tuning & Image Quality

Qualcomm platforms include strong camera and image processing capabilities. FRAMOS adds sensor knowledge, optics expertise, and ISP tuning support to help align the image pipeline with the sensor, lens, lighting conditions, and final application requirements.

  • ISP tuning for Qualcomm-based vision systems
  • Sensor, lens, and image pipeline optimisation
Open-source on GitHub

Qualcomm driver resources, ready to use

Developers can access FRAMOS Qualcomm camera driver resources, integration guides, and open-source tools through the FRAMOS GitHub repository - ready to integrate into your Dragonwing QCS6490-based vision pipeline.

github.com/framosimaging
Qualcomm drivers · FSM:GO resources · Integration guides
View FRAMOS on GitHub →
FRAMOS Qualcomm Driver Setup
# Clone FRAMOS Qualcomm camera resources
$ git clone https://github.com/framosimaging/framos-qcom-cam
# Apply FSM:GO device tree overlay
$ adb push fsm-go-imx678c.dtbo /sdcard/
# Verify camera bring-up
$ adb shell cam -l
✓ FSM:GO IMX678C detected on Camera0
✓ ISP configuration loaded
# Capture test frame
$ adb shell cam -c 0 --capture=test_4k.jpg
FSM:GO for Qualcomm Dragonwing

System-Ready Cameras for Qualcomm Edge AI

Every FSM:GO module ships with matched optics, platform-optimized Qualcomm drivers, and a tuned image pipeline - ready to connect and deploy on your Dragonwing-based system.

FSM:GO camera module - system-ready for Qualcomm Dragonwing platforms - FRAMOS
FSM:GO Camera Module
In the box
  • Camera module
  • Matched & validated lens
  • Qualcomm-validated driver
  • ISP-tuned image pipeline
FSM:GO
IMX678C
8 MP - 4K STARVIS 2

FSM:GO IMX678C

8.3 MP STARVIS 2 sensor with 4K resolution, NIR sensitivity, and excellent low-light performance. Ideal for robotics, inspection, and smart device applications on Dragonwing.

8.3 MP
Resolution
4K
Video
NIR
Sensitivity
FSM:GO
IMX676
12.3 MP - Ultra-Wide

FSM:GO IMX676

12.3 MP sensor with ultra-wide FoV options, HDR, and NIR sensitivity. Suited for wide-angle situational awareness and edge AI vision applications on Dragonwing.

12.3 MP
Resolution
HDR
Mode
NIR
Sensitivity

All FSM:GO modules include Qualcomm driver resources via github.com/framosimaging

Browse all FSM:GO modules

Build Your Qualcomm Vision System Faster

FRAMOS connects FSM:GO camera modules, Qualcomm driver resources, tuned ISP pipelines, and validated optics into reliable embedded vision systems for Dragonwing platforms.