Skip to main content
FRAMOS Logo

Sony Starvis 2 IMX585 – 8.29 MP RGB CMOS Sensor

8.29 MP RGB CMOS sensor for 4K security cameras and low-light video imaging.

sony

Product Number: 25437
Category: Area Sensors

Request a Quote for:

Sony Starvis 2 IMX585 - 8.29 MP RGB CMOS Sensor
  • 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.

Important Notice for Sony Sensors

FRAMOS is no longer an official distributor of Sony image sensors. We can still process your inquiries; however, all inquiries regarding Sony sensors will be forwarded and further communicated by our sister company, RESTAR FRAMOS Technologies.

Learn more at RESTAR FRAMOS Technologies.

Product Summary

The IMX585AAQJ1-C is an 8.29 MP RGB CMOS sensor, ideal for 4K security camera systems and low-light applications.

Sony Starvis 2 IMX585 – 8.29 MP RGB CMOS Sensor Highlights

  • 8.29 MP RGB resolution
  • Rolling shutter
  • High sensitivity and low dark current
  • 4K imaging with 90 fps

Targeted Applications

  • Security Cameras
  • Surveillance Systems
  • 4k Video Imaging
  • Low-Light Imaging

Product Specifications

Pixel Size x [µm]Pixel Size x [µm]

2.9

Pixel Size y [µm]Pixel Size y [µm]

2.9

InterfaceInterface

MIPI

Bit DepthBit Depth

10, 12

ChromaticsChromatics

RGB

Frame Rate [fps]Frame Rate [fps]

90

Horizontal Resolution [px]Horizontal Resolution [px]

3840

Image Diagonal [mm]Image Diagonal [mm]

12.84

ManufacturerManufacturer

Sony

Product TypeProduct Type

Area Sensors

Resolution [MP]Resolution [MP]

8.29

Sensor SizeSensor Size

1/1.2 inch

Sensor TypeSensor Type

CMOS

Shutter TypeShutter Type

Rolling Shutter

Vertical Resolution [px]Vertical Resolution [px]

2160


Product Downloads

Documents

No documents are available at the moment.


Accessories

No accessories are available at the moment.


Description

The Sony Starvis 2 IMX585AAQJ1-C is an 8.29 MP RGB CMOS image sensor, designed for high-performance applications in security camera systems. Featuring a diagonal 12.84 mm (Type 1/1.2) optical format and a pixel array of 3840 x 2160 pixels, the IMX585AAQJ1-C provides detailed 4K imaging with a pixel size of 2.9 µm x 2.9 µm. The sensor uses a rolling shutter and incorporates R, G, and B primary color mosaic filters, ensuring vibrant and accurate color reproduction. Operating on a triple power supply configuration (analog 3.3 V, digital 1.1 V, interface 1.8 V), the sensor offers low power consumption, making it ideal for energy-efficient continuous operation in surveillance systems. With its high sensitivity and low dark current characteristics, the IMX585AAQJ1-C excels in low-light environments, delivering clear, sharp images without smear. The sensor features an electronic shutter with variable charge-integration time, enhancing flexibility in exposure settings. Packaged in a durable ceramic LGA, this sensor is optimized for high-resolution, real-time monitoring applications in security and surveillance systems.


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
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
Custom UAV Vision Solutions Without High R&D Investments

Custom UAV Vision Solutions Without High R&D Investments

The Critical Role of Vision in Modern UAV Systems The UAV industry is at an inflection point. Drones are no longer gadgets or niche military tools – they are business-critical...

Read more
Choosing the Right Camera Module for Autonomous Drones

Choosing the Right Camera Module for Autonomous Drones

The Critical Decision: UAV Camera Integration in Autonomous Systems For technology leaders developing autonomous drones, imaging capabilities have evolved from optional features to mission-critical requirements. Today’s UAV systems must navigate...

Read more