BASLER

Basler Dart MIPI Board Level cameras

Basler Dart MIPI Cameras for embedded vision systems

Basler's Embedded Vision Camera Modules enable versatile embedded camera applications. They can be connected to a minicomputer or even directly to a SoC chipset or FPGA processor. You can take advantage of Basler camera modules in a variety of applications from medical devices to code readers or stereo camera systems

 

Camera modules are available with USB 3.0, BCON for MIPI and BCON for LVDS interfaces. Basler's pylon Camera Software Suite facilitates software development by providing a unified software interface (API) for camera configuration and image capture across all interfaces. Basler's camera modules, of course, offer excellent quality, as well as compatibility with industrial machine vision standards and GenICam.

 

The BCON for MIPI interface developed by Basler is designed for rapid integration with devices that incorporate the MIPI CSI-2 standard video interface. Depending on the model, image preprocessing is done either on the host's ISP circuitry, allowing for highly integrated embedded applications to be built, or in the camera's own FPGA circuitry, providing flexibility in application design. Currently, dart MIPI camera modules are compatible with Qualcomm Snapdragon SoCs and NXP i.MX 8 series processor cards.

Read more
  • Resolution 5-13 Megapixels
  • Speed 30-60 fps
  • Colour image
  • MIPI CSI-2 interface for embedded vision camera applications
  • S-Mount and bare board versions

Selected variant

Available in several variants

Selected variant

Technical data

3612_Pixel size (µm) 2.2 x 2.2
Approvals CE, FCC, GenICam, RoHS, UL, EAC
Digital inputs 2
Digital outputs 2
Frame rate max 60 fps
Height 5.3 mm
Interface BCON for MIPI
Length 27 mm
Lens barrel Bare board
Mono/color Color
Power consumption 0.6 W
Resolution max 2560 x 1920 px
Sensor model AR0521
Sensor size 1/2.5"
Sensor supplier ON Semiconductor
Sensor Type CMOS
Shutter type Rolling
Weight 9 g
Width 27 mm

Product description

Basler's Embedded Vision Camera Modules enable versatile embedded camera applications. They can be connected to a minicomputer or even directly to a SoC chipset or FPGA processor. You can take advantage of Basler camera modules in a variety of applications from medical devices to code readers or stereo camera systems

 

Camera modules are available with USB 3.0, BCON for MIPI and BCON for LVDS interfaces. Basler's pylon Camera Software Suite facilitates software development by providing a unified software interface (API) for camera configuration and image capture across all interfaces. Basler's camera modules, of course, offer excellent quality, as well as compatibility with industrial machine vision standards and GenICam.

 

The BCON for MIPI interface developed by Basler is designed for rapid integration with devices that incorporate the MIPI CSI-2 standard video interface. Depending on the model, image preprocessing is done either on the host's ISP circuitry, allowing for highly integrated embedded applications to be built, or in the camera's own FPGA circuitry, providing flexibility in application design. Currently, dart MIPI camera modules are compatible with Qualcomm Snapdragon SoCs and NXP i.MX 8 series processor cards.

Accessories

Related

Parts 3612_Pixel size (µm) Frame rate max Height Length Lens barrel Resolution max Sensor model Sensor size Weight Width Price
2.2 x 2.2
60 fps
5.3 mm
27 mm
Bare board
2560 x 1920 px
AR0521
1/2.5"
9 g
27 mm
2.2 x 2.2
60 fps
5.3 mm
27 mm
S-mount
2560 x 1920 px
AR0521
1/2.5"
9 g
27 mm
2.2 x 2.2
60 fps
5.3 mm
27 mm
Bare board
2560 x 1920 px
AR0521
1/2.5"
5 g
27 mm
2.2 x 2.2
60 fps
5.3 mm
27 mm
S-mount
2560 x 1920 px
AR0521
1/2.5"
9 g
27 mm
1.1 x 1.1
30 fps
5.3 mm
27 mm
Bare board
4208 x 3120 px
AR1335
1/3"
5 g
27 mm
1.1 x 1.1
30 fps
17.5 mm
29 mm
S-Mount
4208 x 3120 px
AR1335
1/3"
5 g
29 mm

Selected variant

Select a variant in the list

Contact us
If you need any help, you can contact us in one of the following ways:
0116 284 9900
Send e-mail
Use live chat
Do you need help?