OV9281 – 1.0 MP Monochrome Global Shutter Camera Module:
The OV9281 – 1.0 MP Monochrome Global Shutter Camera Module is based on the OV9281 monochrome sensor from Aptiva. The sensor has a 1/4.0″ optical format, which combined with the pixel size of 3.0 µm x 3.0 µm, provides the 1.0 MP 1280 x 800 WXGA image. What makes this product unique is this is a global shutter sensor, which captures the entire image simultaneously, rather than one column (or row) at a time.
Lens / Mounts:
These camera modules are sold bundled with the M12 M27280M07S lens (B0165 – with IR or NoIR lens) and a plastic mount. They are also available without a lens – just an 6.0 mm tall, 18 mm pitch plastic lens mount to protect the sensor during shipping. This module is not compatible with metal lens mounts, but most plastic lens mounts – up to 13 mm height – shipped with lenses will fit this board (NOTE: some risk of damage and injury is involved in removing the mount by gently heating the base and prying it from the mount with a sharp razor blade or Exacto knife – repeat as necessary around the perimeter). Also, this sensor is available with an IR filter stock lens attached to the sensor (B0162 – not compatible with any M12 or CS lens mount).
The key benefit of the standard lens mounts available with this module is the simplicity in swapping the lens – fisheye, wide-angle, telephoto, zoom, IR or NoIR filter – all of which are available from DLSCorp. Click on the Camera Lenses product category for the complete selection of ArduCAM lenses. Note, each lens purchased separately comes with its appropriate height lens mount, so you may choose to purchase the camera with only a generic plastic lens mount (to protect the sensor). Click on the Camera Lens Mounts product category for information about lens mounts, including compatibility with the various lenses.
In the Arduino world, a “shield” is a piggy-back circuit board that provides additional functionality to the development board. In this context, a camera shield provides the required interface from the camera module to your computer. You may choose to create your own custom-built hardware interface via the 30-pin 0.5 mm pitch interface. Or, you will need to purchase the ArduCAM MIPI Adapter Board for USB3.0 Camera Shield and the ArduCAM USB3.0 Camera Shield, (or just the new ArduCAM USB 2 Rev E Camera Shield) which provides you a USB connection to a Windows or Linux computer for this camera module. Open-source software and binaries are provided on the ArduCAM GitHub site (see link below) for these boards. ArduCAM supplies a wide variety of camera modules that are compatible with their USB Camera Shields, and all are available from DLSCorp.
Raspberry Pi Interface:
In addition to working with the USB camera shields, the camera module is a custom-designed add-on for the Raspberry Pi system boards. The board itself is tiny, at around 40 mm x 40 mm. The camera is connected to the BCM2835 processor on the Pi via the CSI bus. The CSI bus is capable of extremely high data rates, and it carries pixel data exclusively. A 15-pin flexible flat cable (FFC) connects the camera to the CSI socket on the Raspberry Pi; additional lengths of the FFC cables are also available (a CSI/DSI Extender is required). Unlike the 5 and 8 MP cameras, this camera module requires special MIPI software available from the ArduCAM GitHub site.
The camera is supported in the latest version of Raspbian, Raspberry Pi’s preferred operating system.
- Optical size 1/4.0 inch
- Resolution 1280 × 800 WXGA
- 3.0 µm x 3.0 µm pixel size, 3.896 mm x 2.453 mm sensor size
- Standard 15-pin pitch Flat Flexible Connector for Raspberry Pi CSI-2 connector
- Output interface: 1-lane MIPI serial output
- Output formats: 8/10-bit B&W RAW
- Maximum image transfer rate: 1280 x 800@60 fps
- 10 g / 40 mm x 40 mm
- OV9281 1.0 MP Camera Module w/ selected lens / mount (qty 1)
- 150 mm 15-pin CSI flexible flat cable (qty 1)
- This camera and RPi driver doesn’t support ISP functions like AEC/AGC etc., and does not support hardware JPEG/H.264 encoding.