December 22, 2011
Mega-Pixel/IR-Corrected P-Iris Vari-Focal Lens for Integrated Cameras
Announcing the 1/3"-format 3.0-9mm F/1.2 Model DF010Q03
Tamron Co., Ltd. (headquarters: Saitama City; President: Morio Ono) announced today the release of Model DF010Q03, a P-iris vari-focal lens for integrated cameras supporting mega-pixel resolutions and infrared, with a 1/3" imager size, 3.0-9.0mm focal length, and an F/1.2 aperture.

DF010Q03
Development Background
Demand for compact, integrated cameras is on the rise in the mega-pixel security camera market due to their installation efficiency and cost advantages. Tamron brought high-definition monitoring to the mega-pixel security camera market in 2008 with the Model DF010, a 3.0-9mm F/1.2 vari-focal lens for integrated cameras that supports both mega-pixel resolutions and infrared.
In addition, the spread of mini-dome cameras and development of image sensors with higher pixel counts has led to a strong demand for higher definition in monitoring images. Existing lenses could not fine-tune the iris to match the environment, so image quality degradation due to diffraction at smaller aperture in bright areas was common. Tamron has addressed this issue with Model DF010Q03, a vari-focal lens with P-iris technology incorporating a bipolar drive stepper motor for fine-tuning the iris. This enhancement produces high-definition, high-contrast monitoring images in a broader range of camera installation environments.
Main Features
- 1. Stepper motor design allows the precise control of the iris setting
There is often a drastic drop in image quality with ordinary lenses due to a diffraction phenomenon caused by small apertures. Normally, a galvanometer is used to control the iris of the lens but precise adjustments of the aperture to a desired position were not possible. By using a stepper motor to control the iris, this lens is capable of adjusting the aperture to a position that does not cause diffraction, enabling an appropriate exposure level by utilizing the camera shutter speed.*1 The result is the ability to record high quality, high contrast images, even in bright outdoor areas. This fine-tune control allows the user to acquire excellent image quality while at the same time achieve good depth of field at most installations.
- 2. While maintaining resolution above a mega-pixel, the lens delivers a standard range of 3.0-9mm, and F/1.2 brightness. Tamron’s proprietary optical design achieve high resolution and high contrast not only in the center, but also at the image corners.
- 3. Compact design is ready for installation on popular 3-inch mini-dome cameras.
- 4. An infrared switching mechanism enables 24-hour surveillance, providing clear image quality even at night and near infrared lighting conditions, achieving true 24-hour surveillance.
- 5. Further improvement in corner resolution is realized over earlier model lenses with more than a mega-pixel in resolution.
- 6. Attention is paid to diverse CMOS sensor size in the image circle design.
- 7. Gear rings on the control ring enable remote control of focus and zoom.
- 8. The lens is designed as an environmentally sensitive product.
| Main specifications |
| Model |
DF010Q03 |
| Imager size |
1/3 |
| Mount |
φ19mm |
| Focal Length |
3.0mm-9mm |
| Maximum Aperture |
F/1.2 |
| Zoom Ratio |
3x |
| Angle of View (Horizontal × Vertical) |
Wide |
93.0°×68.4° |
| Tele |
31.7°×23.8° |
| Iris Type |
P-iris |
| Focus Range |
0.3m - ∞ |
- * 1Connecting the lens to a camera that does not support the P-Iris technology may cause malfunction. The lens cannot be connected to cameras that use DC auto iris or video auto iris lenses.
- *All design elements and specifications are subject to change without notice.
- * This information is current as ofweb page publication date (December 22, 2011).
- *This product requires development on the camera side.
| Release Date and Price |
| Release date |
December 26. 2011 |
| Price |
open |
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- Announcing the 1/3"-format 3.0-9mm F/1.2 Model DF010Q03, Mega-Pixel/IR-Corrected P-Iris Vari-Focal Lens for Integrated Cameras
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