OM-1 II 12-40 II KITEAN  4545350056063

Om System OM-1 Mark II with 12-40mm f/2.8 Lens, 17.4 x 13 mm (Four Thirds) BSI MOS

° Micro Four Thirds Flagship
The first flagship to carry the OM SYSTEM name, the OM-1 Mark II is a revamped second iteration of the proven Micro Four Thirds mirrorless camera.
Its 20MP stacked BSI Live MOS sensor and TruePic X processor deliver high-quality captures, speedy autofocus, and excellent low-light performance with a native ISO range of 200 to 102,400.
Primed to give you a closer view of your subject due to the crop factor of the Micro Four Thirds system, the OM-1 Mark II excels in wildlife and nature photography.
When you're shooting handheld, the sharpness of your images is greatly improved by the 5-axis in-body image stabilization.
Altogether, the OM-1 Mark II provides users mobility, precision, and a reliable workhorse camera for image and video capturing.

Among the noteworthy upgrades of the OM-1 Mark II are enhanced AI subject detection for humans, live graduated neutral density filters, updated menu configuration, 14-bit raw output, and rubberized dials.

° Cross Quad Pixel AF
1053 individual focus points are made available by the OM-1 Mark II's comprehensive Cross Quad Pixel autofocus system, allowing the camera to catch focus nearly anywhere on the sensor.
With this design, the camera automatically detects subjects such as birds, humans, animals, cars, airplanes, and trains in order to keep them in focus and track their movements.
This Cross Quad Pixel AF algorithm paired with the TruePic X processor promises a high-speed, reliable focusing performance.

° Notable Mark II Upgrades
- 20% increase in image stabilization and 8.5 EV stops of compensation
- Rubberized dials for a more tactile feel
- Menu button can be programmed to Delete, making it so you don't have to remove your left hand from your lens
- Triple the amount of tones in your images with 14-bit raw output
- Improved blackout-free sequential shooting
- Vertical video support
- Live GND8 and ND128 Filtering
- Improved Human