Nokia Lumia 925: New Video Explains the Smartphone Camera OIS Technology
Another attractive feature that the Nokia Lumia 925 smartphone offers to consumers, aside from the variety of bright colour choices, is the camera's quality imaging technology. Nokia continues to plug the Nokia Lumia 925 Windows Phone 8 handset with a shared video that explains the Optical Image Stabilisation (OIS) technology in the camera module.
The new video advertisement is titled "Precision: Inside your smartphone camera" and briefly discusses how the Nokia Lumia 925 utilises the six high-precision Carl Zeiss lenses that feature a lens that is 10 times smaller compared to a sophisticated digital camera.
The Nokia lenses come from Zeiss, a German manufacturer who came up as well with the Tessar Lens found in a couple of Nokia Lumia models. The Zeiss lens, with its size not larger than a pin, is placed inside the Nokia smartphone to create sharp images comparable to those captured from a professional photographer using a full-sized camera.
The other important factor in photographic precision is the Optical Image Stabilisation technology with the extremely fast reaction time. According to the Nokia video shared on YouTube, the Nokia Lumia 925 camera can draw accurate detail on "0.0000014" meter pixels and flaunted Nokia's Optical Image Stabilisation (OIS) that allows the smartphone users to generate sharper images even with shaky hands and low-lighting conditions.
The Optical Image Stabilisation generally works with the use of a very precise sensor called gyroscope that can identify camera movement and react to it as well. The smartphone's lens element goes in motion to balance the camera-shake issue.
The Nokia Lumia 925 is anticipated to be launched in the U.S. on July 10 during T-Mobile's scheduled event in New York City. The Finnish smartphone features a 4.5-inch screen display with 1280x768p resolution, 1.5GHz dual-core Snapdragon processor, Bluetooth, NFC technology and the power of a 2000mAh battery where the maximum standby time is 440 hours with more than 12 hours of talk-time under a 3G network.
