PMA 2010 Report
PMA 2010 News - The Sigma Corporation is pleased to announce the new Sigma SD15 Digital SLR camera. This camera is the latest model in Sigma’s SD series. Powered by the 14 megapixel Foveon X3 direct image sensor it can capture all primary RGB colors at each and every pixel location arranged in three layers. The new Sigma SD15 SLR camera incorporates the “TRUE II” image processing engine which processes the large amount of data from the 14 megapixel direct image sensor. It also provides high resolution power and reproduces high definition images with impressive three-dimensional detail, rich in gradation. The Sigma camera adopts the SD card and incorporates a highly visible 3.0 inch LCD monitor, 77-Segment AE sensor and AFE (Analog Front End).
PMA Show 2010 - The Sigma Corporation is pleased to announce the new Sigma DP2s compact digital camera featuring a 14 megapixel FOVEON X3 direct image sensor (2,652× 1,768× 3 layers). The Sigma DP2s is the successor to the DP2 which was introduced to market in April 2009 and incorporates a new AF algorithm, a Power Save Mode and a new rear design. The new AF algorithm provides high speed auto focusing, ensuring convenient shooting. The Power Save Mode lowers the battery consumption. When this mode is enabled, a greater number of pictures can be taken with a single charge of the battery. The new rear design aids quick recognition of the controls. The addition of red markings has been used to enable easier operation of the cameras controls.
PMA Show - The Sigma Corporation is pleased to announce the new Sigma DP1x compact digital camera, incorporating a “TRUE II” image processing engine, as used in the Sigma DP2 and SD15 digital SLR. In March 2008, Sigma introduced a high-end compact digital camera with the concept of “A new compact digital camera featuring the same technology as an SLR”. The Sigma DP1 featured the same large image sensor as Sigma’s digital SLR cameras. The Sigma DP1 has established a strong following from a wide range of photographers, both amateur and professional. The Sigma DP2 was then launched in April 2009. After the launch of the DP2 camera, users could continue to enjoy the image quality of the DP1 for wide focal length photography and also take advantage of the DP2’s standard focal length.
In addition to the many interviews, attending various lectures, and receiving the information about (upcoming) product introductions, I went out to take photos with several new digital cameras. One of which is the Sigma DP2 compact camera, and although not a final production model, we are already able to provide you with a number of test photos which were made in Las Vegas with the Sigma DP2. The Sigma DP2 digital camera was first mentioned during the Photokina 2008. At that time, the process of the development of the Sigma DP2 camera was announced. This time, however, during the PMA 2009, it has become clear that Sigma is ready to launch the Sigma DP2 and deliver the new camera to its distributors.
The Sigma Corporation is pleased to announce the launch of the new Sigma SD14 Digital SLR camera. The new Sigma SD14, powered by the 14 megapixels Foveon X3 direct image-sensor, can reproduce high definition images. The Sigma SD14 Digital SLR camera features four JPEG recording modes, large and bright pentaprism viewfinder with 98% coverage, a built-in flash with a Guide Number of 11, 5 point AF system, a large 2.5” 150,000 pixel resolution LCD monitor as well as high resolution and user friendly design. The durable shutter mechanism has a over 100,000 cycle life and is ideal for the demands of digital photography. Sigma introduced its first digital SLR camera, the Sigma SD9, to the market in October 2002.
Sigma announces the launch of the Sigma DP1 using three silicon embedded layers of photo sensors stacked to take advantage of silicon’s ability to absorb red, green and blue light at different respective depths. The size of image sensor used in DP1 camera is approximately 10 times larger than those used in an ordinary point and shoot camera. Large size image sensor takes advantage of larger pixels. So far point and shoot digital cameras incorporated small size image sensors, and researches for increasing the number of pixels by keeping the image sensor small is still continuing. However, there are limitations in these researches, because keeping image sensor size small will result poor capture of the light poorly.