Panasonic HDC-SDT750 | Full HD 3D Camcorder

The 3MOS System has 7.59 million effective motion image pixels (2.53 megapixels x 3). This sensor separates the light received through the lens into the three primary colors -- red, green and blue, and processes each color independently, to offer images with significantly better color quality, detail and gradation than 1MOS sensor system. Large-diameter F1.5 lens, 3MOS Sensor and Crystal Engine PRO have improved the efficiency of light gathering, increased sensitivity, and reduced noise to enable bright, low-noise recording in dim lighting.

1080/50p recording (Full-HD, 1920 x 1080, 50 progressive recording) conveys about twice the information of 1080i (interlace) recording to produce high image quality. It minimizes afterimages and flickering caused by subject motion and renders crisp, detailed images. A 64-GB SDXC card can record approximately 27 hours 30 minutes of 1920 x 1080i high-definition video in HE mode, and approximately 5 hours 20 minutes of 1920 x 1080p Full-HD video in 1080/50p mode. *Not available when 3D conversion lens attached.

HYBRID O.I.S. is a optical/electrical image stabilization system. Further to blurring by vertical/horizontal wrist movements, it detects subtle blurring by vertical/horizontal entire arm movement and corrects them using a lens in the optical system and a sensor in electrical system. In electrical image stabilization, utilizing an unused area of the sensor when zooming, suppresses image degradation. Powerful correction realizes beautiful images even when shooting on the move or zooming. **Normal O.I.S. works when 3D conversion lens attached.

HDC-SDT750 provides more powerful hand-shake correction with O.I.S. Lock. By pressing the O.I.S. Lock button on the LCD monitor, the blur detection sensitivity is maximized and all kinds of camera movements are detected as hand-shake and corrected. O.I.S. Lock is ideal for applications like bird watching, which call for zooming at a fixed angle. ・Considerable blurring occurs when panning or tilting the camera, due to the movement of the corrective lens.