Canon U.S.A., Inc., a leader in digital imaging solutions, today announced the addition of the new super-zoom PowerShot SX700 HS and the adventure-ready, waterproof PowerShot D30 to the PowerShot line of compact digital cameras.
The stylish and pocket-sized PowerShot SX700 HS camera features an impressive 30x optical zoom lens (equivalent to 25-750mm zoom range), built-in Wi-Fi
and Near Field Communication (NFC™)
capabilities helping to ensure high-quality images can be captured and easily shared. This focal range will allow a user to be able to photograph a flower that is close but also have the zoom to capture an image of wildlife that is in the distance – all in a compact camera. The new PowerShot D30 camera is the world’s deepest waterproof camera
, allowing for shooting up to 82 feet
below sea level. This ready-for-adventure camera is also shockproof and cold and heat resistant. Both cameras produce breathtaking low-light images and offer 1080p full high-definition video so moving and still images can be clearly captured in many different environments.
"With the PowerShot SX700 HS camera’s incredible long-zoom capabilities and the PowerShot D30 camera’s ability to shoot underwater at a world-record depth of 82 feet, these cameras are capable of inspiring creativity when photographing wildlife, marine-life or everyday adventures,” said Yuichi Ishizuka, executive vice president and general manager, Imaging Technologies & Communications Group, Canon U.S.A., Inc. "In addition, consumers now have two excellent new digital camera options that allow them to create images and video that are not only high in quality, but easy and fun to use.”
The PowerShot SX700 HS Digital Camera
The 30x optical zoom PowerShot SX700 HS camera combines a 16.1 megapixel High-Sensitivity CMOS sensor and the DIGIC 6 Image Processor to create the Canon HS SYSTEM –allowing for excellent low-light performance. With Canon’s Intelligent IS, the PowerShot SX700 HS camera automatically chooses from various settings to help optimize image stabilization for the shooting condition.