The Panasonic Lumix DMC-GX7 Mirrorless Micro Four Thirds Digital Camera is a compact digital camera that features a 16 megapixel Micro Four Thirds Digital Live MOS sensor and Venus Engine...
The Panasonic Lumix DMC-GX7 Mirrorless Micro Four Thirds Digital Camera is a compact digital camera that features a 16 megapixel Micro Four Thirds Digital Live MOS sensor and Venus Engine image processor to produce high resolution imagery with notable low-light sensitivity to ISO 25600. The combination of these two technologies affords a wealth of detail and clarity in imagery and also supports full HD 1080p video recording at 60 or 24 fps in AVCHD or MP4 formats. Both a tilting electronic viewfinder and a tilting touchscreen LCD monitor are integrated into the camera's design for working from a variety of angles. The EVF has a 2,764k-dot resolution and supports tilting 90° upward while the 3.0inch 1,040k-dot LCD monitor is capable of tilting 45° upward and 80° downward. Its touchscreen functionality enables more intuitive playback and menu navigation for employing a host of camera settings and features, including control over the built-in wireless connectivity. This function pairs with the Panasonic Image App for remote control over camera settings and for instant transference of imagery between the camera and a mobile device. Amongst other features housed within the GX7 is in-camera MEGA O.I.S. image stabilization, which helps to minimize the appearance of camera shake with any lens. Also benefitting image sharpness and clarity is the Light Speed AF system that utilizes a contrast- detection method for acquiring focus in a precise and fast manner, making it ideal for working with moving subjects. If working with manual focus, focus peaking is available as an aid for determining focus based on edges of contrast within the scene. Included with the camera is the Lumix G Vario 14-42mm f/3.5-5.6 II APSH. MEGA O.I.S. lens, which is a standard zoom lens providing a 35mm-equivalent focal length of 28-84mm. The lens integrates two aspherical elements into its construction to minimize chromatic aberration throughout the zoom range and also reduce the overall size of the lens. It has an internal focusing system and uses a stepping motor to provide smooth and quiet performance that is well-suited to video applications. 16MP Live MOS Sensor and Venus Engine A 16 megapixel Micro Four Thirds Digital Live MOS sensor and Venus Engine image processor work together to produce high resolution imagery that exhibits a great deal of clarity, detail, and overall impressive image quality. The processing power affords heightened sensitivity to ISO 25600 with minimal noise for enhanced use in low-light conditions. The Venus Engine also provides a wealth of speed throughout the camera system, including the ability to record up 5 fps in full resolution, 40 fps using an electronic shutter, and continuous shooting at 4.3 fps with full-time AF. Full HD Video Recording The 16MP Micro Four Thirds sensor also supports full HD 1080p video recording in both 60 and 24 fps at a maximum bit rate of 24 Mbps. Both the high quality AVCHD and the Internet- friendly MP4 formats can be used depending on the intended output and editing workflow used and stereo sound is recorded with videos using a built-in microphone. Full-time continuous AF and tracking AF modes can be used during recording and exposure settings can be manually adjusted using either shutter speed or aperture controls. Touch AF and Touch AE controls also prove to be effective means for modifying the focus and exposure settings while recording video and focus peaking is ideal when working with manual focus. Tilting EVF and Monitor Design To better aid in live view monitoring, image playback, and menu navigation, both a tilting electronic viewfinder and rear LCD monitor are integrated into the design of the GX7. The EVF, or LVF (Live View Finder), features a 2,764k-dot resolution and approx. 100% color reproduction using the field sequential system for clear visibility in all conditions. It has a 90° upward tilting mechanism that permits easier viewing from low working angles. Addi