The Sony α700 was the second model launched in the Sony α series of APS-C sensor digital single-lens reflex cameras, following the α100, with several improvements over the latter. Some of the camera's technology was inspired by the former Konica Minolta Maxxum 7D, such as the man-machine command interface/commands, LCD menus, viewfinder, and lens mount. On March 8, 2007, at the PMA Trade Show, Sony announced two new α cameras, both positioned to be "above" the α100 in the Alpha line-up in terms of price and functionality. One model was referred to as a "high amateur" model, with a release date of late 2007. The α700 was discontinued, and its successor, the A77, was announced on August 24, 2011, with availability from October 2011.
Release
On September 6, 2007, Sony announced that the Sony α700 would be launched on November 16, 2007. However, the α700 went on sale almost immediately. By the end of Sept 2007, the α700 could be ordered from sonystyle.com or at many Best Buy locations. Featuring the Exmor CMOS sensor with 12.24 Mpixels capable of images at a maximum of 4288 × 2856 resolution, together with a BIONZ image processor for supporting RAW noise reduction and ISO 3200 and 6400 boost sensitivity. Also featuring HDMI output and a magnesium alloy and polycarbonate body. The camera has the combo with the DT16-105 lens kit at ¥230,000, also the body only camera option at ¥180,000.
Noise reduction
The α700 initially received criticism from the review community for their "cooked RAWs", a function that integrated a noise reduction algorithm on high-ISO images – including on raw files. After its release, Sony released a series of firmware updates, but the noise reduction issue was not resolved until the fourth update, which added a variable setting for noise reduction. Other updates included extending exposure bracketing 2 EV and improving high-ISO image grain.
The α700 had a lower pixel resolution than the later α350, and the α350 included additional features at a lower price. However, the α700 used a pentaprism viewfinder instead of a pentamirror, had a higher burst speed, had a higher resolution LCD screen, magnesium alloy body, twin control dials, better environmental seals, dual flash media slots, a PC Sync socket, more autofocus points, a stronger autofocus motor, and HDMI output. The α350's sensor was also a CCD sensor, as opposed to the α700's Exmor CMOS sensor which granted the α700 superior low-light performance.
