Canon’s new EOS C700 Super35 format camera is designed to be a flexible “A” camera for various types of shooting scenarios. The EOS C700 features both internal 4K ProRes and XF-AVC recording. With the optional 4K Codex CDX-3150 recorder, the EOS C700 is capable of recording uncompressed RAW up to 120 frames per second. This package includes the ARRI Pro Set with: two sets of rods (19mm and 15mm), top and base plates, top handle, and more.
As Canon’s flagship cinema camera, the EOS C700 features the choice of one of two new Super 35mm CMOS sensors. With three models to choose from, users can choose the best tool for their shooting requirements. The EOS C700 is available in both EF and PL versions and features a pixel resolution up to 4.5K, a dynamic range of 15 stops and Dual Pixel CMOS AF (DAF).
C700 EF Features:
- Super 35mm CMOS Sensor
- EF Cinema Lock Type Mount
- Up to 15 Stops of Dynamic Range
- Dual Pixel CMOS AF
- 4K up to 60 fps, 2K/HD up to 240 fps
- Proxy Recording to SD Cards
- Selectable Gamma and Log Curves
- XF-AVC and ProRes Recording to CFast 2.0
- Intuitive User Interface
- Raw Recording Option
The EOS C700 also includes a variety of 2K/HD recording options featuring frame rates up to 120 fps using the full frame of the sensor, and up to 240 fps in 2K crop mode.
The rugged magnesium body features rounded edges and semi-circular sides behind the lens mount that hint at the Canon Cinema design legacy. The EOS C700 can be equally comfortable handheld, shoulder-mounted, on a tripod head, gimbal rig or rigged to a car mount.
The EOS C700 is designed for professionals and incorporates “must have” features that users have asked for. The versatile design allows the EOS C700 to be compatible with a wide variety of lens configurations including EF, PL, B4 with (with optional adapter), and Anamorphic.
Other key features of the camera system include Dual Pixel CMOS AF, optional Professional OLED HD viewfinder, Canon Log 2 and 3, Slow and Fast Motion Recording, ACES Support, SMPTE 2084 HDR Monitoring, 10 stops of internal ND filtration, and IP Streaming.