Canon Eos RP + EF 70-300mm f4-5.6 IS II

Canon Eos RP + 70-300mm f4-5.6 nano

All about the EOS RP

Canon EOS RP is impressively small despite having a large full-frame sensor, it offers flexible imaging capabilities along with a portable form factor. With a high-resolution 26.2MP full-frame CMOS sensor along with a DIGIC 8 image processor, both still images and 4K UHD video can be recorded using a wide sensitivity range, from ISO 100-40000, to suit work in a variety of lighting conditions. Continuous shooting is also supported up to 5fps for shooting moving subjects. The sensor also facilitates an advanced dual-pixel CMOS AF system, with 4779 phase detection points on the sensor selectable to acquire focus quickly and accurately during photography and video operation.

Complementing the sensor and processor, the RP also has a 2.36m dot OLED electronic viewfinder along with a 3.04.0m point 3.0m point vari-angle touchscreen LCD monitor for easier viewing from high and low angles. In addition, Wi-Fi and Bluetooth allows wireless remote control of the camera along with direct image sharing on linked mobile devices.

• Canon RF mount

The EOS RP features the RF lens holder, which supports CANON's line of RF mount lenses. This mount is characterized by its large diameter of 54 mm and its short flange distance of 20 mm, which promotes the ability to design lenses that are faster and smaller than their equivalents in SLR. The mount also incorporates a 12-pin electronic contact system for more sophisticated autofocus and image stabilization capabilities. This mount design also provides full compatibility with existing EF and EF-S mount lenses via an optional EF-EOS R mount adapter.

26.2MP full-frame CMOS sensor and DIGIC 8 image processor

It features a large 26.2MP full-frame CMOS sensor and serves as an ideal balance between high-resolution output, low-light performance, and high-speed capabilities. When combined with the DIGIC 8 image processor, the EOS RP has a wide native sensitivity range of ISO 100-40000 to work in a variety of lighting conditions. In addition, continuous shooting of up to 5 fps is possible to work with moving subjects.

• Dual Pixel CMOS AF

Dual Pixel CMOS AF offers smooth and fast focusing performance similar to how a camcorder acquires focus. This system integrates two separate photodiodes within each pixel to provide a wide and dense network of phase detection collection elements on most image sensor to reduce focus search for faster and more direct control of focus placement. When working with still images, this focusing system works to acquire focus quickly and accurately, making it ideal for photographing and tracking moving subjects so that critical focus is achieved with each shot. When recording a video, Servo Movie AF mode offers smooth, natural focus when switching from different subjects or different distances within the scene, as well as the ability to specify tracking sensitivity, AF speed, and face or eye tracking priority. Benefiting from the Touch AF system, rack focus is possible by simply touching elements within the scene on the touchscreen to change focus in an intuitive way. Tracking subjects in movies is also increased due to the Dual Pixel CMOS AF system's ability to recognize subjects and maintain focus when working in changing or crowded environments. In addition, the focusing system is EV-5 sensitive to working in low-light conditions with precise AF capabilities.

• 4K UHD video recording

Designed for the media creator, the EOS RP supports recordings with 4K UHD resolution (3840 x 2160) up to 23.98 fps at 120 Mb/s, along with Full HD 1080p and HD 720p at 60fps for slow-motion playback. When recording in-camera, 4K video has 4:2:0 sampling and 8-bit color depth, and 8-bit 4:2:2 output is possible when using an external recorder.

Audio can be recorded using the built-in stereo microphone or an optional external microphone can also be used via the 3.5mm microphone jack.

In addition, the 5-axis Dual Sensing IS function can be used when recording a video to electronically reduce the appearance of camera vibration for sharper and smoother recording.

• Body design

The integrated 2.36m dot OLED electronic viewfinder provides a bright and clear medium for eye-level viewing.
The 1.04m 3.0" rear LCD display has a vari-angle design for easier use when working from high, low, forward-facing angles. It's also a touchscreen for intuitive control of the shooting, playback and menu navigation controls.
Built-in Wi-Fi and Bluetooth connectivity allows you to share, control, and transfer images wirelessly with a compatible smart device via the CANON Camera Connect app, which also supports geo-tagging your files using your mobile device's location data.

Detailed Features Lens CANON 70-300mm f4-5.6 IS II Nano USM EF

The Canon 70-300mm f4-5.6 IS II Nano USM EF lens designed and suitable for DSLRs CANON whether they are full format or APSc sensor, in this case the focal length range would rise to an impressive 112-480mm.

A UD element is offered in the optical design to significantly reduce chromatic aberrations and color mixing for greater clarity and better color fidelity.

Information in the superior part of the lens, through a practical LCD where we can clearly read the focus distance, the focal length, and the amount of the image stabilizer.

The NANO USM Autofocus system uses both ring-type USM technology and an STM mechanism to quickly and accurately realize focusing that also develops smoothly and almost silently, ideal for both photography and video applications. This focusing system also allows manual focus control at all times when working in one-shot AF mode.

The Canon 70-300mm f4-5.6 IS II Nano USM EF Lens also incorporates an image stabilizer capable of compensating up to four steps of camera movement for images taken by pulse in such a way that our photos and videos will be sharper when working in difficult lighting conditions and with slower shutter speeds

The diaphragm is nine circular blades which contribute to a pleasant bokeh effect quality when working with selective focus and depth of field techniques.