RX1R II Professional Compact Camera with 35 mm Sensor
Ultimate full-frame compact
Resolution reaches a higher peak
Full-frame CMOS sensor and fixed-lens design rise to new heights in the RX1R II compact camera with 42.4-megapixel1 resolution and advanced image processing. Speedy AF, a retractable electronic viewfinder and the world's first3 optical variable low-pass filter let you see how seamlessly cutting-edge performance and all-around convenience can co-exist.
Startling depth in detail
A 42.4-megapixel1 back-illuminated 35 mm full-frame Exmor R® CMOS sensor, advanced BIONZ X™ image processing engine and fixed-lens design deliver unrivalled resolution and enhanced sensitivity. These technological advances keep images exquisitely detailed, natural and well exposed all the way from their centres to edges, regardless of shooting conditions.
Greater AF speed, precision and coverage
Featuring 399 focal plane phase-detection AF points
With advanced phase—and contrast—detection capabilities, the Fast Hybrid AF system in the RX1R II provides unconventionally speedy, accurate wide-area autofocus coverage and tracking performance. You will be able to shoot better, clearer stills at every opportunity without missing a single moment.
Seize the moment
New AF-C focus mode and up to 5fps continuous shooting capabilities along with AF tracking help to ensure that you can reliably capture more climactic moments.
Control LPF effect to achieve your intention in a shot
You can choose from three optical variable low-pass filter effect settings1: Off (to prioritize image resolution), Hi (to reduce moiré and colour artifacts) and Standard (to balance those priorities). Each in its own way takes optimal advantage of the image sensor's 42.4-megapixel9 resolution to deliver the ultimate image quality according to shooting intention and situation.
Double-duty LPF control for added effect
How does the RX1R II provide double duty that would otherwise require more than one conventional camera? Splitting of incident light flux  is controlled by varying voltage to the liquid crystal  between low-pass filter 1  and low-pass filter 2  in order to activate, deactivate and modify low-pass filter effect. LPF bracketing simplifies comparison of LPF effects.