Fujifilm X-S20 Mirrorless Digital Camera - Black - Camera + Sandisk 64

Take the Fujifilm X-S20 Mirrorless Digital Camera to the edge of the Earth and back. A lightweight camera when you need it. that disappears into your backpack when you dont. Compact and lightweight. X-S20 wont take up much room in your bagits small footprint makes a big impact.The X-S20 features a large and easy-to-hold grip. which is a feature of the X-S series. as well as a large battery NP-W235 and a five-axis in-body image stabilization (IBIS) system that provides up to 7.0 stops of compensation. Despite this. the camera body only weighs 491g.Back-illuminated 26.1MP X-Trans CMOS 4The X-S20 features a back-illuminated "X-Trans CMOS 4 sensor. Boasting a 26.1 MP resolution. X-S20 can chronicle your most extraordinary adventures and everyday moments with a unique filter array that controls moir and false colors for an image that will help you share your true creative vision. The back-illuminated design works to enhance image quality while minimizing noise.Film Simulation19 Film Simulation modes inside of X-S20 replicate the analog look of the classic photographic film stocks developed by Fujifilm for over 85 years. Reproduce the classic colors and tones that Fujifilm are known for. or add an artistic flair that will Build Your Legacy.Large Battery in a Compact BodyX-S20 wont stop working in the middle of your next venture; the battery capacity has increased by more than two folds from 325 to 750 frames compared to the X-S10. Need a battery that will last all day? Throw X-S20 into economy mode and increase the battery life to 800 frames.Updated AF algorithmX-S20 incorporates an improved auto-focus prediction algorithm. enabling stable focusing even when recording continuously moving subjects. Auto-focus improvements are most notable in Zone AF and tricky low-contrast situations.Subject-detection autofocusX-Processor 5 features subject-detection AF that is built using Deep-Learning AI Technology. In addition to providing incredible AF tracking and detection for h