Panasonic Panasonic Hc-Wxf1 4K Uhd Camcorder With Twin & Multi-Cam Capture Consumer Camcorders

The Panasonic Hc-Wxf1 4K Uhd Camcorder With Twin & Multi-Cam Capture Will Delight The 4K Video Enthusiast In The Family With Cinema-Like Recording Experience. These Semi-Professional Features Include An Electronic Eye Viewfinder And Quick Access Buttons To Variable White Balance, Focus Expand And Peeking And Custom Autofocus, Plus A Manual Lens Mounted Control Ring. Improved Optical And Sensor Performance Is Backed Up By A New Leica Dicomar 24X Optical Zoom Lens (25-600Mm) With A Bright Aperture Range From F1.8 Wide – 4.0 Tele, And A Large 1/2.5” Bsi Mos Sensor For Impressive Capture Even In Low Light. To Keep The Image Rock Stable, Three Unique Optical Image Stabilization Technology Work Together; 5-Axis Hybrid O.I.S.+, Ball O.I.S., And Adaptive O.I.S. For A More Natural Look, The Wxf1 Has A New Active Contrast Technology Equalizes Gradation, While The Hdr Movie Mode Enables A Wider Dynamic Range Response.

Features:

4K High-Precision Af – Enjoy High-Speed, Excellent Tracking Performance And Stability. With Custom Af, You Can Also Choose From Three Focus Modes.

Active Contrast – Automatically Equalizes The Gradation In Response To The Brightness Distribution Within The Image.

4K Cropping – When Shooting In 4K, Your Subjects Stay Framed, Without Blurring, Because You Can Edit The Images In The Camera And Save Them In Full-Hd.

Cinema-Like Effect – Allows Dolly Zoom And Other Professional-Like Shooting Techniques Used In Cinema Films.

5-Axis Hybrid O.I.S. + – Uses Five-Axis Correction To Thoroughly Suppress Blurring All The Way From Wide-Angle To Powerful Zoom Shots.

Adaptive O.I.S. – Automatically Optimizes The O.I.S. Effectiveness By Adjusting The O.I.S. Mechanical Control To Various Shooting Positions, Conditions, And User Characteristics.

Ball O.I.S. – Reduces Wear On The Drive Section, And Greatly Improves Correction For Small-Amplitude Hand-Shake.

Level Shot Function – Automatically Detects And Corrects The Tilting Of Captured Images.