• AG-HPX250

    High quality full-HD recording

AG-HPX250

High-Powered Lens, High-Sensitivity Sensor and High-Quality Full-HD 10 Bit 4:2:2 Recording - Shoulder-Type Performance in a Handheld Camera for Broadcasting and Production Work

  • Progressive-compatible U.L.T. (Ultra Luminance Technology) image sensor (1/3-type 2.2-megapixel 3MOS sensor)
  • 22x Zoom Lens with Wide Coverage from Wide-Angle to Telephoto
  • Full P2HD Image Quality with AVC-Intra Codec Recording
  • High-End Operation with Multi-Camera Synchronizing and VFR Recording
  • 4-position (clear, 1/4 ND, 1/16 ND, 1/64 ND) optical neutral density filter wheel

 

The AG-HPX250 Memory Card Camera Recorder is a new handheld model for Panasonic's broadcasting and professional P2HD Series. Incorporating new technology in the lens, camera section and recorder section, this compact unit offers a level of performance that approaches full-size, shoulder-type broadcasting camera recorders. It's also the first handheld model to support AVC-Intra codecs.

 

Combined with the high-sensitivity, low-noise, 1/3-type 2.2-megapixel U.L.T. (Ultra Luminance Technology) 3MOS image sensor, it enables high-quality recording of Full-HD (1920 x 1080), 10 bit, 4:2:2 full sample broadcast-level images. In addition to covering a wide range, from wide-angle to telephoto, the lens is provided with three rings - a cam-type zoom ring, a focus ring and an iris ring - for the same kind of manual operation that you get with interchangeable lenses.

 

The AG-HPX250 also features GENLOCK input and TC input/output for synchronizing multiple cameras. Together with HD SDI output, this provides smooth operation in a live relay and recording system for multi-camera broadcasting and production work. A variable frame rate (VFR) function for slow-motion and quick-motion images, and a cine-like gamma setting also bring versatile expression to all kinds of image production. This stunning image quality, operating ease and handheld camera mobility work together to open a new dimension in news gathering and image recording.