Specification Sheet

Inspired by the same high level of optical precision used in Canon
broadcast and photographic lenses, the Canon XF300 Professional
Camcorder incorporates a Genuine Canon 18x HD L-Series lens that
features a wide and impressive zoom range of 29.3 – 527.4mm (35mm
equivalent). The lens incorporates High Index – Ultra-low Dispersion
(HI-UD), Ultra-low Dispersion (UD) and aspherical elements to minimize
chromatic aberration while delivering a resolution of 1,000 TV lines.
In Full Manual Mode, the lens features mechanical stops for both the zoom
and focus systems. Mechanical (Hard) end stops ensure that repeatable and
dependable focus and zoom can be achieved when manually turning the
lens barrel. These mechanical stops also allow for compatibility with many
third-party remote camera controllers that require end stops in order to
calibrate themselves. Additionally, display distance indicators on the lens
barrel allow the operator to easily set the desired focus distance and move
between focus points while recording.
For enhanced versatility and durability, the lens is equipped with three
built-in glass, neutral density (ND) filters (¼, 1/16 and 1/64) and a
six-blade metal aperture iris.
SuperRange Optical Image Stabilizer
The XF300 also incorporates a newly designed SuperRange Optical Image
Stabilization system (lens shift) with three modes: Standard, Dynamic and Powered.
Standard:
Lens shift is controlled so that the maximum compensation angle is constant from wide angle through
telephoto.
Dynamic:
Stabilization changes throughout the zoom range to minimize more pronounced shaking. This is
especially useful at wide-angle focal lengths when walking.
Powered:
Vibration is suppressed at the telephoto end of the range, where shake is most apparent due to high
magnification.
Instant AF
When shooting high definition video, sharp focus becomes more critical than ever. Canon's
proprietary Instant AF system combines an external AF sensor with Canon's legendary auto focus
system for fast and accurate focus. Together, the two sensors reduce focusing time - even in low-light,
low contrast, or high brightness situations - and improve focusing performance on difficult subjects.
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