SEL-P1020G.SYX - Sony
Photographic Lenes > Lens Sony NEX APS C
EAN:4548736132160
₦ 1,040,238.80
VAT Included
VAT Included
Adcom - Sony
New
Available in 10 days
Lightweight, ultra wide angle, Power Zoom
A lens created with hybrid shooter in mind, the Sony E 10-20mm f / 4 PZ G is a lightweight and versatile ultra-wide-angle APS-C zoom that's ideal for your vlogging and content creation needs. Featuring Power Zoom, intuitive handling and advanced optics, this portable reference lens excels in everyday shooting applications, and the upgraded autofocus performance also makes it faster for stunning video production capabilities.
Optimized for video and vlogging
Built with vlogging in mind, the key attributes of this lens relate to video recording performance, ease of use, and an extremely versatile design:
-The internal electronically controlled Power Zoom mechanism allows for smooth zooming while shooting, with control possible via the lens body, using the zoom lever or zoom ring, or from selected camera bodies.
-The internal zoom and internal focus design maintains the overall length of the lens during operation and also helps reduce any shifts in the center of gravity of the lens for better performance when mounted on a handheld gimbal.
-The linear AF system is particularly quiet and smooth, and also supports linear MF response for natural manual focus control.
Smooth Motion Optics (SMO) suppresses focus breathing to help maintain composition accuracy when changing focus. This lens is also compatible with the breath compensation function in some Alpha cameras.
G series optics
The ultra-wide-angle zoom offers a versatile range of equivalent focal lengths of 15-30mm, striking an ideal balance between being wide enough for selfie-style and hand-held vlogging and narrow enough for everyday natural recording. In addition, a constant maximum aperture of f / 4 offers uniformity across the entire zoom range and combines brightness with a compact design.
-Three aspherical elements help achieve high sharpness and suppress distortion and spherical aberrations.
-Two ED elements promote greater clarity and color accuracy by reducing chromatic aberrations.
An aspherica
A lens created with hybrid shooter in mind, the Sony E 10-20mm f / 4 PZ G is a lightweight and versatile ultra-wide-angle APS-C zoom that's ideal for your vlogging and content creation needs. Featuring Power Zoom, intuitive handling and advanced optics, this portable reference lens excels in everyday shooting applications, and the upgraded autofocus performance also makes it faster for stunning video production capabilities.
Optimized for video and vlogging
Built with vlogging in mind, the key attributes of this lens relate to video recording performance, ease of use, and an extremely versatile design:
-The internal electronically controlled Power Zoom mechanism allows for smooth zooming while shooting, with control possible via the lens body, using the zoom lever or zoom ring, or from selected camera bodies.
-The internal zoom and internal focus design maintains the overall length of the lens during operation and also helps reduce any shifts in the center of gravity of the lens for better performance when mounted on a handheld gimbal.
-The linear AF system is particularly quiet and smooth, and also supports linear MF response for natural manual focus control.
Smooth Motion Optics (SMO) suppresses focus breathing to help maintain composition accuracy when changing focus. This lens is also compatible with the breath compensation function in some Alpha cameras.
G series optics
The ultra-wide-angle zoom offers a versatile range of equivalent focal lengths of 15-30mm, striking an ideal balance between being wide enough for selfie-style and hand-held vlogging and narrow enough for everyday natural recording. In addition, a constant maximum aperture of f / 4 offers uniformity across the entire zoom range and combines brightness with a compact design.
-Three aspherical elements help achieve high sharpness and suppress distortion and spherical aberrations.
-Two ED elements promote greater clarity and color accuracy by reducing chromatic aberrations.
An aspherica
